This listing does not include all postdoctoral or research intern vacancies at UW–Madison. These positions are not required to be posted here, but this website is offered as an aid to both departments and applicants.
Postdoc Positions
Postdoc appointments are held by individuals who are continuing training after receipt of the doctorate. There are two types of postdoc appointments at UW–Madison: Service appointments with the title Research Associate, and Non-Service appointments with the title Postdoctoral Fellow or Postdoctoral Trainee. The distinction between service and non-service appointments is outlined in the Non-Service Appointments policy.
Research Intern Positions
A Research Intern is an employee who typically is continuing training after receipt of a bachelor’s or master’s degree, rather than a doctorate.
Postgraduate Trainee Positions
A Postgraduate Trainee is a graduate of an accredited medical school (or other appropriate health science professional school) who is in postgraduate training administered through one of the following schools: School of Medicine and Public Health, School of Nursing, School of Pharmacy, or School of Veterinary Medicine.
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| Title | Research Area | Department | Mentor | Deadline | Position Requirements | Position Duties | Application Instructions | Website | Salary | Percent Time | Start Date | Contact Name | Contact Email | Contact Phone | Status | Posted | id |
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| Research Associate (Postdoc) | Particle Astrophysics | Wisconsin IceCube Particle Astrophysics Center | Ke Fang, Francis Halzen, Dan Hooper, Albrecht Karle, Lu Lu, and/or Justin Vandenbroucke | 01/04/2027 | Applicants must hold a PhD in physics, astronomy, or a closely related field before the start date. Successful candidates will have demonstrated excellence in research in the areas mentioned above, and the ability to work both independently and collaboratively. | The Wisconsin IceCube Particle Astrophysics Center (WIPAC) at the University of Wisconsin–Madison (UW) invites applications for several postdoctoral scholar positions in particle astrophysics, including the prestigious John Bahcall Fellowship. We welcome applicants in experiment, theory and phenomenology, data analysis, instrumentation, and artificial intelligence, with interest in high-energy neutrinos, gamma rays, cosmic rays, or multi-messenger astrophysics. WIPAC is home to Nobel laureate Francis Halzen, whose leadership of the IceCube Neutrino Observatory and contributions to the discovery of high-energy astrophysical neutrinos were recognized with the 2026 Nobel Prize in Physics. WIPAC plays a leading role in a range of particle astrophysics projects, including the IceCube Neutrino Observatory, IceCube-Gen2, the Cherenkov Telescope Array Observatory (CTAO), Askaryan Radio Array (ARA), Radio Neutrino Observatory in Greenland (RNO-G), High-Altitude Water Cherenkov (HAWC) Observatory, Southern Wide-field Gamma-ray Observatory (SWGO), and also has a broad theory program in particle astrophysics. Research opportunities span neutrino astronomy, gamma-ray astronomy, multi-messenger astrophysics, neutrino oscillations, cosmic rays, dark matter, machine learning for event reconstruction and simulation, and the theory and phenomenology of high-energy astrophysical sources. Postdoctoral researchers will work closely with WIPAC faculty Ke Fang, Francis Halzen, Dan Hooper, Albrecht Karle, Lu Lu, and Justin Vandenbroucke, as well as with WIPAC students, staff scientists, and postdoctoral scholars. UW provides a highly collaborative research environment with strong connections to astrophysics, particle physics, cosmology, computing, and data science, including in the UW Departments of Physics and Astronomy, as well as the Data Science Institute. All applicants will be considered for WIPAC’s John Bahcall Fellowship. This named postdoctoral fellowship honors John Bahcall, a founding member of the IceCube observatory, whose work on the physics of the Sun helped establish neutrino astronomy. The John Bahcall fellowship includes an independent research budget and substantial research freedom. Postdoctoral positions are typically for two to three years, with the possibility of extension up to five years contingent on performance, funding, and total years of postdoc experience. All positions come with a competitive salary and are eligible for UW benefits, including paid parental leave, and support for travel to collaboration meetings, conferences and, where relevant, field sites. We anticipate hiring 2-3 positions. The start date is negotiable, typically between spring and fall 2027. |
To apply, submit all materials listed below through AcademicJobsOnline at: https://academicjobsonline.org/ajo/jobs/33396. - Cover letter (up to one page) describing research interests and preferred areas of work - Curriculum vitae, including publications and major contributions - Research statement (up to three pages) - Three letters of recommendation Submission by January 4, 2027 is strongly preferred; however applications will be considered until the positions are filled. |
https://academicjobsonline.org/ajo/jobs/33396 | Christy Lowney | postdoc@wipac.wisc.edu | Approved | 11/10/2026 | 6349 | ||||
| Research Intern | Fundamental and translational science involving normal and malignant (leukemia) hematopoiesis | Cell and Regenerative Biology | Dr. Emery Bresnick, PhD. | 01/31/2027 | BS or BA in a relevant area of biological science (e.g., biochemistry, cell biology, molecular biology, genetics etc.), documented experience in laboratory research. Computational skills may be valuable but not essential. | Conduct experimental science in collaboration of Dr. Bresnick and other research group members and/or collaborators in other laboratories, maintaining careful records of experimental design and outcomes, and participate in writing up data to contribute to manuscripts for publication. Participate in a variety of aspects of laboratory operations. Be able to work as a team member, and after appropriate training, be able to work more independently. | Interested candidates should send a brief (1 page or less) cover letter, current CV, and TWO (2) letters of recommendation to the contact email below. Please use subject email "BRESNICK RESEARCH INTERN" in your submission. | https://wibloodcancer.wisc.edu/emery-bresnick/ | $30,952 (Minimum) | 100 | 03/01/2027 | Kate Jakubowski | kejakubowski@wisc.edu | Approved | 11/06/2026 | 6341 | |
| Postdoctoral Trainee (Postdoc) | Intellectual and Developmental Disabilities | Waisman Center | Waisman Center Investigators | 01/06/2027 | We are seeking candidates who are committed to a research career in intellectual and developmental disabilities, have completed prior research and training in the field, have an outstanding academic record, and who have received (or will have received by our anticipated appointment start date) a PhD or equivalent doctoral degree from an accredited domestic or foreign organization. The UW will determine if a foreign degree is equivalent. Since this is a program funded by the National Institutes of Health, we must adhere to their citizenship requirement for all individuals funded by this training grant. NIH requires that trainees be U.S. citizens, non-citizen nationals, or permanent residents of the United States. Individuals on temporary or student visas are not eligible. Trainees or scholars in these programs, who are permanent residents of the U.S., must submit a notary’s signed statement with the appointment form certifying that they have (1) a permanent resident card [USCIS Form I-551] or (2) other legal verification of such status. |
The Waisman Center at the University of Wisconsin-Madison is recruiting postdoctoral trainees for its NICHD-funded Postdoctoral Training Program in Intellectual and Developmental Disabilities (IDD) Research. Appointments will be for 2 years beginning in the summer of 2027. The program provides multidisciplinary training with an emphasis on social-affective processes, communication, family processes, epidemiology, genetics, and biobehavioral research on IDD. Faculty use sophisticated statistical approaches, longitudinal research methods, brain imaging methods, GWAS, social genomics, and psychobiology, among other approaches to data collection and analysis as applied to intellectual and developmental disability. | For application procedures and information, visit: waisman.wisc.edu/administrative-core/postdoctoral-training-program-idd. Please submit all materials except letters of recommendation in one pdf. To ensure consideration, apply by January 6, 2027. |
https://www.waisman.wisc.edu/administrative-core/postdoctoral-training-program-idd/ | 100 | Katherine Mowery | kmowery@wisc.edu | (608) 263-7148 | Approved | 11/03/2026 | 6329 | ||
| Research Associate (Postdoc) | Cancer Biology, Drug Tolerance, Therapeutic Resistance | Biomedical Engineering | Dr. Mehmet Orman | 12/31/2026 | Position Requirements Our group at the University of Wisconsin–Madison is seeking a highly motivated Postdoctoral Research Associate with a strong background in experimental cancer biology. Required qualifications: • PhD in Cancer Biology, Molecular Biology, Cell Biology, Biomedical Sciences, or a related discipline. • Demonstrated hands-on experience with animal models of cancer, particularly mouse tumor models. • Experience with mammalian cell culture and standard molecular and cellular biology techniques. • Experience with cancer-related experimental assays, including cell viability, proliferation, apoptosis, and therapeutic response. • Ability to independently design, conduct, troubleshoot, and interpret experiments. • Strong scientific writing, communication, and organizational skills. Preferred qualifications: • Experience in cancer drug resistance, tumor metabolism, or experimental therapeutics. • Familiarity with flow cytometry, fluorescence microscopy, and molecular profiling. • Experience with bioinformatics or analysis of transcriptomics, proteomics, or other high-throughput datasets is desirable but not required. |
Our research focuses on understanding how cancer cells develop transient drug tolerance, how these surviving populations contribute to disease recurrence, and how their vulnerabilities can be exploited to develop more effective therapeutic strategies. The successful candidate will lead experimental research involving cancer cell lines and animal models, investigate cellular responses to anticancer therapies, and evaluate potential therapeutic interventions. Responsibilities include experimental design, data collection and analysis, manuscript preparation, scientific presentations, and collaboration with multidisciplinary research teams. | Interested applicants should submit a CV, a brief cover letter describing their research experience and interests, and contact information for three professional references to maorman@wisc.edu | 100 | Mehmet Orman | maorman@wisc.edu | Approved | 10/27/2026 | 6314 | ||||
| Research Intern | Ophthalmology research internship | School of Veterinary Medicine | Dr. Freya Mowat | 01/15/2027 | Essential qualifications: BS in related field (e.g. Biology, Zoology, Animal Science) Preferred qualifications: DVM or VMD Must be legally authorized to work in the US without visa sponsorhip by start date |
The Mowat Laboratory at the University of Wisconsin-Madison School of Veterinary Medicine is accepting applications for a 1-2 year ophthalmology research internship for the 2027-2028 academic year (June 2027-July 2028, a 1-year extension is possible). Candidates with a DVM, VMD or equivalent are preferred, but candidates holding an undergraduate degree in a relevant field will be considered. The successful applicant will join the Mowat lab (https://mowat.ophth.wisc.edu/) for a research focused internship, with opportunities to complete a specified number of externship weeks with the ophthalmology clinical service, and/or COPLOW. The research component of the internship will also provide ophthalmic experience as the intern will assist with a longitudinal study of dog aging. This project studies the senses (including vision) and cognitive function of client-owned pet dogs. The intern will be involved in participant communication, will coordinate and conduct study visits with dogs, perform sample and data management and data analysis, and mentorship of DVM and undergraduate research assistants. They will have the opportunity to complete oral and/or poster presentations both within the University and nationally. First and/or co-authorship on manuscripts is likely and encouraged. Inquiries about the position can be sent to mowat@wisc.edu. All materials must be received by submission to the link (https://forms.gle/FZi5CiULiBgNEjx6A) by noon (Eastern US time) on January 15th, 2027. Virtual interviews will be conducted in January-February 2027 and offers made in a similar timeframe as the ACVO Veterinary Ophthalmology residency (VIRMP) offers in early March. | -One-page letter explaining your motivations and interest in the position. -CV listing research experience as well as other elements of work experience -University transcript (undergraduate and/or DVM). -Candidates should provide the names and contact information for up to 4 professional references. |
https://mowat.ophth.wisc.edu/ | 38,000/yr | 100 | 06/30/2027 | Freya Mowat | mowat@wisc.edu | Approved | 10/25/2026 | 6311 | |
| Research Intern | Developmental biology and genetics | Dermatology | Nathan Lawson | 02/01/2027 | The Lawson Laboratory will be moving to Madison in January 2027 and is recruiting a Research Intern to support ongoing studies focused on vascular development using the zebrafish as a model system. Candidate must have a BS/BA in Biological Sciences. Experience with standard molecular biology techniques (plasmid cloning, PCR, nucleic acid isolation, etc.) is required. Prior experience using animal models, including zebrafish, would be ideal, but is not essential. Background in Developmental Biology and/or Genetics would be ideal. Candidate must be highly motivated. | Current projects include efforts to model vascular anomalies in zebrafish and develop tools to facilitate genetic analysis. The candidate for this position will provide technical support for these studies while contributing to day-to-day lab operations. This is the ideal training opportunity for a recent graduate who is interested in subsequently pursuing PhD studies. | Interested candidates should send a brief (1 page or less) cover letter along with a CV to the contact email below. Applicants accepted for initial consideration will be subsequently contacted for letters of reference. | https://lawsonlab.umassmed.edu | $35K, negotiable based on experience | 100 | 01/04/2027 | Nathan Lawson | nlawson@dermatology.wisc.edu | Approved | 10/21/2026 | 6304 | |
| Research Associate (Postdoc) | Hematopoietic stem cell, epigenetic regulation, chromatin structure | Department of Medical Sciences | Dr. Xuan Pan | 11/30/2026 | Candidates are required to have PhD, MD, or equivalent doctoral degree. Candidates with extensive practical experience in molecular and cellular biology, bioinformatics and immunology with technique expertise in flow cytometry and mouse biology are encouraged to apply. Candidates must possess excellent organization skills and be capable of individual initiative and of interacting as part of team. Strong English speaking and writing skills are essential as well as a track record of peer reviewed publications. | The Pan laboratory is recruiting a highly motivated postdoc with an interest in epigenetic regulations of hematopoietic stem cells (HSCs). The vision for our research program is to apply a multidisciplinary approach and advance our innovative research program for understanding, and ultimately manipulating, HSC development, HSC cell fate and malignant transformation in hematopoiesis. These researches will support our long-term goal to advance fundamental knowledge and provide a foundation for novel diagnostic and therapeutic strategies for hematological cancers and other hematopoietic disorders. | This is a fulltime appointment with complete coverage for medical insurance. Prospective applicants are encouraged to contact Xuan Pan, VMD/PhD, Professor, Medical Sciences Department, School of Veterinary Medicine, UW-Madison on 608-265-4718 or email: xpan24@wisc.edu with the current curriculum vitae and cover letter including names and contact information of three references. We look forward to a rewarding research experience for you! |
https://www.vetmed.wisc.edu/people/xpan24/ | NIH Standard | Xuan Pan | xpan24@wisc.edu | Approved | 10/16/2026 | 6288 | |||
| Research Intern | Retina, Stem Cells | Waisman Center | David Gamm | 12/31/2026 | Bachelor's degree in biology or a related field. One year of research experience in a laboratory setting is highly preferred; relevant undergraduate research experience will be considered. Experience with aseptic technique and culturing mammalian cells preferred. | The Gamm Lab studies inherited and acquired eye diseases that culminate in the degeneration of photoreceptors and retinal pigment epithelium, a significant cause of visual morbidity. The goals of the Lab are to use human pluripotent stem cells (hPSCs) to investigate the cellular and molecular events that occur during retinogenesis, to model retinal degenerative diseases, and to provide cells for use in rescue or replacement therapies. This is an opportunity for individuals to pursue additional training and experience prior to pursuing a graduate or advanced degree. The individual will gain further training, knowledge, and experience in the culture and maintenance of hPSCs, their differentiation toward retinal cell types and tissues, and the characterization of retinal cells derived from hPSCs. Additionally, they will learn skills such as sectioning, immunohistochemistry, and molecular techniques to investigate retinal development in vitro. | Email resume and cover letter to Lindsey Jager, ldjager@wisc.edu, subject line "Research Intern-Development and Disease Modeling" | 46109.00 | 100 | 01/15/2027 | Lindsey Jager | ldjager@wisc.edu | Approved | 10/14/2026 | 6280 | ||
| Research Intern | Structural and computational biology | Anesthesiology | Sarah Loerch | 11/30/2026 | Bachelor's or Master's degree in computer science, bioinformatics, computational biology or related field. Experience with scientific programming, data analysis and research software development is required. Applicants should be able to develop reproducible computational workflows and work with different data modalities (images, coordinate files etc), document their work and communicate effectively with researchers from different disciplines. Experience with Python, biomedical imaging, structural data, or machine learning is preferred. Prior experience in ribosome or RNA biology, or cryo-EM is not required but applicants should demonstrate an interest in learning the biological and experimental context of the research. |
The Loerch laboratory in the Department of Anesthesiology at UW–Madison studies how ribosomes and protein synthesis are regulated in neurons. The research intern will contribute to computational projects that use structural and imaging data to investigate ribosome function. Projects include developing a resource for systematic analysis of publicly available ribosome structures and computational approaches for identifying ribosome states in cellular cryo-electron microscopy images using two-dimensional template matching (2DTM). Responsibilities will include organizing and standardizing structural datasets; developing reproducible data-processing and analysis workflows; extracting and comparing structural features; and building software and interfaces that help researchers explore the results. Depending on project needs, the intern may also evaluate machine-learning approaches for structural comparison and state identification. The intern will work closely with laboratory members to define analysis goals, assess results, and document methods and software. This is a part-time position of up to 20 hours per week. The initial appointment is for six months, with the possibility of extension depending on performance, funding, and project needs. |
Please email a CV or résumé and a brief description of your relevant computational experience and research interests to Dr. Sarah Loerch at loerch2@wisc.edu. Examples of research software, analysis workflows, or other relevant projects are welcome. Additionally, please arrange for 2-3 letters of reference to be sent directly to Dr. Loerch. | https://loerchlab.com/ | based on experience | 50 | Sarah Loerch | loerch2@wisc.edu | Approved | 10/14/2026 | 6279 | ||
| Research Associate (Postdoc) | Aging, Immunology, Cellular senescence | Pathobiological Sciences | Ines Sturmlechner, PhD | 02/26/2027 | The Sturmlechner Lab at the University of Wisconsin-Madison is recruiting a highly motivated scientists for a Postdoctoral Research Associate position. Our research investigates immune aging, particularly T cell aging, and its pathophysiological consequences in the context of tissue aging, cellular senescence, and age-related inflammation (inflammaging). We do so across species and scales (molecules, cells, functions, and physiology) using interdisciplinary approaches combining immunology, molecular biology, cell biology, and omics data analyses to address translationally relevant questions. Our ultimate scientific goal is to promote healthy immunity with age which we believe promotes overall healthy aging. Representative publications include 1. Sturmlechner, Jain, et al. Science Advances (2026) PMID: 41650263. 2. Sturmlechner, Jain, et al. Nature Communications (2025) PMID: 40640147. 3. Cao, Sturmlechner et al. Cell Reports (2023) PMID: 36884349. 4. Sturmlechner, et al. Science. (2021) PMID: 34709885. Recent Ph.D. graduates, or those that are anticipated to graduate in the next few months, or candidates with prior postdoctoral experience (less than 3 years) are encouraged to apply. The Sturmlechner Lab will officially open at UW-Madison in January 2027. The earliest start date for this position is therefore also January 2027 and we are flexible concerning later start dates. Qualifications: A Ph.D. or M.D./Ph.D. in cell biology, molecular biology, immunology, or a related field is required. Required: • Strong research experience in either cell biology, molecular, or immunology • Experience designing, performing, troubleshooting, and interpreting cell-based experiments • Demonstrated record of peer-reviewed publications appropriate for career stage Highly desirable skills: • Flow cytometry • Isolation and culture of immune cells from blood and tissues • Mammalian cell culture • Cellular senescence assays • RNA and protein analyses • Fluorescence or confocal imaging • Mouse models • Single-cell RNA sequencing, bioinformatics and large-scale data analysis |
Candidate Profile and Responsibilities We are seeking a dependable, self-motivated scientist with strong experimental skills, critical thinking abilities, and excitement for aging research. Candidates must possess excellent organization skills and be capable of individual initiative and of interacting as part of team. The postdoctoral researchers will: • Design and perform experiments and analyze data • Develop novel research ideas • Work with human immune cells and cellular and animal models • Contribute to manuscripts and grant applications • Co-mentor graduate and undergraduate students • Present research at scientific meetings |
Applicants should submit a complete CV, PDFs of 1–2 of your prior publications, and a cover letter detailing your interests in the lab and your prior research experiences and contact information for three references. Please email application materials to: Dr. Ines Sturmlechner sturmlechner@wisc.edu For more information, please visit sturmlechnerlab.com |
https://sturmlechnerlab.com | Ines Sturmlechner | sturmlechner@wisc.edu | Approved | 10/12/2026 | 6274 | ||||
| Research Associate (Postdoc) | Protein Chemistry, Biochemistry, Molecular Microbiology | Food Science | Tu-Anh Huynh | 01/31/2027 | Required qualifications: • PhD in Chemistry, Biochemistry, Microbiology, or a related field. • Strong record of productivity and ownership of research projects. • Excellent organization and communication skills. Preferred qualifications: • Experience with protein and nucleotide chemistry, and analytical chemistry • Experience with bacterial genetics and molecular cloning • Experience with chemical proteomics |
• Design and perform experiments related to protein structure-function, protein-ligand interactions, enzyme kinetics, chemical proteomics, bacterial physiology, or bacteria-host interactions • Analyze and present data at group meetings and prepare manuscripts for publication • Support other group members with experimental efforts or daily operations in the lab |
Interested applicants should email the following application materials, combined in one file, to Dr. Tu-Anh Huynh (thuynh6@wisc.edu): i) A one-page summary of research experience, career goals, and a potential project that aligns with our current research interests interests ii) A CV including 2-3 contacts for references |
https://huynhlab.labs.wisc.edu/ | $53,000 minimum | 100 | 02/01/2027 | Tu-Anh Huynh | thuynh6@wisc.edu | (608) 262-5960 | Approved | 10/11/2026 | 6273 |
| Research Intern | Breast Imaging, Simulation Education, Eye tracking | Radiology | Lonie Salkowski, MD MS PhD | 06/01/2027 | The applicant should be a recent bachelor’s degree graduate in biology, psychology, computer science, or related field. Prior experience working in a research environment (undergraduate experience qualifies), ability to work as a team member, and work independently are required. Preference will be given to applicants who have prior experience using computer technology. If applicant has prior experience with R or SPSS that is a plus but not required. Working knowledge of word and excel. The position is for a minimum of 1 year and is a terrific gap-year(s) job. The person in this position will receive scientific and career mentoring, independence based on demonstrated skill, and opportunities to attend scientific meetings and publish scientific manuscripts. |
Dr. Salkowski’s lab is evaluating the utility of simulation education to improve/enhance the ascertainment of expertise in screening mammography. The simulation system uses a patented computer system that records the outcomes of the user’s interpretive assessment of screening mammograms. Eye tracking is used during the initial phase of the simulation. The users also undergo a battery of psychometric tests. Primary responsibilities will include subject recruitment and testing, and management/analysis of de-identified data. We will be starting a couple of projects that involve the use of AI in breast imaging. There is an opportunity to help create or build on a lab website. Writing scientific abstracts and manuscripts will also be encouraged and supported. Responsible, independent, and highly motivated individuals with strong organizational, interpersonal, and communication (written and verbal) skills are encouraged to apply. Applicants with aspirations to attend graduate programs (PhD, MD/PhD, DVM/PhD) in the future are also encouraged to apply. All work is done onsite (no remote work offered). |
Interested candidates should send a curriculum vitae/resume, a cover letter describing your research interests, background, and qualifications, college/university transcripts (can be unofficial) and 2 references to Lonie Salkowski, MD MS PhD lsalkowski@uwhealth.org. | grant funded | 01/06/2026 | Lonie Salkowski | lsalkowski@uwhealth.org | Approved | 10/07/2026 | 6262 | |||
| Research Associate (Postdoc) | Radioimmunoconjugate drug development | Radiology | Labros Meimetis | 06/30/2027 | Potential candidates must have fulfilled requirements for the completion of their PhD degree in Chemistry or Pharmacology by November 1, 2026. | The ideal person for this project would have prior experience in radiochemistry and antibody-drug conjugates (ADCs). A strong background in solution phase synthetic organic chemistry, chemical analysis (1H/13C NMR, 2D NMR, LCMS, MALDI), experience with contemporary linker-payload conjugation strategies, purification and characterization of ADCs Good problem-solving skills, and the willingness to immerse themselves in a very interdisciplinary project is highly valued. The work will encompass the preclinical development of metal-based radioimmunoconjugates, which ranges from synthesis of complex organic molecules integrated into linker-payloads, in vitro studies, bio-distribution studies, therapy studies, toxicology and immunological evaluation using flow cytometry and multiplexed biomarker analysis in preclinical mouse models of cancer. The postdoctoral fellow should possess good verbal and written communication skills, the ability to work independently in a collaborative environment, provide mentorship to junior lab members and draft manuscripts. |
If you require any additional information or are interested in the position, please contact me at your earliest convenience. | https://www.radiology.wisc.edu/profile/labros-meimetis | 07/01/2027 | Labros Meimetis | meimetis@wisc.edu | Approved | 10/05/2026 | 6247 | |||
| Research Associate (Postdoc) | Radiopharmaceutical drug development | Radiology | Labros Meimetis | 06/30/2027 | Potential candidates must have fulfilled requirements for the completion of their PhD degree in Chemistry or Pharmacology by November 1, 2026. | The ideal person for this project would have prior experience in radiochemistry, with a strong background in solution phase synthetic organic chemistry and chemical analysis (1H/13C NMR, 2D NMR, LCMS, MALDI) good problem-solving skills, and the willingness to immerse themselves in a very interdisciplinary project. The work will encompass the preclinical development of metal-based radiopharmaceuticals, which ranges from synthesis of complex organic molecules, in vitro studies, bio-distribution studies, therapy studies, toxicology and immunological evaluation using flow cytometry and multiplexed biomarker analysis in preclinical mouse models of cancer. The postdoctoral fellow should possess good verbal and written communication skills, the ability to work independently in a collaborative environment, provide mentorship to junior lab members and draft manuscripts. | If you require any additional information or are interested in the position, please contact me at your earliest convenience. | https://www.radiology.wisc.edu/profile/labros-meimetis | 07/01/2027 | Labros Meimetis | meimetis@wisc.edu | Approved | 10/05/2026 | 6246 | |||
| Research Associate (Postdoc) | Solar Energy, Thermal storage development | Department of Mechanical Engineering | Allison Mahvi | 11/01/2026 | -PhD in Mechanical Engineering or a closely related field -Demonstrated hands-on experience in experimental heat transfer and thermal-fluid measurement techniques -Working proficiency in LabVIEW and MATLAB -Strong record of scholarly writing and communication |
-Thermal storage development: Lead the design, instrumentation, and automation of a two-phase refrigerant loop to evaluate novel thermal storage heat exchangers. -Air-coupled heat exchanger optimization: Design and execute wind tunnel testing to evaluate pressure drop and heat transfer performance of advanced, optimized fin geometries. -Data analysis and software automation: Build automated data acquisition and processing codes -Write first-author journal papers, present at national conferences, and assist with project reporting. |
Please provide a cover letter, a reference letter, and a CV | $61,860 | 100 | 01/15/2027 | Allison Mahvi | allison.mahvi@wisc.edu | Expired | 10/02/2026 | 6238 | ||
| Research Associate (Postdoc) | data science; causal inference; machine learning; clinical informatics | Medicine - Division of Pulmonary and Critical Care, ICU Data Science Lab | Matthew M. Churpek, MD, MPH, PhD | 10/30/2026 | Required: -PhD degree in computer science, data science, statistics, biostatistics, epidemiology, electrical/ computer engineering, biomedical informatics, or a closely related quantitative field. -Demonstrated experience with causal inference methods (e.g., meta-learners, causal forests, doubly robust or targeted estimators, propensity scores) and machine learning. -Strong programming experience (e.g., Python and/or R). -Proficiency with Git for version control. -Strong written and oral communication skills. -Ability to work both independently and as a team player. Preferred: -Additional experience in analyzing EHR and clinical trial data; evaluating heterogeneous treatment effects; and/or clinical research experience. |
Matthew Churpek, MD, PhD, Majid Afshar, MD, MS, and Anoop Mayampurath, PhD, of the University of Wisconsin Critical Care Medicine (ICU) Data Science Lab, are seeking a Postdoctoral Research Associate to lead projects at the intersection of causal inference, machine learning (ML) methods, and clinical informatics. Join a unique lab of physician-scientists, clinical informatics experts, ML experts, computational linguistics experts, biostatisticians, engineers, and computer scientists to contribute to cutting-edge research developing models that are closely linked to healthcare practice, with opportunities to implement your work in real time and impact patient outcomes. https://icudatascience.medicine.wisc.edu/#/ Job Duties: The Postdoctoral Research Associate will work under the supervision of Dr. Matthew Churpek on a project focused on using causal machine learning methods for estimating individualized treatment effects (ITE) to identify the degree to which a patient benefits or is harmed by a therapy. The successful candidate will help benchmark numerous causal ML methods for estimating ITE in existing randomized clinical trial (RCT) datasets, compare performance across trial characteristics, and determine how observational electronic health record (EHR) data can improve ITE prediction. The Research Associate will lead manuscripts, gain first-author opportunities, receive travel support to present at both clinical and AI conferences (e.g., ATS, AMIA), and participate in multicenter collaborations under close mentorship. They will also gain experience and expertise in grant writing best practices. They may also assist with supervising the work of UW graduate students and staff. Mentors will work with the postdoc on an individual development plan, support career development award applications (e.g., NIH and/or UW opportunities), and provide experiences to help secure future employment opportunities in their field, like other postdocs from our lab. The position is typically 2–3 years, renewable annually Location: Madison, WI. Hybrid work arrangements available. |
Interested candidates should email the following application materials to Madeline Oguss, mkoguss@medicine.wisc.edu: -Cover letter/summary statement of personal objective and research interests. -Curriculum Vitae Note: Reference contact information will be requested of finalists |
https://icudatascience.medicine.wisc.edu/#/ | 76,000, commensurate with experience | 100 | 01/11/2027 | Madeline Oguss | mkoguss@medicine.wisc.edu | (608) 698-0288 | Expired | 09/30/2026 | 6232 |
| Research Associate (Postdoc) | Structural Biology: Cryo-EM and X-ray Crystallography | School of Pharmacy | Jiaoyang Jiang | 08/31/2027 | Position Overview The laboratory of Dr. Jiaoyang Jiang at the University of Wisconsin–Madison (UW–Madison) invites applications for a fully funded Postdoctoral Research Associate position in structural biology. The postdoctoral researcher will join a highly collaborative environment that brings together structural biologists, chemical biologists, cell biologists, and other interdisciplinary investigators. The goal is to connect structural discoveries with biological functions and molecular mechanisms. These collaborations may also provide opportunities to translate structural insights into chemical probes and potential therapeutic strategies. The position therefore offers broad training in advanced structural biology and in the application of structural discoveries to mechanistic studies, chemical probe development, and translational research. In addition to resources within the laboratory, the successful candidate will have access to state-of-the-art research facilities, including the on-campus Cryo-EM Research Center (https://cryoem.wisc.edu/), which provides advanced instrumentation and additional technical and computational support. Preferred Qualifications • Ph.D. in structural biology, biochemistry, biophysics, molecular biology, or a related field • Preference for candidates with no more than one year of prior postdoctoral experience • Strong motivation and demonstrated research experience in protein expression and purification • Experience with at least one structural biology technique, such as cryo-EM or X-ray crystallography • At least one first-author research article published in a peer-reviewed international journal • Ability to conduct research independently and contribute effectively to a collaborative, interdisciplinary research environment |
The successful candidate will lead structural studies using cryo-EM, X-ray crystallography, and complementary integrative approaches to investigate protein complexes involved in glycosylation-related biology and disease. The candidate will also have opportunities to contribute to structure-based and AI-assisted drug discovery projects. | Applications will be reviewed on a rolling basis. To apply, please email the following materials to jiaoyang.jiang@wisc.edu • CV • Cover letter briefly describing your research experience, major accomplishments, and research interests • Contact information for 3 references |
https://pharmacy.wisc.edu/faculty/jiang-research-group/ | Jiaoyang Jiang | jiaoyang.jiang@wisc.edu | Approved | 09/28/2026 | 6219 | ||||
| Research Associate (Postdoc) | Neuroscience, Neuropathology, Neurodegeneration, α-Synuclein, Lewy Body Disease, Parkinson Disease, Alzheimer’s Disease, Human Postmortem Brain, Biomarkers, Spatial Biology, Digital Pathology | Department of Pathology | Dr. Jeffrey Nirschl | 12/01/2026 | Applicants must have completed the requirements for a PhD or other appropriate terminal degree before the first day of the appointment. Consistent with UW–Madison's Research Associate (postdoc) appointment framework, candidates will be in the early postdoctoral stage of their careers (within 3-4 years of terminal degree). Candidates should be interested in pursuing intensive postdoctoral research training in human neurodegeneration, experimental neuropathology, and translational neuroscience. ----- Description The Nirschl Lab at the University of Wisconsin–Madison is recruiting a wet-lab biologist/neuroscientist postdoctoral researcher to study the relationship between alpha-synuclein pathology and biomarkers across the antemortem–postmortem continuum, as well as Alzheimer's and Lewy body disease co-pathology. A major focus of the position will be understanding how microscopic alpha-synuclein burden, aggregate phenotype, cellular distribution, and co-pathology in the human brain relate to fluid biomarkers measured before and after death. The work will use deeply characterized human biospecimens and neuropathology from individuals with dementia with Lewy bodies (DLB), Parkinson disease (PD), multiple system atrophy (MSA), Alzheimer’s disease (AD), and related age-associated neurodegenerative disorders. The postdoctoral fellow will work at the intersection of experimental neuropathology, molecular neuroscience, human biospecimen research, fluid biomarkers, quantitative digital pathology, and spatial biology. A particular opportunity is to study donors with paired antemortem and postmortem biospecimens, providing a translational bridge between biomarkers measured during life and the underlying neuropathology observed at autopsy. Projects may include: Quantifying alpha-synuclein pathology in human postmortem brain tissue - Characterizing Lewy bodies, Lewy neurites, oligodendroglial inclusions, and other α-synuclein phenotypes - Comparing neuronal and glial alpha-synuclein pathology across DLB/PD and MSA - Investigating relationships among tissue alpha-synuclein pathology, CSF alpha-synuclein seed-amplification assays, and other fluid biomarkers - Studying paired antemortem and postmortem CSF to determine how biomarker profiles relate to neuropathologic burden and phenotype - Evaluating the influence of amyloid-beta, tau, TDP-43, and other common age-related co-pathologies - Applying immunohistochemistry, immunofluorescence, biochemical assays, and quantitative pathology approaches to human brain tissue - Integrating neuropathology with digital pathology and spatial-omics measurements - Investigating selective vulnerability and cellular mechanisms underlying synucleinopathies and related neurodegenerative diseases Experience in one or more of the following areas is especially desirable: - alpha-Synuclein biology or synucleinopathies - Parkinson disease, dementia with Lewy bodies, multiple system atrophy, or related neurodegenerative diseases - Alzheimer’s disease or mixed neurodegenerative pathologies - Human postmortem brain tissue - Human CSF or other neurological biospecimens - Neuropathology or quantitative histopathology - Protein aggregation, proteostasis, or neurodegenerative disease mechanisms - alpha-Synuclein seed-amplification assays or related aggregation assays - Spatial transcriptomics, spatial proteomics, or other spatial-biology methods - Digital pathology or quantitative image analysis - Biomarker development or translational neuroscience This position is particularly well suited to a scientist who wants to use human neuropathology to answer mechanistic and translational questions in neurodegenerative disease. Research Environment The fellow will work within a multidisciplinary research environment connecting human neuropathology, brain banking, molecular neuroscience, fluid biomarkers, computational pathology, artificial intelligence, and spatial biology. The position provides an opportunity to develop expertise in human translational research using deeply phenotyped postmortem tissue and matched biospecimens while collaborating with investigators across complementary experimental and computational disciplines. The fellow will be encouraged to develop an independent scientific identity and research direction within the broader themes of alpha-synuclein biology, co-pathology in neurodegeneration, translational neuropathology, biomarkers, and age-related neurodegenerative disease. |
The position duties will include, but are not limited to: - Lead experimental research projects focused on α-synuclein, synucleinopathies, and human neurodegenerative disease - Process and analyze human postmortem brain tissue and associated biospecimens - Perform and optimize immunohistochemistry, immunofluorescence, microscopy, protein-biochemistry, and related molecular assays - Develop reproducible approaches for measuring α-synuclein burden, aggregate phenotype, and cellular distribution - Characterize neuronal and glial α-synuclein pathology across neuroanatomic regions and disease states - Study relationships between alpha-synuclein pathology and paired antemortem and postmortem fluid biomarkers - Support studies focusing on biomarkers for Alzheimer’s disease and AD/Lewy body disease co-pathology biomarkers - Investigate how coexisting amyloid-beta, tau, TDP-43, and other pathologies influence alpha-synuclein biomarker relationships - Integrate experimental findings with quantitative digital pathology and, where applicable, spatial-omics data - Work closely with neuropathologists, neuroscientists, computational scientists, biomarker investigators, and external collaborators - Optimize and troubleshoot experimental protocols for human tissue and biospecimen studies - Maintain rigorous experimental records, sample provenance, quality-control documentation, and reproducible workflows - Analyze data and prepare figures for manuscripts, scientific presentations, and grant applications - Present research at laboratory meetings and national or international conferences - Contribute to manuscripts and lead first-author publications - Mentor undergraduate students, graduate students, and other junior researchers as appropriate - Participate actively in the intellectual and collaborative environment of the Nirschl Lab and UW–Madison neuroscience community - Help shape emerging research directions in α-synuclein biology, human neuropathology, and neurodegenerative disease biomarkers |
Email your application using the subject line: “Nirschl Lab Synuclein Postdoc” to Dr. Jeffrey Nirschl at jjnirschl@wisc.edu. Please submit a single PDF containing: - Cover letter (maximum two pages) describing: - Your research interests - Relevant experimental and methodological experience - Your interest in alpha-synuclein, human neuropathology, biomarkers, or neurodegenerative disease - How your interests align with the research directions of the Nirschl Lab - Curriculum vitae (CV) including publications, preprints, and other relevant scholarly products - A link to one peer-reviewed publication or preprint that you led and that best represents your research - Contact information for three professional references, including your current or most recent research supervisor Selected candidates may be asked to provide additional materials during the interview process. We will review applications on a rolling basis until the position is filled. Early applications are encouraged. |
https://nirschl-lab.github.io/nirschl-lab-website/ | Aligned with NIH postdoctoral salary levels and candidate experience, subject to UW–Madison and funding requirements. | 100 | 01/04/2026 | Jeffrey Nirschl | jjnirschl@wisc.edu | (608) 262-3529 | Approved | 09/27/2026 | 6210 |
| Research Associate (Postdoc) | Biomedical Computer Vision, Machine Learning, Computational Pathology, Digital Pathology, Spatial Omics, Neuroscience, Neuropathology, Alzheimer’s Disease, Lewy Body Disease, Neurodegeneration | Department of Pathology | Dr. Jeffrey Nirschl | 12/01/2026 | The Nirschl Lab at the University of Wisconsin–Madison is recruiting a postdoctoral researcher in biomedical computer vision and machine learning to develop computational approaches for studying human neurodegenerative disease. Our research combines artificial intelligence, computational pathology, neuropathology, spatial omics, and deeply characterized human tissue cohorts to investigate Alzheimer’s disease, Lewy body disease, and other age-related neurodegenerative diseases. The successful candidate will have opportunities to develop new computational methods for digital pathology and multimodal biomedical data, including projects focused on: - Computer vision and machine learning for whole-slide pathology images - Computational pathology and quantitative tissue phenotyping - Multimodal integration of pathology, clinical, imaging, and molecular data - Antemortem–postmortem studies for biomarker discovery and validation - Spatial transcriptomics and other spatial-omics technologies - Cellular and tissue mechanisms underlying selective vulnerability and disease heterogeneity in Alzheimer’s disease, Lewy body disease, and related neurodegenerative disorders The position is particularly well suited to a computational scientist interested in developing innovative AI methods while working closely with neuropathologists, neuroscientists, biomedical researchers, and collaborators across disciplines. Ideal candidates will have: - A PhD in computer science, electrical or computer engineering, biomedical engineering, computational biology, bioinformatics, data science, applied mathematics, statistics, neuroscience, or a closely related quantitative field, conferred by the start date - Strong experience in computer vision, machine learning, deep learning, or biomedical image analysis - Proficiency in Python and modern machine-learning workflows and frameworks - Experience designing, training, evaluating, and interpreting machine-learning models - Strong quantitative, analytical, and problem-solving skills - Experience working with large or complex biomedical datasets - Demonstrated ability to conduct rigorous, reproducible computational research - Strong scientific communication skills and a record of scholarly productivity - Ability to work independently while collaborating effectively within multidisciplinary research teams Experience in one or more of the following areas is desirable but not required: - Digital pathology or whole-slide image analysis - Computational pathology - Multiple-instance learning, weakly supervised learning, self-supervised learning, or foundation models - Multimodal learning and data integration - Spatial transcriptomics, spatial proteomics, or other spatial-omics data - Computational biology or biomedical informatics - Human neuropathology or neurodegenerative disease research - Alzheimer’s disease, Lewy body disease, tauopathies, or related disorders - High-performance or distributed computing - Open-source scientific software development Prior pathology or neurodegeneration experience is not required. We particularly encourage applications from strong computer vision and machine-learning researchers interested in applying and extending their methods to important problems in human disease. |
The position duties will include, but are not limited to: - Lead computational research projects involving AI, computer vision, computational pathology, and multimodal biomedical data - Develop and evaluate machine-learning and deep-learning approaches for whole-slide pathology imaging and related biomedical data - Design rigorous experiments for model development, validation, generalization, and interpretability - Develop quantitative representations of cellular, tissue, and disease phenotypes - Integrate digital pathology with clinical, imaging, neuropathologic, molecular, and spatial-omics data - Develop approaches for antemortem–postmortem biomarker discovery and validation - Collaborate with neuropathologists, neuroscientists, computational scientists, and external research partners - Build reproducible data-processing, model-training, and analysis pipelines - Prepare manuscripts, figures, conference presentations, and preliminary data for grant applications - Present research at laboratory meetings and national or international scientific conferences - Contribute to open and reproducible scientific practices, including appropriate documentation, version control, and code sharing - Mentor graduate students, undergraduate researchers, and other junior laboratory members as appropriate - Participate actively in the intellectual life and collaborative culture of the Nirschl Lab and UW–Madison research community - Help shape new research directions at the intersection of AI, neuropathology, and neurodegenerative disease |
To apply: Email your application using the subject line: “Nirschl Lab Bio-CV/ML Postdoc” to Dr. Jeffrey Nirschl at jjnirschl@wisc.edu. Please submit a *single PDF* containing: - Cover letter (maximum two pages) describing: - Your research interests - Relevant computational and methodological experience - Why you are interested in biomedical computer vision, computational pathology, or neurodegenerative disease - How your interests align with the research directions of the Nirschl Lab - Curriculum vitae (CV) including publications, preprints, software, datasets, and other relevant scholarly products - A link to one peer-reviewed publication or preprint that you led and that best represents your research - Links, when applicable, to a GitHub profile, research software, project website, Google Scholar profile, or other computational portfolio - Contact information for three professional references, including your current or most recent research supervisor - Selected candidates may be asked to provide additional materials during the interview process. Compensation and Benefits - The position is 100% time and includes UW–Madison postdoctoral benefits. - Salary will be aligned with applicable NIH postdoctoral salary levels and candidate experience, subject to UW–Madison and funding requirements. The start date may be flexible depending on candidate availability. |
https://nirschl-lab.github.io/nirschl-lab-website/ | Aligned with NIH postdoctoral salary levels and candidate experience, subject to UW–Madison and funding requirements. | 100 | 01/04/2026 | Jeffrey Nirschl | jjnirschl@wisc.edu | (608) 262-3529 | Approved | 09/27/2026 | 6209 |
| Research Intern | Blood Cancer | Oncology | Jing Zhang | 05/31/2027 | Required: - Prior experience working with mice. - BS degree Preferred: - 1-2 years experience with common techniques in molecular biology, cell biology and biochemistry preferred. Techniques include but are not limited to lP, retro-orbital, tail vein injections; animal surgeries; isolation and purification of hematopoietic stem cells and progenitors from mouse fetal liver and adult bone marrow; flow cytometry analysis; or tissue sectioning and staining. - Evidence of expertise through publication record. |
The main focus of a Research Intern position is to learn how to perform research and to acquire the technical skills necessary to do, with the goal that this training will contribute to their success in pursuing graduate studies in the near future. The Research Intern therefore will spend the majority of their time (70% time) being trained in general and specific technical skills by working closely with other members of the lab in carrying out experiments. They will also carry out a project of their own in the lab under the direct supervision of and mentoring by Professor Jing Zhang. In addition to these majority research-directed efforts, the Research Intern will carry out logistical efforts (30% time) to help maintain/order stocks of reagents needed for their own research project and the research projects of their lab members. | Please send your CV to zhang@oncology.wisc.edu. | https://mcardle.wisc.edu/faculty/jing-zhang/ | >$33,000, based on experience | 100 | 10/19/2026 | Jing Zhang Zhang | zhang@oncology.wisc.edu | (608) 263-1147 | Approved | 09/25/2026 | 6206 |
| Research Associate (Postdoc) | Alzheimer's | Department of Neurology | Dr. Jessica Caldwell | 12/21/2026 | - PhD in Psychology, Clinical Psychology, Cognitive Neuroscience or related field - Research experience required in dementia, biomarkers, cognitive assessment, and/or longitudinal data analysis - Competitive candidates will have a strong track record of publishing in these areas |
Research within the Wisconsin Registry for Alzheimer’s Prevention and other studies run by Dr. Jessica Caldwell. Access to sensitive populations is to research participant data including PHI, though contact face to face is possible at study visits or research outreach events. | Applicants should submit a CV and cover letter to Dr. Jessica Caldwell via email at caldwell@neurology.wisc.edu. | Commensurate with experience using NIH Stipend Levels | 100 | Jessica Caldwell | caldwell@neurology.wisc.edu | Approved | 09/21/2026 | 6189 | |||
| Research Associate (Postdoc) | Zebrafish vascular development | Dermatology | Nathan Lawson | 01/31/2027 | Candidates require a PhD in the Biological Sciences, ideally with a concentration in genetics and/or developmental biology. Expertise with zebrafish is not essential although experience with genetic approaches in animal models and a broad background in molecular biology is preferred. Applicants must be highly motivated and technically accomplished as documented by exceptional publication record. | The Lawson Lab will be moving to the Department of Dermatology at University of Wisconsin, Madison in January 2027 and we will have multiple openings for postdoctoral research associates. Available projects are listed below. These and other projects can be tailored to candidate interests as warranted. Please contact Nathan Lawson at the contact email for additional information. Modeling vascular anomalies in zebrafish – A current focus is on capillary malformation-arteriovenous malformation syndrome (CM-AVM), where we have generated zebrafish bearing disease-associated variants in ephb4a/b. Candidate will be responsible for phenotypic analysis of zebrafish embryos and adults bearing ephb4a/b mutations, including serial confocal imaging, immunostaining, and scRNA-seq. Studies will also focus on nature of mosaic lesions in adult heterozygous carriers including application of exome and whole genome sequencing to identify second hit mutations and/or copy number variations. Follow-up studies will employ CRISPR to test candidates and leverage collaborations with UW Dermatology to investigate second hit candidates in CM-AVM patients. Parallel efforts include generating conditional ephb4 alleles to investigate cell-autonomy through Cre-mediated deletion. Developing genetic tools in zebrafish - We have a longstanding history in tool development for the zebrafish and we seek a highly motivated individual to build on and expand those efforts. Current areas of interest in this regard include: (1) Improving targeted knock-in approaches, with an emphasis on efficient generation of floxed alleles; (2) Applying targeted knock-in for the generation of reliable conditional (floxed) transgenes at genomic safe harbors; (3) Developing and adapting "omics" approaches for cell-specific analysis in zebrafish embryos. Brain pericyte development - We seek to identify and dissect transcriptional regulatory networks required for brain pericyte specification and development. Using single cell profiling, we have identified candidate transcription factors and target regulatory pathways. Current studies focus on genetic analysis of candidate pathways to determine how they regulate pericyte specification and their role in vascular function, with emphasis on the neurovascular unit. These efforts include application of knock-in CreERT lines for lineage tracing transcription factor-expressing cells coupled with serial scRNA-seq to assemble lineage hierarchies, along with use of conditional deletion lines to assess functional requirements. |
Interested candidates should send a brief (1 page or less) cover letter along with a CV to the email below. Applicants accepted for initial consideration will be subsequently contacted for letters of reference. | https://lawsonlab.umassmed.edu | NIH pay scale | 100 | 01/04/2027 | Nathan Lawson | nlawson3@wisc.edu | (774) 452-4702 | Approved | 09/18/2026 | 6180 |
| Research Associate (Postdoc) | Comparative analysis of vascular anomaly genes | Dermatology | Nathan Lawson | 01/31/2027 | Education: PhD in the Biological Sciences with concentration in developmental biology and/or genetics. Technical: Experience in culturing human iPSCs, including lineage differentiation and relevant functional studies. Previous experience in genetic manipulation of iPSCs is preferable. Strong background and experience in molecular biology is essential. The ideal candidate will be highly motivated, collaborative, and have a strong publication record. |
The Lawson Lab will be moving to the Department of Dermatology at UW-Madison in January 2027 and we are expanding our developmental studies on vascular anomalies. Among those efforts we are interested in generating iPSC lines bearing conditional mutations associated with vascular anomalies in human patients. Initial focus will be on known activating mutations in MEK, RAS, and GNAQ. Under supervision of the PI, the candidate will design and implement logical targeting strategies to establish genetically modified iPSC lines for conditional expression of activated transgenes. Initial studies will focus on effects of activated transgenes on endothelial cell differentiation and morphogenesis. These efforts will include collaborative studies with groups in Department of Dermatology to apply microfluidics and organ-on-a-chip models to assess tissue-level phenotypes caused by activated transgenes. An emphasis will be on comparative studies to identify common and unique effectors between activated variants. Subsequent studies will be informed by ongoing Lawson Lab efforts to define cell-of-origin in human vascular anomaly lesions with iPSC studies targeting other non-endothelial types to follow as warranted. | Please send a brief cover letter (1 page or less) and CV to the contact email. | standard NIH pay scale | 100 | 01/04/2027 | Nathan Lawson | nlawson3@wisc.edu | (774) 452-4702 | Approved | 09/18/2026 | 6179 | |
| Research Intern | Biomedical research | Cell and Regenerative Biology | Junsu Kang | 12/31/2026 | The research intern will perform biological research using zebrafish as a model system. A highly motivated individual will provide technical support for the Kang lab and will have the ability to carry out projects on their own, as needed. The candidates must have a B.S. or B.A. with a solid scientific foundation. | Research intern will engage in biomedical research using zebrafish to study tissue regeneration. Research duties include conducting molecular and cellular biology experiments, zebrafish colony maintenance, imaging, and regeneration assays with zebrafish. Research intern will establish several techniques to support ongoing regeneration projects. In addition, the individual will be expected to perform general lab duties, manage chemical inventory and maintain sample database. Research intern will also have opportunities to develop projects and receive training in scientific writing, critical thinking, and presentation skills to prepare for careers in academia or other venues. | Interested individuals should email their CV, cover letter (include brief description of research accomplishments), and contact information for two-three references to Junsu Kang (junsu.kang@wisc.edu). | https://kang.crb.wisc.edu/ | Minimum $30,952 to maximum $45,000 with benefits, based on education and experience | 100 | Junsu Kang | junsu.kang@wisc.edu | Approved | 09/17/2026 | 6177 | ||
| Postdoctoral Fellow (Postdoc) | Research Quality, Scientometrics, and Metascience | The Information School | Jodi Schneider | 09/23/2026 | • A PhD in any field (including, but not limited to, metascience, science of science, informatics, science policy, information sciences, information studies, library & information science, computational social sciences, etc.), earned within the last 5 years. • Interest in interdisciplinary research. • Excellent critical thinking, written and spoken English, and project management skills. |
In this role you will receive mentoring and community support to prepare for permanent appointments both inside and outside of academia. The successful candidate will work with Dr. Schneider to create an individual development plan. The successful candidate will lead, conduct, and publish research, and write grant proposals, in an interdisciplinary environment. Key work will be to (1) conduct a scoping review of the literature; and (2) to develop and test scientometric indicators of epistemic integrity, methodological rigor, and innovation for the project CULTIVATE: Transforming Scientific Systems by Cultivating Virtue Ethics in Scientists. CULTIVATE is led by a team of three UW-Madison faculty members: Dr. Schneider (bibliometrics); a clinical psychologist at the Center for Healthy Minds (psychometrics); and an STS-inflected historian the UW-Madison Department of Medical History and Bioethics (ethnographic and qualitative analysis to guide bibliometric development). Key job responsibilities: • Lead, conduct, and publish research in consultation with Dr. Schneider • Design research projects, write grant proposals, and mentor junior researchers • Develop and execute a personal individual development plan to become eligible for permanent positions in your field, both inside and outside of academia, under the guidance of Dr. Schneider This is intended to be a full-time position, though there may be flexibility to start in a part-time capacity then increase to full-time. Start date is as soon as practicable. |
Apply via this Google Form, providing your CV and cover letter: https://docs.google.com/forms/d/e/1FAIpQLSfR2BGoMV7TO_RWvwso-IZ7M5Ce0PVcwAcw0QH5QiDFVa1DPA/viewform?usp=preview |
https://infoqualitylab.org | 70,000 | 100 | 10/01/2026 | Jodi Schneider | jodi@wisc.edu | Expired | 09/11/2026 | 6159 | |
| Postdoctoral Trainee (Postdoc) | child welfare | Institute for Research on Poverty | Lawrence Berger | 01/01/2027 | Required Qualifications: 1. Research experience or interest focusing on social welfare policy, economic resources, family functioning, and child wellbeing. 2. At least two years of experience with data management and statistical data analysis. Quantitative statistical analysis skills in econometric or related field utilizing statistical analysis packages (such as SPSS, SAS, R, Python or STATA, with a preference for STATA). Familiarity with causal inference for methods for observational studies, such as Difference-in-Differences, regression discontinuity, and instrumental variables methodologies. Desired Qualifications: 1. Experience utilizing and managing large databases. 2. Ability to work within a large research team collaborating with faculty, data scientists, and research assistants. Education: PhD required – economics, public policy, demography, social work, sociology, or a related discipline. |
We are seeing a postdoctoral scholar whose work focuses on social welfare policy, economic resources, family functioning, and child wellbeing. The postdoc will primarily collaborate with Lawrence (Lonnie) Berger, Maria Cancian (Georgetown University), Jessica Pac, and other scholars on quantitative research in three primary areas: (1) understanding the economic, social, and health impacts of involvement with public programs, including but not limited to the child welfare program, the child support enforcement program, and public assistance programs, on families and children; (2) understanding the causes and consequences of child maltreatment and child protective services involvement, as well as the influence of foster care, on subsequent life trajectories; and (3) estimating the impact of social policies on economic, social, and health outcomes on children and families more generally. In consultation with faculty researchers, the post-doctoral researcher will conduct independent analyses as part of a larger research team. The primary responsibility will be to conduct statistical analyses, but the researcher will also provide consultation on analysis plans, prepare output tables, prepare analytic code for dissemination, and prepare analytic findings for presentation in reports to the State of Wisconsin and scholarly publications. The postdoctoral researcher will have the opportunity to initiate and lead analyses using the unique administrative data housed at UW IRP. The postdoc is planned for two years, conditional on satisfactory progress in year one, with a potential option to renew for a third year, contingent on performance and funding. A portion of the postdoc’s time will be reserved for independent research. Responsibilities: • Refine analytic plans for evaluating state and federal social welfare policies and programs. (10%) • Prepare and analyze complex research data, including linked administrative data from the Wisconsin Administrative Data Core, and prepare output. (55%) • Conduct literature reviews and collaborate with the investigators to prepare reports, scholarly manuscripts, and dissemination materials based on research results. (20%) • Conduct quality control reviews of code and organize and document code for dissemination as part of research transparency efforts. (10%) • Collaborate in developing grant applications and proposals to secure research funding for subsequent projects. (5%) |
Candidates will be evaluated in terms of research interests, scholarly potential, record of rigorous quantitative research, quality of writing, and strength of recommendations. Applications should be submitted by email to Jessica Pac, pac@wisc.edu. Applications should include: cover letter, CV, writing sample, and list of three references to be contacted for written and/or oral recommendation. Review of applications will begin immediately and continue a rolling basis until the position is filled. Start date is flexible, between May and September 2027. Primary residence at UW-Madison is preferred, and some time in residence is required, but a majority virtual arrangement may be an option in exceptional circumstances. Selected applicants will receive an invitation to participate in virtual interviews. Those moving on to second round interviews will be invited to an in-person interview at UW-Madison. Once final applicants are identified, they will be asked to provide names and contact information for at least three professional references, including a current/most recent supervisor. At UW-Madison, we are dedicated to building a diverse, inclusive, and authentic workplace, so if you're excited about this role, we encourage you to apply. For questions on the position, contact: Jessica Pac pac@wisc.edu |
The ideal hiring salary for this position will be between $65,000-$75,000 for experienced candidates. Actual pay will depend on experience and qualifications. Employees in this position can expect to receive benefits such as generous vacation, holidays, and paid time off, competitive insurance and savings accounts, and retirement benefits. | 100 | 05/01/2027 | Jessica Pac | pac@wisc.edu | Approved | 09/02/2026 | 6133 | ||
| Postdoctoral Fellow (Postdoc) | Embryo and Stem Cell Engineering | Center for Biomedical Swine Research & Innovation | Tanja Dominko, DVM, PhD | 10/30/2026 | Required Qualifications: Education: Ph.D. (or equivalent degree) in Molecular Biology, Mammalian Embryology, Biomedical Sciences, Cell Biology, Bioengineering, or a closely related field. Technical expertise: • Demonstrated hands-on experience with CRISPR/Cas9 genome editing and validation in mammalian cell systems. • Expertise in human and/or large animal (swine preferred) iPSC culture, reprograming, maintenance, and characterization. • Experience in swine embryology and assisted reproductive technologies (ART), including microinjection, micromanipulation, embryo handling, and in vitro culture. Preferred Qualifications: • Experience with Somatic Cell Nuclear Transfer (SCNT) in swine. • Background in bioinformatics, transcriptomics, or computational analysis of NGS/RNA-seq and single-cell interactome data. • Experience with high-content imaging systems and flow cytometry/FACS sorting. • Familiarity with immunology and xenotransplantation platforms. Required knowledge, skills, and abilities • Strong organizational skills and the ability to independently manage multi-step technical experimental timelines. • Excellent written and verbal communication skills for cross-functional collaboration with clinical, surgical, and industry research partners. • Demonstrated commitment to maintaining biosafety (BSL-2) and animal welfare standards. |
The Center for Biomedical Swine Research and Innovation (CBSRI) at the University of Wisconsin–Madison is seeking a highly motivated Postdoctoral Fellow to lead key research initiatives focused on interspecies blastocyst complementation to generate humanized vascular networks in swine organ models for xenotransplantation. The successful candidate will work under the direction of Dr. Tanja Dominko in collaboration with multidisciplinary teams across the UW–Madison School of Medicine. The primary responsibilities of this position involve CRISPR/Cas9 gene editing in porcine and human induced pluripotent stem cell (hiPSC) lines, functional validation of edits, and somatic cell nuclear transfer (SCNT). Key Responsibilities • Gene editing and line engineering: Design, execute, and validate CRISPR/Cas9 target knockouts (e.g., bi-allelic ETV2 knockouts) and targeted promoter substitutions/knock-ins in both porcine and human iPSC lines. Perform long-read genomic DNA sequencing and molecular profiling for QC. • Human and swine iPSC culture: Maintain, characterize, and optimize human and swine iPSC lines and conduct directed lineage differentiation assays • Swine embryology: Perform swine somatic cell nuclear transfer (SCNT) and assess survival, and preimplantation development in vitro. • Data management & dissemination: Analyze computational and experimental datasets (including bioinformatics/transcriptomic interactomes), author manuscripts for high-impact peer-reviewed journals, and present research findings at national/international conferences. • Regulatory compliance: Maintain rigorous documentation in alignment with Institutional Biosafety Committee (IBC), SCRO, and IACUC guidelines. |
Interested candidates should submit the following application materials in a single PDF document to Dr. Tanja Dominko: 1. Cover letter detailing your research interests, career goals, and how your technical expertise aligns with the project aims. 2. Curriculum Vitae including a full publication list. 3. Contact information for three professional references. |
https://cbsri.wisc.edu/ | 100 | 01/01/2027 | Tanja Dominko | dominko@wisc.edu | Expired | 09/01/2026 | 6128 | ||
| Research Associate (Postdoc) | Cell Biology | BCM | Feyza Engin | 11/30/2026 | Two Postdoctoral Research Associate Positions in Cellular Senescence and Immunology Engin Laboratory | University of Wisconsin–Madison The Engin Laboratory at the University of Wisconsin–Madison is seeking highly motivated scientists for two Postdoctoral Research Associate positions. One position will focus on cellular senescence and beta-cell biology, and the other on immunology and immune regulation in diabetes. Our research investigates the molecular and cellular mechanisms underlying beta-cell dysfunction and diabetes, with emphasis on the cellular stress, cellular senescence, and immune regulation. Our studies use human islet cultures, mouse models, cell-based systems, molecular and immunological approaches, flow cytometry, single-cell analysis, multi-omics, spatial transcriptomics, and bioinformatics. Representative publications include Engin et al., Science Translational Medicine (2013), Lee et al., Cell Metabolism (2020, 2023), Chen et al., Nature Communications (2022), and Lee et al., Nature Communications (2025). Recent Ph.D. graduates and candidates with prior postdoctoral experience (less than 3 years) are encouraged to apply. Position 1: Cell Biology and Cellular Senescence This position will investigate the role of cellular senescence in beta-cell dysfunction and diabetes. Qualifications A Ph.D. or M.D./Ph.D. in cell biology, biochemistry, molecular biology, genetics, or a related field is required. Required: • Strong research experience in cell biology and cellular senescence • Experience designing, performing, troubleshooting, and interpreting cell-based experiments • Demonstrated record of impactful peer-reviewed publications appropriate for career stage Highly desirable: • Human islet culture and experimentation • Mammalian cell culture • Molecular biology • RNA and protein analysis • Senescence assays • Fluorescence or confocal imaging • Mouse models of diabetes • Single-cell RNA sequencing • Multi-omics • Spatial transcriptomics • Bioinformatics and large-scale data analysis Position 2: Immunology and Diabetes This position will investigate the role of immune cells and inflammatory pathways in beta-cell dysfunction and diabetes. Qualifications A Ph.D. or M.D./Ph.D. in immunology, cell biology, biochemistry, molecular biology, genetics, or a related field is required. Required: • Strong research experience in immunology • Expertise in T-cell biology and/or macrophage biology • Experience designing, performing, troubleshooting, and interpreting immunological experiments • Demonstrated record of impactful peer-reviewed publications appropriate for career stage Highly desirable: • Human islet culture and experimentation • T-cell activation, differentiation, and function • Macrophage biology and polarization • Immune-cell isolation and characterization • Multicolor flow cytometry (FACS) • Cytokine and inflammatory signaling • Immune-cell/human islet co-culture • Mammalian cell culture • Molecular biology • RNA and protein analysis • Mouse models of diabetes, inflammation, or autoimmunity • Single-cell RNA sequencing • Multi-omics • Spatial transcriptomics • Bioinformatics and large-scale data analysis Experience with transgenic mouse colonies is advantageous but not required. |
Candidate Profile and Responsibilities We are seeking creative, productive, self-motivated scientists with strong experimental skills, critical-thinking abilities, and a commitment to collaborative research. The postdoctoral researchers will: • Design and perform experiments and analyze data • Develop novel research ideas • Work with human islets and relevant cellular and animal models • Contribute to manuscripts and grant applications • Mentor graduate and undergraduate students • Present research at scientific meetings • Develop an independent research program and pursue funding opportunities |
Application Applicants should submit a CV, cover letter describing their research experience and interests, and contact information for three references. Please email application materials to: Dr. Feyza Engin fengin@wisc.edu Please indicate in your cover letter whether you are applying primarily for the Cell Biology/Cellular Senescence position, the Immunology position, or both. For more information, please visit enginlab.org. |
nih based | 100 | FEYZA ENGIN | fengin@wisc.edu | (857) 413-9493 | Approved | 09/01/2026 | 6125 | ||
| Postdoctoral Fellow (Postdoc) | Cancer Biology | Oncology | Jing Zhang | 12/31/2026 | Candidates should have obtained their Ph.D and/or MD degree no more than 1 year. A strong foundation in cellular and molecular biology, and English proficiency are required, which should be demonstrated by publishing at least one peer-reviewed research article in an internationally recognized journal as the first author. Experience working with animals and flow cytometry is preferred. | Postdoctoral fellow position is available immediately at Dr. Jing Zhang’s laboratory in the Department of Oncology at the University of Wisconsin-Madison for studying the molecular and cellular mechanisms underlying RAS-driven blood cancers, primarily focusing on acute myeloid leukemia. Current projects focus on multi-Omics studies, cancer immunology, developing and testing novel targeted therapies and immunotherapies in pre-clinical models. | For full consideration, please submit your CV and a list of three references electronically to Dr. Jing Zhang at zhang@oncology.wisc.edu. | https://mcardle.wisc.edu/faculty/jing-zhang/ | NIH suggested salary scale | 100 | 10/01/2026 | Jing Zhang | zhang@oncology.wisc.edu | (608) 263-1147 | Approved | 08/31/2026 | 6119 |
| Research Associate (Postdoc) | Cell Biology and Immunology | Medical Microbiology & Immunology | Anna Huttenlocher | 10/01/2026 | A position is available for a Postdoctoral Scientist with experience in cell biology or immunology. The lab investigates the basic mechanisms that regulate cell migration and chemotaxis both in vitro and in vivo using zebrafish and human cells. One focus is on inflammation resolution signaling pathways. | Applicants should submit a cover letter, C.V. and contact information for three references to Anna Huttenlocher. Please send all application materials by email (huttenlocher@wisc.edu). | Anna Huttenlocher | huttenlocher@wisc.edu | Expired | 08/28/2026 | 6116 | ||||||
| Research Associate (Postdoc) | Cancer biology, epigenetics, sarcoma | Medicine | Ryan Denu, MD, PhD | 12/31/2026 | - PhD in cancer biology, cell/molecular biology, epigenetics, computer science or computational biology | - If experience in cell/molecular biology and/or epigenetics, the position would involve designing and carrying out research projects to contribute to the lab's mission of better understanding epigenetic and transcriptional regulation in sarcoma. This will involve culture of human and mouse cells, molecular biology experiments, epigenetic profiling, development of patient-derived xenografts and organoids, and use of immunodeficient and immunocompetent sarcoma mouse models. - If experience in computer science or computational biology, the position would involve designing and analyzing experiments using single cell and spatial analyses using primary human sarcoma specimens. It will also involve analyzing epigenetic datasets (e.g. CUT&RUN, ATAC-seq). |
Send a letter of interest, CV, and 2-3 references to Ryan Denu (rdenu@wisc.edu). | https://www.medicine.wisc.edu/directory/denu_ryan | Commensurate with experience using NIH Stipend Levels | 100 | Ryan Denu | rdenu@wisc.edu | (608) 890-0922 | Approved | 08/26/2026 | 6101 | |
| Research Associate (Postdoc) | Normal hematopoiesis, Aging, Comparative Oncology | Medical Sciences | Dr. Xuan Pan | 10/30/2026 | The Pan laboratory is recruiting a highly motivated postdoc fellow with an interest in epigenetic regulations of hematopoietic stem cells (HSCs). The vision for our research program is to apply a multidisciplinary approach and advance our innovative research program for understanding, and ultimately manipulating, HSC development, HSC cell fate and malignant transformation in hematopoiesis. These researches will support our long-term goal to advance fundamental knowledge and provide a foundation for novel diagnostic and therapeutic strategies for hematological cancers and other hematopoietic disorders. | Candidates are required to have PhD, MD, DVM or equivalent doctoral degree. Candidates with extensive practical experience in bioinformatics, machine learning, molecular and cellular biology, and immunology with technique expertise in flow cytometry and mouse biology are encouraged to apply. Candidates must possess excellent organization skills and be capable of individual initiative and of interacting as part of team. Strong English speaking and writing skills are essential as well as a track record of peer reviewed publications. | This is a fulltime appointment with complete coverage for medical insurance. Prospective applicants are encouraged to contact Xuan Pan, VMD/PhD, Professor, Medical Sciences Department, School of Veterinary Medicine, UW-Madison on 608-265-4718 or email: xpan24@wisc.edu with the current curriculum vitae and cover letter including names and contact information of three references. We look forward to a rewarding research experience for you. |
https://www.vetmed.wisc.edu/people/xpan24/ | NIH standard | Xuan Pan | xpan24@wisc.edu | (608) 265-4718 | Expired | 08/26/2026 | 6099 | ||
| Research Intern | Cancer biology, sarcoma, epigenetics | Medicine | Ryan Denu, MD, PhD | 12/31/2026 | • Previous experience in a laboratory, preferably with prior experience with cell culture, molecular biology techniques (e.g. western blotting, DNA and RNA extraction, gene expression analysis, molecular cloning), and mouse handling. | • Conduct web lab experiments according to established protocols in the lab. These will mainly be involving human cell culture, molecular biology (e.g. cloning, PCR, etc), and mouse handling. • Participate in the development, interpretation, and implementation of research methodology and materials. • Synthesize data from experiments, create figures, present data at lab meetings, and assist with preparation of manuscripts for publication. |
Send a letter of interest, CV, and 2-3 references to Ryan Denu (rdenu@wisc.edu). | https://www.medicine.wisc.edu/directory/denu_ryan | Minimum $30,952 to maximum $45,000 with benefits, based on education and experience | 100 | Ryan Denu | rdenu@wisc.edu | (608) 890-0922 | Approved | 08/26/2026 | 6098 | |
| Postdoctoral Fellow (Postdoc) | Neurobiology of pain | Anesthesiology | Zachary T Campbell | 10/01/2026 | The Campbell lab (www.RNAcentral.com) is seeking a highly motivated post-doctoral scientist interested in understanding the molecular and cellular mechanisms of plasticity. We use genomic methodologies and molecular biology to probe how nascent translation is controlled in the context of pain. In specific, we seek candidates with the following qualifications: · Ph. D. in Neuroscience, Genetics, Physiology, Pharmacology, or related field · A minimum of two first author papers published or accepted in peer-reviewed journals · Strong background in behavior (experience with pain models is highly desirable) · Familiarity with animal surgery, mouse genotyping, confocal microscopy, western blots, and primary cell culture · Creative thinking skills and excellence in problem solving · Ability to work collaboratively · Excellent oral and written communication skills · Strong proficiency in the English language · Innate source of curiosity · Enthusiasm to learn new methods and test new hypotheses |
Opportunities: · Specialized training in genomics and molecular biology · Mentorship in proposal and manuscript generation · Next-generation sequencing and data interpretation · Ribosome profiling, SEQRS, and CLIP methodologies · Access to super-resolution imaging, 2 photon microscopy, spinning disc confocal, and cell sorting equipment · Collaborative work environment |
Interested candidates should send an email containing their CV and contact information for three references to zcampbell at wisc dot edu | https://www.rnacentral.com/ | The University of Wisconsin offers excellent benefits. Salary is based on research experience. The initial appointment is for 1 year with a possibility of extension. | 100 | 09/29/2026 | Zachary Campbell | zcampbell@wisc.edu | (608) 265-6710 | Expired | 08/24/2026 | 6092 |
| Research Associate (Postdoc) | Technology Entrepreneurship | College of Engineering - Research Innovation | John Krutty; William Murphy, Xiaolei Shi | 09/11/2026 | Qualifications: Key Skills: ● Extensive background and accomplishments in STEM research and technology development. ● Knowledge of industry relevant to a candidate's research expertise and experience with the economic, social, and environmental opportunities created by cross-disciplinary research. ● Business development, project management, and strategic partnership skills. Minimum number of years and type of relevant work experience: ● Minimum of three years’ experience in higher education, national laboratory, or academic STEM environment, with responsibilities involving research, technology development, product development, and project management, obtained through a Ph.D. in a STEM discipline or comparable project work. ● Excellent written and verbal communication skills required. ● Experience in a highly complex, matrixed organization such as a research center, a research-oriented university, or a large, commercial R&D organization is preferred. ● Ability to effectively evaluate new technologies and identify efficient routes toward broad impact on discovery. Education: ● Required – PhD or equivalent terminal degree ● STEM field preferred |
Description: Entrepreneurial Post Doc Innovation in highly technical fields mostly occurs within academia, yet academic innovators are generally unfamiliar with challenges related to transitioning basic discoveries into products at scale, or the commercial and regulatory oversight that many innovations face upon commercialization. These critical knowledge gaps may lead to uninformed decisions or inefficient approaches that threaten to derail development, significantly delay transition into the private sector, increase the risks and long-term costs of bringing such products to market, and decrease the value to potential partners. The Badger Tech Foundry has created a postdoctoral trainee program to address these knowledge gaps and facilitate the foundation of small business ventures. This program deals with cutting-edge technology across multiple verticals including biotechnology, medical devices, advanced materials, data science and AI, and clean energy applications. Role Overview: The Early Entrepreneur in Residence (EEIR) will be responsible for overseeing the pre-commercial development of novel innovations taking place at University of Wisconsin-Madison. The EEIR will collaborate with academic research teams, technical experts, external stakeholders, and actively manage the commercialization of products based on patented technology from researchers working with the Badger Tech Foundry. The EEIR will work with at least 1 up to a maximum of 3 technologies at various stages of development in which they will gain experience in the process of technology commercialization. This role is expected to select one of these projects for commercialization and drive toward incorporation and startup formation. In addition to hands-on work, this role will include a comprehensive educational program designed to develop the essential skills and knowledge necessary for effective technology entrepreneurship, commercialization, and early-stage product development. Ideal candidates will have recently finished a graduate program related to a STEM field, have experience in entrepreneurial ventures or education in technology commercialization, and knowledge of early-stage product development. The EEIR will gain hands-on experience with one of the technology verticals and approaching commercialization. Key Responsibilities: ● Assists with the identification of research problems and the development of research methodologies and procedures. ● Collects and analyzes research data, conducts experiments and interviews, and documents results according to established policies and procedures under general supervision. ● Conducts literature reviews, prepares reports and materials, and disseminates information to appropriate entities. ● Collaborate with technical teams, external stakeholders, and Contract Development and Manufacturing Organizations (CDMOs) to develop technology across Regulatory, Technical, Business and Legal development milestones. ● Evaluate and record Technology Readiness Level (TRL) of each technology to prepare for small business spin-out. ● Assess and address translational regulatory challenges to facilitate the commercialization of technology. ● Identify, evaluate, and assist in the application for funding related to small business creation, including SBIR/STTR and other sources of non-dilutive funding from government sources such as NIH, NSF, NASA, DoD and others. Additional Responsibilities: ● Identify, create, and/or manage collaborative efforts with student, academic, and professional groups ● Support development of commercialization-related materials including pitch decks, executive summaries, funding proposals, and business plans ● Participate in strategic planning initiatives and interact with the Program Director to develop policies and procedures, evaluate operational needs, strategy, and research developments |
To apply, please send a CV and cover letter to badgertechfoundry@engr.wisc.edu with the subject line EEIR Application | Standard postdoc scale | 100 | John Krutty | krutty@wisc.edu | Expired | 08/21/2026 | 6085 | |||
| Research Intern | Children's emotional and cognitive development | Psychology | Professor Seth Pollak | 10/01/2026 | Bachelor’s or Master’s in psychology, social work, education, or a related field. | A Research Intern position is available at the Child Emotion Research Laboratory at the Waisman Center. The laboratory studies the development of emotions and stress-related difficulties in children ages 4-12. The Research Intern will assist with experiments to support forthcoming research publications, as well as assist with outreach efforts to families in the community. The position requires a minimum of 2 years of direct experience working with children and families. In addition, applicants must have some awareness of social and community service organizations in the greater Madison area that serve children and families. Position can be 50% - 100% time. | Send a letter of interest, CV, and three references to Anna Bechner (ambechner@wisc.edu). | https://childemotion.waisman.wisc.edu | Minimum $30,952 to maximum $45,000 with benefits, based on education and experience | 100 | 09/01/2026 | Anna Bechner | ambechner@wisc.edu | (608) 890-2525 | Expired | 08/21/2026 | 6084 |
| Research Associate (Postdoc) | Bioinformatics, Microbiome Science, Plant Pathology | Plant Pathology | Jonathan Jacobs | 09/30/2026 | Required Qualifications • Ph.D. in bioinformatics, computational biology, genomics, microbiology, plant pathology, or a related field (or expected to be completed before the start date). • Demonstrated experience in bioinformatic analysis of genomic and/or metagenomic sequence data. • Proficiency in at least one scripting/programming language commonly used in bioinformatics (e.g., Python, R). • Strong written and oral communication skills, including a record of scientific writing and presentation. • Willingness to complete required biosecurity and biosafety training and to be approved for access to Select Agent pathogen data and, as applicable, Select Agent laboratory spaces (background screening and program registration required). Desired Qualifications • Experience applying generative AI or machine learning approaches to biological data. • Experience with high-performance computing environments and reproducible workflow/pipeline development. • Experience mentoring or supervising student researchers. |
The Jacobs Laboratory in the Department of Plant Pathology at the University of Wisconsin–Madison seeks a Postdoctoral Research Associate with strong computational skills to lead bioinformatic analyses supporting research on pathogen evolution, host–microbe interactions, and microbiome science. The lab uses comparative and functional genomics, metagenomics, and generative AI/machine learning approaches to understand how microbial pathogens and microbiome communities evolve, adapt, and interact with their hosts. This position is well suited to a computational biologist who wants to apply cutting-edge bioinformatic and AI methods to questions in microbiology, pathogen biology, and microbiome ecology. This role will also involve computational work with biosecurity-sensitive datasets, including genomic and metagenomic sequence data derived from USDA/CDC Select Agent pathogens, requiring strict adherence to institutional data security and biosecurity compliance requirements. Research Foundation This position draws on a rich foundation of genomic and evolutionary research on pathogenic bacteria and microbiomes. Our team searches for an individual to advance our efforts around microbial lineage emergence. We have evolutionary genomics approaches to define mechanisms of bacterial evolution and niche-specificity (Gluck-Thaler et al. 2020, Science Advances; Verma et al. 2024 PLoS Pathogens; Peduzzi et al. 2025 Nature Ecology & Evolution; Verma et al. 2026 ISME Journal; Merfa et al. 2026 PLoS Pathogens). Complementary work on microbial lineage tracking and emergence has helped us with pathogen tracking related to agriculture (Roman-Reyna et al. 2021 mSystems; Roman-Reyna et al. 2024; Toth et al. bioRxiv). This postdoc will apply and advance these computational frameworks to new datasets, develop AI/ML approaches for integrating data, and contribute novel insights into the molecular basis of bacterial evolution and adaptation. |
Application To apply, please submit a cover letter describing research interests and career goals, a curriculum vitae, and contact information for three references. Review of applications will begin immediately and continue until the position is filled. |
https://plantpath.wisc.edu/faculty/jacobs-jonathan/ | 10/01/2026 | Jonathan Jacobs | jonathan.jacobs@wisc.edu | Expired | 08/11/2026 | 6046 | |||
| Research Associate (Postdoc) | Stress fracture injury prevention screening in Thoroughbred Racehorses | School of Veterinary Medicine, Department of Surgical Sciences | Peter Muir, Corinne Henak | 12/01/2026 | A candidate with a PhD in mechanical engineering, biomedical engineering or a similar field, with experience in finite element analysis, AI computer vision analysis of medical images, and mechanical testing is preferred. The candidate will be expected to develop expertise in finite element analysis and AI deep learning models. | A postdoctoral position in mechanical testing and finite element modeling is available in the Comparative Orthopaedic Research Laboratory (School of Veterinary Medicine) and the Henak Laboratory (College of Engineering) at UW-Madison. The long-term goal of this research project is to reduce serious injuries in Thoroughbred racehorses, many of which result in euthanasia, by leveraging the recent development of standing computed tomography (sCT) for horses via Asto CT. The short-range goals, which the postdoc will accomplish with the research team, are to continue to develop virtual mechanical testing pipelines using 3D finite element analysis, together with AI automation of CT image segmentation, to develop analysis pipelines suitable for clinical implementation in injury prevention screening of Thoroughbred racehorses. In this sCT screening, the goal is to identify horses with imminent elevated risk of fetlock stress fracture, a particularly common cause of fatal injury. The engineer will work with other team members to analyze and report results. The candidate will be co-supervised by a veterinary clinician-scientist and an engineer, and will form part of an interdisciplinary team. The project is funded through the Grayson-Jockey Club Research Foundation. | Applications for the position should include a CV, cover letter stating research background and interests, and contact information for three professional references. Please send applications to: Corinne Henak, PhD Associate Professor Department of Mechanical Engineering chenak@wisc.edu Peter Muir, BVSc, PhD, DACVS, FRCVS Professor Department of Surgical Sciences peter.muir@wisc.edu |
63,480 | 100 | 01/01/2027 | Peter Muir | peter.muir@wisc.edu | Approved | 08/07/2026 | 6032 | ||
| Research Associate (Postdoc) | Biochemistry and Biophysics (eEF2K Signaling and Translational Control) | Anesthesiology | Sarah Loerch | 09/15/2026 | The Loerch Laboratory at UW–Madison is seeking a biochemist or molecular/cell biologist to investigate how eukaryotic elongation factor 2 kinase (eEF2K) is regulated and how it controls translation in neuronal signaling. Applicants must have: A PhD in biochemistry, molecular biology, cell biology, neuroscience, or a related field by the start date. Experience studying protein kinases, cell-signaling pathways, or related regulatory mechanisms. Strong training in biochemical and cell-based experimental approaches. Experience independently designing, executing, and interpreting experiments. A record of research productivity and strong communication skills. Experience with neuronal systems, quantitative kinase assays, protein–protein interactions, or translational control is desirable. Structural biology experience is welcome but not required. |
The Loerch Laboratory is seeking a biochemist or molecular/cell biologist to investigate the regulation and biological functions of eukaryotic elongation factor 2 kinase (eEF2K). The project will examine how signaling pathways regulate eEF2K activity and how eEF2K-dependent translational control shapes neuronal responses and pain-associated plasticity. The successful candidate will use biochemical and cell-based approaches to study kinase signaling, protein interactions, and translational regulation, with opportunities to integrate biochemical, biophysical, structural, protein engineering and cell-based approaches. Responsibilities include designing and conducting experiments, analyzing and presenting results, preparing manuscripts, participating in collaborative projects, and mentoring junior researchers. |
Please email the following materials to Dr. Sarah Loerch at loerch2@wisc.edu: Cover letter describing your relevant research experience and interest in the position. Curriculum vitae. Two or three relevant publications. Names, email addresses, and telephone numbers of three references. Use the subject line “eEF2K Postdoctoral Application.” Applications will be reviewed as received until the position is filled. |
https://loerchlab.com/ | NIH scale | 100 | Sarah Loerch | loerch2@wisc.edu | Expired | 07/30/2026 | 6002 | ||
| Research Associate (Postdoc) | High-speed flows, multiphase flows, fluid mixing and reaction | Mechanical Engineering | Jacob McFarland | 05/07/2027 | • Ph.D. in Engineering, or a closely related field (required) • Proven experience with experimental methods in fluid flows, ideally high-speed and/or multiphase flows • Strong publication record in relevant scientific journals • Experience mentoring students and working in collaborative research environments • Excellent communication skills |
• Perform experimental studies in high-speed flow environments, including setup, data acquisition, and analysis • Develop and implement innovative models and methods for fluid mixing and droplet breakup • Disseminate research outcomes through peer-reviewed publications and conference presentations • Mentor graduate and undergraduate students in experimental techniques and research methodology • Collaborate with WiSTL faculty, and pursue external research funding opportunities |
Interested candidates should submit a CV, cover letter detailing research experience and interests, and contact information for at least two references to Professor Jacob McFarland at mcfarland4@wisc.edu | 75000 | 100 | 06/01/2027 | Jacob McFarland | mcfarland4@wisc.edu | Approved | 07/30/2026 | 6001 | ||
| Research Intern | Cell Biology | Pharmaceutical Sciences Division | Arash Bashirullah | 09/30/2026 | Bachelor’s or Master’s in Cell Biology, Genetics, Molecular Biology, or a related field | A Research Intern position is available in Dr. Arash Bashirullah’s lab to study the role of bridge-like lipid transfer proteins (BLTPs) in human disease. The BLTPs are an emerging family of intracellular lipid transporters that move lipids in bulk between donor and recipient membranes at organelle membrane contact sites. Mutations in BLTPs are associated with neurodevelopmental and neurodegenerative diseases in humans. The Bashirullah Lab is particularly focused on studying the cellular, developmental, and physiological roles of BLTP2, using Drosophila as a model system. The Research Intern will assist with experiments to support forthcoming research publications, working closely with Dr. Sarah Neuman, an experienced staff scientist in the lab. | Send a letter of interest, CV, and three references to Sarah Neuman (sdneuman@wisc.edu). | Minimum $30,952 to maximum $45,000 with benefits, based on education and experience | 100 | Sarah Neuman | sdneuman@wisc.edu | Expired | 07/29/2026 | 5994 | |||
| Research Associate (Postdoc) | Synthetic and Medicinal Chemistry | Pharmaceutical Sciences | Dr. Jennifer E. Golden | 11/01/2026 | The laboratory of Dr. Jennifer E. Golden at the University of Wisconsin-Madison (UW-Madison) is seeking two (2) Postdoctoral Research Associates. Successful candidates will join a highly collaborative, multidisciplinary and multi-institutional team working to develop an antiviral small molecule for pre-IND (investigational new drug) FDA review. REQUIREMENTS include: • A PhD in synthetic organic chemistry or strong synthetic chemistry focused, related discipline • Excellent experimental and laboratory record keeping • Excellent communication and interpersonal skills in English • Meet project deadlines through effective planning, proactive communication of risks or delays, and timely implementation of corrective actions • Ensure strict adherence to laboratory chemical hygiene plans, safety protocols, and institutional policies, maintaining a safe and compliant work environment in the laboratory and surrounding facilities. Preferred Qualifications include • Experience with scaling known organic chemistry reactions from gram to multigram scale • At least one first-author research publication in a peer-reviewed, internationally recognized journal. • Ability to work independently, cooperatively, and thrive in a collaborative, interdisciplinary environment. |
Each researcher will be responsible for the execution of an iterative, multistep synthesis on multigram scale (5-50 g). Thorough analysis of chemical products by standard methods (NMR, MS, trace metal analysis, chiral HPLC analysis for enantiomeric purity) is expected, along with tracking of experimental details, purity, product characterization, and cost. The goal is to deliver a high quality research grade chemical product for use by the extended team at other research organizations for in vivo studies that establish safety and efficacy of a potential drug product. This position offers access to state-of-the-art facilities and collaborations with experts in virology, pharmacology, medicinal and process chemistry. The role is ideal for researchers seeking exposure to a drug discovery platform that started from screening hits and has advanced to a preclinical asset with experience offered in late stage synthetic efforts and engagement with models used to evaluate efficacy and toxicity. | To apply, email the following materials to Dr. J. E. Golden at jennifer.golden@wisc.edu • CV • Cover letter summarizing research experience and interests • Contact information for three references |
08/01/2026 | Jennifer Golden | jennifer.golden@wisc.edu | Expired | 07/28/2026 | 5992 | ||||
| Research Associate (Postdoc) | Alzheimer's Prevention | Department of Neurology | Dr. Jessica Caldwell | 08/11/2026 | PhD in Psychology, Clinical Psychology, Cognitive Neuroscience or related field. Research experience required in dementia, biomarkers, cognitive assessment, and/or longitudinal data analysis. Competitive candidates will have a strong track record of publishing in these areas. | Research within the Wisconsin Registry for Alzheimer’s Prevention and other studies run by Dr. Jessica Caldwell. Access to sensitive populations is to research participant data including PHI, though contact face to face is possible at study visits or research outreach events. | Please submit a CV and cover letter detailing your experience and interest to Dr. Jessica Caldwell (caldwell@neurology.wisc.edu). | NIH Rate | 100 | 10/01/2026 | Jessica Caldwell | caldwell@neurology.wisc.edu | Expired | 07/10/2026 | 5970 | ||
| Postgraduate Trainee | Research related to understanding the presentation, treatment, and mechanisms relevant to psychopathology or stress-related disorders | Psychiatry | Ned Kalin, MD | 09/30/2026 | PhD and or MD, DO degrees with research focus in the presentation, treatment, and mechanisms relevant to psychopathology and other stress-related disorders. | Work in an established laboratory to participate in and lead research initiatives relevant to providing a deeper understanding of psychopathology and its treatment. Work could be performed with clinical interviews, collection of biomarkers, neuroimaging, and wet lab based research including molecular studies, sleep studies, and nonhuman primate animal models of anxiety and studies focusing on mechanisms of psychedelic drug actions. | Please send a Cover Letter and CV to KaBao Chang at kchang52@wisc.edu. | NIH Stipend Salary | 100 | 01/01/2027 | KaBao Chang | kchang52@wisc.edu | Expired | 07/08/2026 | 5963 | ||
| Postdoctoral Fellow (Postdoc) | Cognitive Psychology | Department of Psychology | C. Shawn Green | 11/01/2026 | Successful candidates should have strong technical skills, including in data analysis (R preferred), management skills, creativity and a high-level of conscientiousness, as these are required to play a lead role in this sizeable project. They should also have expertise in one or more of the following areas (and knowledge of the others): working memory, cognitive training, perceptual learning, and methods of assessing individual differences and effects of interventional studies. Experience in programming psychophysical experiments, in either MATLAB or Python, is preferred. Researchers must possess a doctoral degree in Psychology, Education, Cognitive Science, Neuroscience, or a related field. The ideal starting time for the position would be during the Fall of 2026. However, we will also consider alternative timelines for the right candidate. Thus, individuals planning to complete their dissertation during Summer/Fall 2026 are encouraged to apply. Review of materials will begin immediately and will continue until the position is filled. |
C. Shawn Green (UW-Madison), in partnership with Aaron Seitz and Susanne Jaeggi (Northeastern University, Boston), is seeking to hire a post-doctoral researcher to work on a project funded by the National Institute on Aging. The project is focused on investigating features of cognitive training that differentially lead to learning and transfer of learning in both young adults (college-aged individuals) as well as in older adults. The post-doctoral researcher is expected to take a lead role in the project, including setting up experiments, collecting and analyzing data, training and supervision of graduate students and undergraduate research assistants, and dissemination of results at conferences and in research publications. The primary appointment will be at the University of Wisconsin-Madison in the Learning and Transfer Lab of C. Shawn Green (https://greenlab.psych.wisc.edu/). The lab’s broad focus is to examine factors that alter the rate and generality of learning in both the perceptual and cognitive domains. The University of Wisconsin offers excellent benefits. Salary is based on research experience. The initial appointment is for 1 year with a possibility of extension. Furthermore, although the postdoc’s primary location will be at UW-Madison, the postdoc will work closely with both Seitz and Jaeggi to ensure that procedures are coordinated between sites and that all personnel are properly trained and supervised. |
Candidates should send a cover letter, CV, pdfs of 2-3 relevant publications, and the names of three references with phone numbers and email addresses to: C. Shawn Green (cshawn.green@wisc.edu). | https://greenlab.psych.wisc.edu/ | Based on Research Experience | 100 | 09/01/2026 | C. Shawn Green | cshawn.green@wisc.edu | (608) 262-1040 | Expired | 07/07/2026 | 5960 |
| Research Intern | Plant Genetics and Plant Breeding | Plant and Agroecosystem Sciences | Jean-Michel Ané | 08/16/2026 | A BS or MS in Plant Genetics, Plant Breeding, Agronomy, Horticulture, or related fields | A Research Intern position is available in Dr. Jean-Michel Ané’s laboratory (http://anelab.wisc.edu/) in the departments of Bacteriology and Plant and Agroecosystem Sciences at the University of Wisconsin - Madison. The Research Intern will be part of an interdisciplinary team studying the genetic basis of nitrogen fixation in the mucilage produced by the aerial roots of maize and sorghum. The Research Intern will characterize plant genes controlling the trait using genetics and genomics. The Research Intern will also be involved in breeding approaches. This project is a close collaboration with Dr. Natalia de Leon at the University of Wisconsin – Madison. For more information on the scientific background, please read: https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.3003037 https://journals.plos.org/plosbiology/article?id=10.1371/journal.pbio.2006352 https://www.sciencedirect.com/science/article/pii/S1360138519303292 |
Please email a cover letter, a full CV, and 3 references to Dr. Jean-Michel Ané (jeanmichel.ane@wisc.edu) and entitle your email “Application for Cereals Genetics and Breeding Intern Position”. | https://anelab.wisc.edu/ | $38K/year + full benefits | 100 | Jean-Michel Ane | jeanmichel.ane@wisc.edu | Expired | 07/06/2026 | 5949 | ||
| Research Associate (Postdoc) | Computational Neuroscience, Philosophy, Computer Science | Psychiatry | Giulio Tononi, MD, PhD | 12/31/2026 | -PhD in Computational neuroscience, Computer science, Philosophy or areas related to Consciousness science -Preferred skills: Python programming, familiarity with neural networks and agentic AI, and/or academic philosophy writing. -Expertise: Familiarity with consciousness science methods and frameworks, Theories of consciousness (especially Integrated Information Theory), and/or Philosophy of mind |
-Conduct theoretical research on integrated information theory (IIT) as an intrinsic scientific ontology, focusing on the experience of objects and notions of meaning, value, purpose, and agency. -Develop conceptual and formal analyses using methods from computational neuroscience and philosophy. -Assist with research on actual causation, free will, responsibility, and self-changing actions within the framework of IIT. -Draft, revise, and submit scholarly manuscripts and related non-academic research outputs based on the project’s aims. -Contribute to Part III of the IIT Wiki by preparing clear, accessible explanations, examples, FAQs, and related materials on the intrinsic ontology. -Present project-related work at conferences, participate in project meetings, and assist with the project’s annual summer school, conference, podcast, and broader dissemination goals. |
Please submit Cover Letter, CV, and 2 letters of reference for review. | https://sleep-and-consciousness.wisc.edu | $65,000 | 100 | 07/20/2026 | Matteo Grasso | grasso2@wisc.edu | Approved | 07/06/2026 | 5947 | |
| Research Associate (Postdoc) | Great Lake Coastal Resilience | Aquatic Sciences Center, Wisconsin Sea Grant | Drs. Adam Bechle and Jennifer Hauxwell (Wisconsin Sea Grant) and Kate Angel and Lydia Salus (Wisconsin Coastal Management Program) | 08/30/2026 | The Wisconsin Sea Grant College Program and the Wisconsin Coastal Management Program seek postdoctoral and post-master’s candidates interested in tackling science and policy challenges related to increasing coastal community resilience across the Great Lakes region. We seek applicants from a variety of backgrounds including engineering, resource management, geosciences, geographic information systems, social sciences etc. The Fellow should be prepared to address immediate programmatic needs to help build hazard resilience in Wisconsin coastal communities. There is also some flexibility for the Fellow to pursue projects and opportunities that align with their interests and provide benefits to the Wisconsin Coastal Management Program and Wisconsin Sea Grant. | Some specific opportunities include: ● Help finalize updates to and provide guided outreach on Wisconsin Sea Grant’s Coastal Processes Manual (3rd Ed). This manual demonstrates methods to assess the threat of hazards like flooding, shoreline erosion, and dangerous currents and waves to coastal properties and communities. Efforts may include assisting with editing and production, coordinating outreach events and trainings, developing tools or hazard data to support use of the manual, and piloting specific chapters and tools in communities. ● Support a mapping effort to update the Wisconsin Shoreline Inventory and Oblique Viewer. This interactive map provides coastal communities access to geospatial data at a resolution that can support local decision-making. Efforts may include documenting a methodology to update shoreline condition information, updating data layers, interpreting shoreline condition trends, surveying end-users and developing recommendations for future platform updates, and developing outreach materials to help decision-makers utilize the available data. ● Provide support and participate in activities of the Wisconsin Coastal Management Program including attending Wisconsin Coastal Management Council meetings, assisting with annual grants program, updating the grants program StoryMap, and facilitating workshops and trainings, and participating in coastal resilience working groups. ● Provide support and participate in activities of the Wisconsin Sea Grant Program by attending team meetings, assisting with research, fellowship, internship, or outreach projects and supporting the biennial competitive grant review process. ● Engage with and support existing networks of local, state, federal and university partners that are working collaboratively on coastal resilience including Collaborative Action for Lake Michigan Resilience (CALM) and Coastal Hazards of Lake Superior (CHAOS). ● Explore opportunities to collaborate with Fellows and professionals in other state agencies (e.g., Wisconsin Department of Natural Resources) on topics such as flooding, wetlands, habitat, and coastal resilience. ● Communicate coastal resilience science and policy work at state, regional, and national conferences. |
Application packages should be sent to jennifer.hauxwell@aqua.wisc.edu at the University of Wisconsin Sea Grant Institute and should include: 1. A personal statement that describes your background, your expectations from the fellowship experience and how this experience fits with your career goals (2 pages or fewer) 2. Curriculum vitae with relevant educational, professional and volunteer experience (no length limit) 3. Copies of all undergraduate and graduate student transcripts (unofficial copies ok) 4. Up to 4 writing samples, both formal and informal (e.g., journal articles or other technical documents, popular articles, web resources, etc.) 5. A list of two professional references with contact information, including a faculty member from your graduating institution familiar with your academic record Please use the naming convention “Last name – description of file” for all files associated with the application (e.g. “Yang – cover letter”, “Yang – cv”, “Yang – transcripts”, etc.). |
https://uwmadison.app.box.com/s/4r648uw3r441d01bxmfqn8ftq78q33aj | Annual stipends are dependent on the Fellow’s academic background, with post master’s Fellows earning $45,000 and postdoctoral Fellows earning $59,000, both with additional benefits (see - http://www.ohr.wisc.edu/benefits/new-emp/grad.aspx). Fellows will be allotted up to $2,000 to cover fellowship-related travel and can include conferences. Additional travel associated with the fellowship may be covered by the host agency at the agency’s discretion. | 100 | Jennifer Hauxwell | jennifer.hauxwell@aqua.wisc.edu | Expired | 07/02/2026 | 5916 | ||
| Research Intern | Immunology and Inflammation | Medical Microbiology & Immunology | Anna Huttenlocher | 08/01/2026 | - Bachelor's degree in biology or a related field - One year of research experience in a laboratory setting is preferred; relevant undergraduate research experience will be considered. - Experience with molecular biology and microscopy preferred |
Cell biology research team seeks organized, self-driven individual for a research internship focused on innate immunology. The Huttenlocher lab studies cell migration in normal and pathological processes such as wound healing, tumor metastasis and chronic inflammation using human cell culture and zebrafish as models. The research internship will utilize transgenic and mutant zebrafish lines to study innate immunology using microscopy and molecular biology. The position is guaranteed for 1 year with the possibility of a one-year extension dependent on funding. | Please respond by e-mail with statement of interest and CV to julie.rindy@wisc.edu. | https://huttenlocher.labs.wisc.edu/ | Dependent on experience | 100 | 09/01/2026 | Anna Huttenlocher | huttenlocher@wisc.edu | Expired | 06/30/2026 | 5907 | |
| Research Associate (Postdoc) | Comparative Genetics & Orthopaedic Research Laboratory | School of Veterinary Medicine | Peter Muir and Susannah Sample | 08/15/2026 | A candidate with a PhD in quantitative genetics in animal science or a similar field with experience in Bayesian regression and analysis of SNP marker data is preferred. The candidate will be expected to further develop expertise in Bayesian probit model regression and will work with other team members to analyze and report results. The candidate will be co-supervised by two veterinary clinician-scientists. The laboratory has close collaborative links with the other quantitative genetics investigators at UW-Madison. The project is funded through the Companion Animal Fund of the School of Veterinary Medicine, the American Rottweiler Club, and donations to our laboratory. | Multi-ancestry prediction of cruciate ligament rupture using a novel Bayesian probit mixture model: A postdoctoral position in complex trait quantitative genetics is available in the Comparative Genetics & Orthopaedic Research Laboratory (School of Veterinary Medicine) at UW-Madison. The long-term goal of this research project is to develop robust methods of multi-ancestry polygenic risk score prediction of common diseases on companion animals, principally dogs and horses. We are also interested in studying shared genetic variation in specific orthopaedic diseases, such as anterior cruciate ligament (ACL) rupture, between dogs and humans. Additionally, we are interested in computer vision AI automation of diagnostic imaging in veterinary medicine, principally abdominal digital radiography in dogs and fetlock standing computed tomography in racing Thoroughbred horses. The short-term goals, which the postdoc will accomplish with the research team, are to continue development of a novel Bayesian probit mixture model for joint analysis of ACL rupture in different breeds of dog, extending current work on multi-ancestry prediction using machine learning, Bayesian regression, and deep learning methods for polygenic risk score prediction. |
Applications for the position should include a CV, cover letter stating research background and interests, and contact information for three professional references. Please send applications to: Peter Muir BVSc, PhD, DACVS, FRCVS Professor Department of Surgical Sciences peter.muir@wisc.edu Susannah J. Sample DVM, MS, PhD, DACVS Associate Professor Department of Surgical Sciences susannah.sample@wisc.edu |
https://www.vetmed.wisc.edu/lab/corl/ | $63,480 | 100 | 09/01/2026 | Laura Hess | LHess4@wisc.edu | Expired | 06/22/2026 | 5881 | |
| Research Associate (Postdoc) | Microbiology or Chemistry | Food Science | Tu-Anh Huynh | 09/17/2026 | Required qualifications: • PhD in Microbiology, Chemistry, Biochemistry, or a related field. • Strong record of productivity and ownership of research projects. • Excellent organization and communication skills. Preferred qualifications (one of the followings): • Experience with bacterial genetics and molecular cloning • Experience with protein chemistry and analytical chemistry • Experience with omics experimental techniques and data analysis, such as RNAseq, proteomics, or 16S sequencing |
• Design and perform experiments related to bacterial genetics, protein chemistry, bacterial pathogenesis, or antimicrobial discovery • Analyze and present data at group meetings and prepare manuscripts for publication • Support other group members with experimental efforts or daily operations in the lab |
Interested applicants should email the following application materials, combined in one file, to Dr. Tu-Anh Huynh (thuynh6@wisc.edu): i) A one-page summary of research experience, career goals, and a potential project that aligns with our current research interests interests ii) A CV including 2-3 contacts for references |
https://huynhlab.labs.wisc.edu/ | $52,000 minimum | 100 | 10/01/2026 | Tu-Anh Huynh | thuynh6@wisc.edu | Expired | 06/17/2026 | 5868 | |
| Research Intern | Molecular Biology | Pathobiological Sciences | Mostafa Zamanian | 07/18/2026 | Required Qualifications: - At least 2 years of experience in a biomedical research setting - Experience working both collaboratively and independently - Demonstrated experience with accurate record keeping and compliance - Bachelor's Degree required by start date; focus in a biomedical or animal-related field preferred Preferred Qualifications: - Experience in molecular biology techniques. - Comfortable working with insects and rodents. |
Job Summary: The overall responsibility of this position will be to assist researchers with laboratory experiments, maintain biological colonies, and support day-to-day laboratory and research operations under moderate supervision. This role involves contributing to ongoing research projects through data collection, record keeping, and adherence to established protocols, while ensuring a well-organized and efficient laboratory environment. Excellent communication skills and the ability to work both collaboratively and independently are essential. Strong organizational skills and attention to detail are essential for success in this position. This position may require some work to be performed in-person, onsite, at a designated campus work location. May include some weekends. Candidates should demonstrate an ability to multitask and pay attention to detail, as well as strong communication skills Key Job Responsibilities: - Mosquito husbandry and insectary upkeep. Oversee undergrads carrying out insectary tasks. (30%) - Management of parasite infections in mosquito and rodent models. (15%) - General lab upkeep and maintenance. Operates, cleans, and maintains lab equipment according to lab guidelines. (15%) - Conducts research experiments according to established research protocols. Collects data and maintains well-organized lab records. (40%) |
How to apply: Cover letter required Resume |
Kathy Vacarro | kvaccaro@wisc.edu | Expired | 06/17/2026 | 5867 | |||||
| Research Associate (Postdoc) | Acute brain injury; Stroke | Neurological Surgery | Suresh Mehta, PhD | 09/09/2026 | The Mehta Lab, in close collaboration with the Vemuganti Group, is seeking a highly motivated Postdoctoral Researcher to join our vibrant, team-oriented research environment. Our program focuses on uncovering noncoding RNA crosstalk in driving secondary brain damage following stroke and traumatic brain injury (TBI). Specifically, we investigate how various noncoding RNAs (including microRNAs, lncRNAs, and circRNAs) influence neuronal injury and subsequent recovery. Ideal candidates should possess the following: -In Vivo Experience: Working with rodent models of stroke and/or TBI, including behavioral analysis. -Molecular & Cellular Biology Skills: Proficiency in standard laboratory techniques, including histopathology and immunohistochemistry (IHC), Western blotting and PCR, RNA and protein profiling, and siRNA-mediated gene modulation -Communication: Excellent written and verbal English communication skills. -Core Values: A strong commitment to research ethics, scientific integrity, and a collaborative team mindset. -Preferred Skills: Advanced data analysis and bioinformatics skills and a strong track record of scientific writing and publications -Education: A PhD in neuroscience, biomedical sciences, or a closely related field. This role requires close interaction and teamwork with other scientists, postdoctoral fellows, and graduate students in our dynamic, collaborative research environment. |
-Conduct cutting-edge translational neuroscience research in a highly collaborative setting. -Lead independent projects while mentoring graduate students and junior lab members. -Analyze complex datasets and contribute significantly to scientific manuscript preparation and grant writing. |
If you are passionate about cutting-edge neuroscience research and eager to contribute to discoveries that may improve outcomes for patients with brain injuries, we encourage you to apply. If you are interested, please submit a CV and a brief cover letter that includes your prior research experience, career goals, and the names of two referees to mehta@neurosurgery.wisc.edu. | https://www.neurosurgery.wisc.edu/staff/vemuganti-raghu/ | NIH Stipend Level | 100 | Suresh Mehta | mehta@neurosurgery.wisc.edu | Expired | 06/09/2026 | 5846 | ||
| Research Intern | Neurodegeneration, amyotrophic lateral sclerosis | Human Oncology | Randal Tibbetts | 07/31/2026 | Bachelors degree (certificates in genetics, biochemistry, molecular biology, neuroscience, chemistry, or related disciplines preferred). One year of undergraduate lab experience and experience with bioinformatic approaches (R, Python, Bioconductor, etc) also preferred but not essential. | Perform mentored research related to the molecular pathogenesis of amyotrophic lateral sclerosis and frontotemporal dementia (FTD). Duties include: (i) Maintenance and propagation of Drosophila melanogaster stocks; carry out genetic crosses to understand molecular pathogenesis of ALS. (ii) Assist with culture and maintenance of inducible pluripotent stem cells and motor neuron differentiation; (iii) assist with the analysis and validation of single-cell RNA-sequencing and multiomic data sets from a novel mouse model for ALS-dementia; (iv) Supervise undergraduate lab maintenance tasks and assist with other experiments as needed. |
E-mail cover letter and resume to Randal Tibbetts, Ph.D: rstibbetts@wisc.edu | TBD | 100 | 08/01/2026 | Randal Tibbetts | rstibbetts@wisc.edu | (608) 262-0027 | Expired | 06/05/2026 | 5833 | |
| Research Intern | Multilingual Education | Wisconsin Center for Education Research | Sarah Ferrier | 06/29/2026 | The Multilingual Learning Research Center (MLRC) is seeking a motivated recent graduate for the role of Research Intern: Research & Operations Associate. This position is designed for an early-career professional looking to gain deep experience in research management, global educational operations, and member engagement. As a full-time Research Intern, you will act as the operational "connective tissue" for the MLRC, supporting leadership in the execution of international conferences, membership growth, and the dissemination of multilingual research. You will transition high-level research goals into organized workflows, ensuring that the MLRC’s global network of educators and researchers remains engaged and supported. You will support MLRC researchers and engage in different stages of research as appropriate. QUALIFICATIONS Recent graduate (Bachelor’s or Master’s) in Education, Communications, Social Sciences, or related field. Technical Skills: --Advanced proficiency in Asana (or similar project management software). --Experience with Salesforce, Eloqua, or similar CRM/Marketing tools. --Proficiency in WordPress and Canva. --Strong data skills in Excel and Qualtrics. Competencies: --Exceptional organizational skills with the ability to manage multiple overlapping timelines. --Strong written communication skills for a variety of global audiences. --Experience with basic research skills including conducting literature reviews and data collection. --Ability to work independently in a hybrid environment while maintaining high accountability. --Bilingual in English and at least one other language (preferred) |
1. Global Conference & Event Logistics -- Provide support for MLRC events, including international Research Symposia, monthly Speaker Series, and conference support. 2. Membership Engagement & Governance -- Assist in managing the MLRC general inquiry inbox, providing professional responses to membership and other questions. Serve as the primary administrative point of contact for the MLRC Advisory Board and Community Council. 3. Marketing, Communications & Media -- Assist with marketing and communications, including managing the MLRC social media, website updates, and marketing email creation in Eloqua. 4. Research Operations & Support -- Data Tracking: Use Qualtrics and Excel to collect and analyze feedback from conferences and surveys. 5. Academic Assistance -- Conduct literature reviews under senior guidance, help develop research proposals, and organize data collection for Action Research/Capstone projects. 6. Project Administration -- Facilitate all-staff meetings and the Speaker Series (note-taking, tracking priorities). |
Send a resume and cover letter to Sarah Ferrier at sjferrier@wisc.edu no later than June 29, 2026. | https://mlrc.wisc.edu/ | $21/hour | $43,680/year | 100 | 07/15/2026 | Sarah Ferrier | sjferrier@wisc.edu | Expired | 06/02/2026 | 5820 | |
| Research Associate (Postdoc) | Community-engaged research, Clinical trials for innovative care models, and Telemedicine | Family Medicine and Community Health (DFMCH) | Dr. Dejun Su | 09/15/2026 | 1. PhD or equivalent degree in medical informatics, statistics, epidemiology, public health, medical sociology, psychology, economics, or related fields. 2. Solid expertise and experience in quantitative research using clinical and health survey data. 3. Demonstrated skills in academic writing as indicated by scholarly publications. 4. Solid communication and teamwork skills and ethics. 5. Experience or training in grant writing is optional but desired. We would prefer candidates who have training and research expertise in at least 3 out of the 6 areas listed below: • Community-based health interventions • Clinical trials and related methodologies • Telemedicine for chronic disease management • Primary data collection through surveys or health screening • The role of AI in primary care delivery • Innovative care models and associated medical reimbursements |
1. The Research Associate will work closely with Dr. Dejun Su, Professor and Vice Chair of Community Health, and other collaborators at the UW Department of Family Medicine and Community Health to advance our work in the Whole Person Health (WPH) approach to chronic disease management, remote patient monitoring, community-engaged research and interventions, using AI to facilitate care delivery, and other research topics. 2. We expect the Research Associate to contribute to and occasionally lead grant applications, data collection and analysis, community and partner engagement, and scholarly publications in these areas. 3. Be creative in generating new research ideas that are significant, innovative, and feasible. 4. Maintain professional, close communication with Dr. Dejun Su and other team members in collaborative work. 5. It would be important for the Research Associate to be strategic about career development and conduct sponsored research in a particular area that will position and prepare the Research Associate for professional growth and success. |
Please submit the following materials as a single PDF: 1. Cover letter describing research interests, qualifications, and career goals. 2. Updated curriculum vitae. 3. Research statement (2 pages) outlining methodological expertise and experience related to the position requirements. 4. Writing sample (e.g., manuscript, dissertation chapter, or policy brief/report). 5. Contact information for three professional references. Submit applications to Dr. Dejun Su with the subject line: Community Health Postdoctoral Research Associate Application. Review of applications will begin immediately and continue until the position is filled. Priority consideration will be given to applications received by July 15, 2026. |
https://www.fammed.wisc.edu/ | Commensurate with experience using NIH Stipend Levels | 100 | 10/01/2026 | Dejun Su | dejun.su@fammed.wisc.edu | Expired | 05/26/2026 | 5798 | |
| Research Intern | Cancer Biology | Genetics | Ahna Skop | 06/06/2026 | Bachelor's degree (B.S. or B.A.) in Cell Biology, Molecular Biology, Biochemistry, Genetics, or a closely related field, conferred prior to the start date. Prior research laboratory experience (independent research or advanced coursework lab). Strong attention to detail and commitment to scientific rigor and data reproducibility. Ability to work independently and collaboratively within a team-oriented research environment. Strong written and oral communication skills. Curiosity, intellectual initiative, and genuine enthusiasm for open biological questions. Preferred Qualifications Experience with mammalian cell culture (sterile technique, passaging, transient transfection), Experience with fluorescence or confocal microscopy and image analysis (e.g., FIJI/ImageJ), Familiarity with standard molecular biology techniques (PCR, gel electrophoresis, Western blot). Experience with immunofluorescence staining protocols. Interest in cancer biology, stem cell biology, cytokinesis, or extracellular vesicle research. Experience with bioinformatics tools for RNA-seq or gene ontology analysis |
The Research Intern will work directly with Dr. Skop and lab members to develop and execute a defined research project focused on midbody remnant (MBR) biology in human cell culture systems. Specific responsibilities include: Culturing and maintaining human cell lines (e.g., HeLa, MCF7, etc) under strict sterile conditions Performing immunofluorescence staining and live-cell imaging to visualize midbodies, MBRs, and associated molecular complexes Conducting confocal fluorescence microscopy and quantitative image analysis Assisting with biochemical isolation and characterization of MBRs and associated RNA/protein components Maintaining a detailed, reproducible digital lab notebook with documented protocols Contributing to data analysis, figure preparation, and scientific manuscript writing Helping maintain a clean, organized, and safe laboratory environment Mentoring undergraduate researchers in the lab as needed Presenting research progress at lab meetings, departmental seminars, and scientific conferences Meeting regularly with Dr. Skop for research updates, scientific feedback, and career development guidance |
Please submit the following materials as a single PDF to [insert lab email] with the subject line: "Research Intern Application – [Your Name]." Cover letter (1 page) describing your research background, specific interest in MBR biology and the Skop Lab's work, and your short- and long-term career goals Curriculum vitae or résumé including relevant coursework, research experience, and technical skills Contact information for two references (reference letters may be requested of finalists) Applications are reviewed on a rolling basis — early applications are encouraged. We strongly encourage applications from individuals from backgrounds underrepresented in STEM. Questions? Contact Prof. Ahna Skop at skop@wisc.edu or visit www.skoplab.com. |
https://www.skoplab.com/ | $35,000–$42,000/year | 100 | 06/16/2026 | Liz Torr | elizabeth.torr@wisc.edu | (608) 890-0108 | Expired | 05/15/2026 | 5780 |
| Research Associate (Postdoc) | Tissue Mechanics | Mechanical Engineering | Corinne Henak | 06/19/2026 | The postdoc candidate is required to hold a PhD in mechanical engineering or biomedical engineering or a closely related field. Expertise in tissue mechanics is required, with experience in both experimental tissue mechanics and computational tissue mechanics preferred. | The focus of the research is on the material behavior of spine segments in growing spines, including the growth plates, cartilage endplates and intervertebral discs. The research uses a hypovitaminosis-D kyphotic pig model to induce spinal deformities analogous to those seen in pediatric patients. The open position will involve mechanical testing and materials fitting. This project is NIH-funded research led by a clinician-scientist, in collaboration with other labs at UW-Madison and around the US. The overall goal of the project is to understand how skeletal age affects physeal mechanical properties and the growth response (sensitivity) to eccentric load. | Contact Prof Corinne Henak (chenak@wisc.edu) with a cover letter and CV including three professional references. | https://henaklab.engr.wisc.edu/personnel/ | 09/01/2026 | Corinne Henak | chenak@wisc.edu | Expired | 05/07/2026 | 5749 | |||
| Postdoctoral Fellow (Postdoc) | Material Culture, Design History | The Nancy M. Bruce Center for Design and Material Culture and the Design Studies Department | Sarah Anne Carter, Marina Moskowitz, and Sam Dennis | 06/12/2026 | Applicants must have a meaningful research interest in at least one of the CDMC’s three pillars of Design, Material Culture, and the Study of Textiles and have filed their PhD dissertations before August 17, 2026 and must be no more than five years past their dissertation filing date on May 1, 2026. | This is a two-year Postdoctoral Fellowship in Design History and Material Culture, spanning from 2026-2028. The Nancy M. Bruce Center for Design and Material Culture in collaboration with the Design Studies Department in the School of Human Ecology at the University of Wisconsin-Madison is seeking applications for a two-year postdoctoral fellowship in material culture and design history. The Fellow will conduct original research related to one of the center's three pillars of Design, Material Culture, and the Study of Textiles (see the CDMC's website for reference) and will teach three courses over two years in the Design Studies department, including at least one designed by the Fellow. Fellows will participate in our active community of interdisciplinary material culture scholars through the Material Culture Workshop and will engage with students in design and material culture, including students pursuing the Certificate in Material Culture Studies, the PhD in Design History, and students in the new Design, Innovation, and Society major, which has a track that focuses on design and culture. Fellows will also be expected to engage with the Nancy M. Bruce Center for Design and Material Culture in a way appropriate to and beneficial to their research goals, whether through curating a related exhibition, studying the Helen Louise Allen Textile Collection, or offering public programs and workshops. The fellow will receive a research budget of up to $10,000 to support these goals. This fellowship is a pilot program funded by the Chipstone Foundation. | To apply, please upload these four documents no later than June 12, 2026 as a single PDF file: a CV, a cover letter describing how your research in material culture and design history would fit into the teaching, research, and outreach possibilities of our programs, a one-page description of a course you would love to offer and that would serve both our program and your intellectual trajectory, and the names, titles, and contact information of two references. Please save this PDF as LastName-FirstName-CDMC. Please upload your PDF application here: https://uwmadison.app.box.com/f/19fe4086d6c94a51820adc466064c5e7. This position has an expected start date of August 17, 2026. | https://cdmc.wisc.edu/postdoc-fellow/ | $63,480 | 100 | 08/17/2026 | Laura Peck | cdmc@wisc.edu | Expired | 05/06/2026 | 5746 | |
| Research Associate (Postdoc) | Agentic AI, Large Language Models (LLMs), Foundation Models, Vision Language Models (VLMs) | Radiology | Dr. Dania Daye | 07/01/2026 | The candidate should have a PhD degree in Biomedical Engineering, Computer Science/Engineering, or a related field, as well as excellent oral and written communication skills. The following qualifications are highly valued: (a) experience developing agentic AI systems for medical applications; (b) experience with building multi-agent architectures integrating LLMs, vision models, and EHR-linked clinical context; and (c) Experience working with large foundation models (VLMs, clinical language models, agentic LLMs), including fine-tuning, prompt engineering, and evaluation for operational tasks. Special consideration will be given to applicants who previously developed agentic AI systems to orchestrate and enhance radiological workflows. | The Center for High Value Imaging (CHVI) is recruiting a highly motivated postdoctoral fellow to develop and test agentic AI systems that transform radiology operations. The fellow will work at the intersection of multimodal clinical data, workflow automation, and high-value imaging, contributing to autonomous systems that perceive, reason, plan, and act across radiology workflows. This position is ideal for candidates excited about building deployable AI agents that improve efficiency and reduce administrative burden in radiology, hence enhancing diagnostic and operational performance in clinical imaging environments. The postdoctoral fellow will work directly with faculty members and radiologists in the Radiology departments and will have the opportunity to work toward achieving the mission of the center- advancing AI-driven solutions, precision data science, and analytics to transform hospital operations, optimize radiology workflows, and support the radiology workforce. | Please submit a cover letter, CV, and three professional/supervisor references to: ggreenwood@uwhealth.org. | https://www.radiology.wisc.edu/chvi | NIH Stipend | 100 | 08/01/2026 | Gina Greenwood | ggreenwood@uwhealth.org | Expired | 04/30/2026 | 5720 | |
| Research Associate (Postdoc) | Medical Imaging, Machine Learning, AI | Radiology | Dr. Dania Daye | 07/01/2026 | The candidate should have a PhD degree in Biomedical Engineering, Computer Science/Engineering, or a related field, as well as excellent oral and written communication skills. The following qualifications are highly valued: (a) strong background in image analysis operations (segmentation, registration, DICOM/NIFTI image operations), machine learning, and deep learning approaches; (b) experience with statistical analyses and building regression models for medical imaging projects; and (c) experience in computer languages such as MATLAB, Python, and R. Special consideration will be given to applicants who have experience developing AI approaches for diagnostic and prognostic applications. | The Center for High Value Imaging (CHVI) is recruiting a highly motivated postdoctoral fellow to implement machine learning methods and analytical approaches to support diagnostic solutions. To achieve this goal, the successful candidate will develop and apply computational frameworks to analyze radiological data within diagnostic/prognostic frameworks and work with processing and analyzing medical imaging modalities. The postdoctoral fellow will work directly with faculty members in CHVI and will have the opportunity to work toward achieving the mission of the center- advancing AI-driven solutions, precision data science, and analytics to enhance patient care and develop non-invasive tools that are clinically translatable. | Please submit a cover letter, CV, and three professional/supervisor references to: ggreenwood@uwhealth.org. | https://www.radiology.wisc.edu/chvi | NIH stipend | 100 | 08/01/2026 | Gina Greenwood | ggreenwood@uwhealth.org | Expired | 04/30/2026 | 5719 | |
| Research Associate (Postdoc) | atmospheric science, meteorology, geoscience, computer science | Space Science and Engineering Center | Dr. Tony Wimmers, Scientist | 06/30/2026 | Required Qualifications: • A Ph.D. in atmospheric science, meteorology, geoscience, remote sensing, applied physics, data science, computer science, engineering, or a closely related field by the start date. • Thorough programming experience in Python, including demonstrated ability to develop, debug, document, and maintain scientific analysis code. • Practical working experience in a Unix/Linux computing environment and with git-based version control. • Experience developing machine learning models for environmental, geophysical, or remote-sensing applications. • Demonstrated experience analyzing large, complex scientific or geophysical data sets. • Demonstrated ability to conduct independent research, interpret results critically, and communicate findings through publications and presentations. Preferred Qualifications (will have one or more): • Research experience in satellite meteorology, hyperspectral infrared sounding, atmospheric thermodynamic retrievals, or use of instruments such as AIRS, IASI, CrIS, MTG-IRS, GOES ABI, or related satellite systems. • Knowledge of upper-tropospheric/lower-stratospheric dynamics, static stability, tropopause structure, gravity waves, mountain waves, jet-stream dynamics, or clear-air turbulence. • Experience with numerical weather prediction data, aircraft observations, turbulence observations, or aviation weather validation data. • Familiarity with scientific Python tools for large geophysical data sets, such as NumPy, SciPy, pandas, xarray, netCDF4, matplotlib, scikit-learn, TensorFlow, or PyTorch. • Experience with high-performance computing, reproducible workflows, containerized software environments, code packaging, or research-to-operations software practices. |
The Cooperative Institute for Meteorological Satellite Studies (CIMSS) at the University of Wisconsin-Madison Space Science and Engineering Center (SSEC) seeks a postdoctoral research associate to support satellite-based aviation turbulence research, with primary emphasis on using hyperspectral infrared sounder information, numerical weather prediction fields, and aircraft turbulence observations to evaluate atmospheric diagnostics relevant to turbulence. The position will involve scientific programming, large geophysical data analysis, statistical validation, machine learning experiments, delivering conference presentations, publishing research, and collaboration with CIMSS/SSEC scientists and NOAA partners. The initial appointment is for one year, with the potential for renewal depending on performance, funding availability, and project needs. | Please submit a CV and list of three professional references to Denise Weidner at denise.weidner@ssec.wisc.edu. In your CV, include a section upfront describing your background relevant to the listed required and preferred qualifications. The start date is flexible but is expected to be no later than September 1, 2026. Review of applications will begin immediately and will continue until the position is filled. |
https://www.ssec.wisc.edu/~wimmers/ | $65,000 annually with standard benefits available | 100 | 09/01/2026 | Denise Weidner | denise.weidner@ssec.wisc.edu | Expired | 04/28/2026 | 5712 | |
| Research Associate (Postdoc) | Stroke and Traumatic Brain Injury (TBI) | Department of Neurological Surgery | Raghu Vemuganti, PhD | 06/20/2026 | Ideal candidates should possess hands-on experience with rodent models of stroke and/or TBI, as well as strong skills in behavioral analysis and a wide array of molecular and cellular biology techniques. These include, but are not limited to, histopathology, immunohistochemistry, Western blotting, PCR, RNA sequencing, and siRNA-based gene modulation. Proficiency in data analysis, bioinformatics, and scientific writing will be viewed as advantageous. The successful candidate must hold a PhD in neuroscience, biomedical sciences, or a closely related field and possess excellent proficiency in English, both written and verbal. This role requires close interaction and teamwork with other scientists, postdoctoral fellows, and graduate students in our dynamic, collaborative research environment. |
The Vemuganti Lab is seeking a highly motivated postdoctoral researcher to join our team in investigating the molecular and epigenetic mechanisms underlying secondary brain damage following stroke and traumatic brain injury (TBI). Our research focuses on understanding the complex roles of noncoding RNAs (including microRNAs, lncRNAs, and circRNAs), as well as the contributions of epigenetic and epitranscriptomic modifications to neuronal injury and recovery. | If you are passionate about cutting-edge neuroscience research and eager to contribute to discoveries that may improve outcomes for patients with brain injuries, we encourage you to apply. If you are interested, please submit a CV and a brief cover letter that includes your prior research experience, career goals, and the names of two referees to vemuganti@neurosurgery.wisc.edu. | https://www.neurosurgery.wisc.edu/staff/vemuganti-raghu/ | NIH Stipend Salary | 100 | Raghu Vemuganti | vemuganti@neurosurgery.wisc.edu | Expired | 04/21/2026 | 5682 | ||
| Research Associate (Postdoc) | Remote Sensing, Machine Learning, Crop yield Prediction | Biological Systems Engineering | Dr. Zhou Zhang | 09/01/2026 | The Digital Agriculture Research lab (https://digitalag.bse.wisc.edu/) at University of Wisconsin-Madison is recruiting a Postdoc Researcher with backgrounds in remote sensing, machine learning, and precision agriculture. The postdoc position is immediately available. Candidates with a research focus on regional (county) and field level crop yield prediction using satellite remote sensing data, deep learning, crop modeling, and hybrid modeling that integrate crop model and machine learning are strongly encouraged to apply. The Postdoc Researcher will be supervised by Associate Professor Dr. Zhou Zhang (https://bse.wisc.edu/staff/zhang-zhou/) through the Department of Biological Systems Engineering within the College of Agriculture and Life Sciences. The Postdoc Researcher will also have opportunities to collaborate with researchers with diverse background. Demonstrated skills in scientific writing, publications, and communication. Salary is commensurate with candidate’s experience and UW-Madison provides competitive fringe benefits. Starting Date: The position is immediately available, and it is expected to start no later than September 2026. |
The Postdoctoral Researcher will engage in research, publication, presentation, research proposal development and writing. | Interested candidates should email their CV and cover letter to Dr. Zhou Zhangat zzhang347@wisc.edu Qualified candidates will receive feedback by email promptly. |
https://digitalag.bse.wisc.edu/ | 99 | 09/01/2026 | Zhou Zhang | zzhang347@wisc.edu | Expired | 04/11/2026 | 5656 | ||
| Research Associate (Postdoc) | Food Science | Food Science | Bradley Bolling | 06/01/2026 | A PhD in Food Science, Chemistry, or related field. The candidate must be highly motivated to conduct research focused on understanding the quality and composition of cranberry products. The goal of this position is to support the U.S. cranberry industry by developing new strategies that produce healthy cranberry products. The specific focus is research on the quality of sweetened dried cranberries. The candidate will work closely with Dr. Bradley Bolling (Food Science) and Dr. Shinya Ikeda (USDA). This position requires prior experience in one or more of the following areas: (1) food processing; (2) analysis of food bioactives; (3) analytical chemistry; or (4) food chemistry | The primary duties (~85%) include but are not limited to: • Assist in establishing a food-grade laboratory to produce sweetened dried cranberries: aid in procuring equipment, installing equipment, and validating processing methods. • Execute routine and complex research experiments, including but not limited to the following procedures: analysis of polyphenols, organic acids, and carbohydrates (sugars and pectins) by UHPLC-MS/MS or other instrumentation; analysis of fruit quality characteristics, including firmness, size, shape, and fruit structure; analysis of processing effects on product quality. • Routine maintenance of laboratory instruments: routine calibrations and cleanings; coordinating more complex service calls. • Write up research findings for presentations at scientific and lay meetings. • Write up research findings for publication in peer-reviewed journals. • Perform technical writing in support of grant proposals. The secondary duties (~15%) include but are not limited to: • Assist with general lab maintenance. • Attend lab meetings, interact with lab investigators/staff, and execute other research. • Related tasks as determined by the supervising principal investigator. The percent effort devoted to the above duties may fluctuate depending on the lab's needs. |
Please send a Cover Letter describing your prior experience and interest in the position, a CV, and at least three professional references to bwbolling@wisc.edu. Applications will be considered on a rolling basis. | https://bolling.foodsci.wisc.edu/ | Starting at $50K/Y | 100 | 07/01/2026 | Bradley Bolling | bwbolling@wisc.edu | (608) 890-0212 | Expired | 04/10/2026 | 5649 |
| Postdoctoral Fellow (Postdoc) | Cell Biology | BMC | Feyza Engin | 07/31/2026 | University of Wisconsin–Madison The Engin Lab is recruiting a highly motivated Postdoctoral Researcher to study beta cell stress and its impact on immune cells. The Engin Lab investigates how cellular stress responses—particularly ER stress, cellular senescence, integrated stress response and metabolic stress—affect pancreatic β-cell survival and function. Using integrated in vitro and in vivo models, the lab combines molecular biology, imaging, and functional assays to better understand diabetes progression and treatment strategies https://www.enginlab.org/. Qualifications Recent PhDs in Cell Biology, Molecular Biology, Immunology or a related field • Strong publication record (including first-author papers) • Experience in one or more of the following: o Cell culture and gene expression manipulations (shRNA, siRNA, adeno and or lentiviral) in primary mouse and human cells o Single cell transcriptomics or multiomics o Imaging o Flow cytometry o molecular biology (protein, rna) o Mouse models of disease • Ability to work both independently and collaboratively • Strong organizational and communication skills |
• Conduct experiments using human and mouse islets • Perform biochemical and gene expression analyses • Apply gene delivery techniques (knockout/knockdown) • Carry out imaging-based experiments and analysis • Utilize molecular biology methods • Perform and interpret flow cytometry experiments |
• Cover letter (highlighting research experience and fit for the lab) • Curriculum vitae (CV) • Contact information for three professional references to: fengin@wisc.edu |
https://www.enginlab.org/ | Compensation is competitive and will be determined based on the candidate's experience and proven track record of success | FEYZA ENGIN | fengin@wisc.edu | (857) 413-9493 | Expired | 04/02/2026 | 5629 | ||
| Research Associate (Postdoc) | Structural Biology, Chemical Biology, Cell Biology | School of Pharmacy | Jiaoyang Jiang | 08/31/2026 | Position Overview The laboratory of Dr. Jiaoyang Jiang at the University of Wisconsin-Madison (UW-Madison) is seeking 3 fully funded Postdoctoral Research Associates. Successful candidates will join a highly collaborative, interdisciplinary team integrating structural biology, chemical biology, and cell biology to investigate glycosylation-regulated pathogenic mechanisms and explore new therapeutic opportunities. Preferred Qualifications for All Positions • PhD with 0-1 year of postdoctoral experience, strong motivation and experience in the relevant research area. • At least one first-author research publication in a peer-reviewed, internationally recognized journal. • Excellent communication and interpersonal skills in English. • Ability to work independently and thrive in a collaborative, interdisciplinary environment. |
Postdoc Position #1: Structural Biology (Cryo-EM, X-ray Crystallography) The postdoc researcher will lead structural studies using cryo-EM, X-ray crystallography, and complementary integrative approaches to understand protein complexes involved in glycosylation-associated biological and disease processes. This position offers access to state-of-the-art facilities and close collaborations with chemical and cell biologists to connect structural insights to functional mechanisms and drug discovery opportunities. Preferred Qualifications • Expertise in protein purification and at least one structural technique (e.g., cryo-EM, X-ray crystallography). • PhD in structural biology, biochemistry, biophysics, or related fields. Postdoc Position #2: Chemical Biology (Small-Molecule & Peptide Modulator Development) We seek a postdoc researcher to design and synthesize small-molecule and peptide modulators to probe glycosylation functions in cellular and disease systems. The candidate will apply approaches like structure-based rational design, virtual screening, organic/peptide synthesis, medicinal chemistry, and molecular modeling to identify and optimize bioactive molecules. The position includes close collaboration with structural biologists and cell biologists to inform design strategies and evaluate molecules in biochemical assays, cell-based studies, and animal models. This role is ideal for candidates interested in integrating chemistry and biology toward therapeutic discovery. Preferred Qualifications • Experience in chemical and/or peptide synthesis, structure-based rational design, and probe development. • PhD in chemical biology, organic synthesis, medicinal chemistry, or related fields. Postdoc Position #3: Cell Biology / Quantitative Proteomics The postdoc researcher will investigate glycosylation regulatory mechanisms in biological and disease contexts and identify new potential drug targets. The successful applicant will lead projects involving pathway mapping, mechanistic studies, and uncovering glycosylation-dependent vulnerabilities through proteomics and cellular assays. Preferred Qualifications • Experience in mammalian cell culture, post-translational modifications, quantitative proteomics, biochemistry, and imaging. • PhD in cell biology, proteomics, or related fields. |
Applications will be reviewed on a rolling basis. To apply, email the following materials to Dr. Jiang at jiaoyang.jiang@wisc.edu • CV • Cover letter summarizing research experience and interests • Contact information for three references |
https://pharmacy.wisc.edu/faculty/jiang-research-group/ | Jiaoyang Jiang | jiaoyang.jiang@wisc.edu | Expired | 03/06/2026 | 5550 | ||||
| Postdoctoral Fellow (Postdoc) | Medical Physics, Medical Imaging, Deep Learning | Human Oncology/Radiation Medicine | Carri Glide-Hurst | 08/30/2026 | PhD in medical physics, biomedical engineering/imaging, computer science with an emphasis in medical imaging data, or similar. Excellent written and verbal communication skills. Strong background/training in artificial intelligence with a proficiency in Python and deep learning frameworks (PyTorch, MONAI, TensorFlow). Evidence of excellence in research, including first‑author publications in leading technical journals. | The Glide-Hurst lab at the University of Wisconsin-Madison is seeking a highly motivated postdoctoral fellow to 1) implement data analysis workflows incorporating AI / Deep Learning and 2) apply AI pipelines to novel adaptive radiation therapy projects in MRI-guided, proton, and upright radiation therapy. The successful candidate will develop and apply computational frameworks to integrate and analyze multimodal data and translate AI models directly related to personalizing cancer care. Training opportunities in grant writing are encouraged and supported. The Glide-Hurst lab has a demonstrated track record of preparing trainees for successful careers in clinical medical physics and academic physics research. | Please submit a cover letter, CV, and three professional/supervisor references to glidehurst@humonc.wisc.edu | NIH Stipend Level | 100 | 09/01/2026 | Carri Glide-Hurst | glidehurst@humonc.wisc.edu | Expired | 02/28/2026 | 5535 | ||
| Research Intern | Retina, Stem Cells, Regenerative Medicine | Waisman Center | David Gamm | 06/30/2026 | Bachelor's degree in biology or a related field. One year of research experience in a laboratory setting is preferred; relevant undergraduate research experience will be considered. Experience with rodent handling and histology preferred. | The Gamm Lab studies inherited and acquired eye diseases that culminate in the degeneration of photoreceptors and retinal pigment epithelium, and ultimately, loss of vision in patients. The main goal of the Lab is to use human pluripotent stem cells to study blinding retinal disorders and to develop and test effective treatments for conditions that are currently untreatable. This is an opportunity for individuals to pursue additional training and experience prior to pursuing a graduate or advanced degree. The individual will gain further training, knowledge and experience in rodent colony maintenance, rodent handling, in vivo imaging, and visual function testing. Additionally, they will learn histological techniques such as sectioning and immunohistochemistry, as well as various forms of microscopy and image analysis to investigate the functional outcomes of stem cell-derived retinal cell transplantation in rat models of retinal disease. | Email resume and cover letter to Lindsey Jager, ldjager@wisc.edu, subject line "Research Intern-Transplant Team" | 43,888 | 100 | 06/01/2026 | Lindsey Jager | ldjager@wisc.edu | Expired | 02/13/2026 | 5480 | ||
| Research Associate (Postdoc) | Microbiology, bacterial pathogenesis, microbiome | Departments of Medicine and Medical Microbiology & Immunology | Andrew Hryckowian PhD | 12/31/2026 | Required qualifications • PhD in Microbiology, Molecular Biology, Immunology, Biomedical Sciences, or a related field by the start date. • Strong track record of productivity and scientific writing (e.g., first-author publications), and clear evidence of intellectual ownership of a project. • Demonstrated ability to design rigorous experiments, troubleshoot independently, and deliver results on realistic timelines. • Excellent communication skills (written and oral), including comfort presenting data and writing manuscripts. • A collaborative, team-forward mindset and a commitment to being a positive presence in a lab environment (lead by example, high standards, healthy science). Preferred qualifications (one or more) • Experience with bacterial genetics. • Experience with anaerobic bacteriology. • Experience with Clostridioides difficile biology or closely related Gram-positive pathogens. • Experience with animal models of infection/colonization, including comfort with careful experimental planning and animal study execution. • Experience with multi-omics approaches relevant to the project (e.g., metabolomics, proteomics, transcriptomics, microbiome analysis (16S and/or metagenomics, systems biology). • Experience mentoring students/technicians and helping maintain a strong lab culture. |
• Lead an independent, hypothesis-driven project focused on how the microbiome-derived metabolite butyrate shapes C. difficile fitness and pathogenesis. This will involve mechanistic work using in vitro culture, bacterial genetics, and molecular approaches. • Execute and interpret mouse model experiments (conventional and, as relevant, gnotobiotic) to define the direct in vivo consequences of elevated GI butyrate on C. difficile. • Plan experiments thoughtfully, keep meticulous records, and communicate progress clearly in lab meetings and 1:1s. • Write manuscripts and fellowship/grant applications; present work at conferences. • Mentor and support trainees (graduate students, undergraduates, technicians) through hands-on training and strong scientific judgment. • Contribute to the lab’s shared standards for rigor, reproducibility, and productivity. • Additional duties related to the lab's diverse research portfolio as needed. |
To apply, please submit the following materials to Dr. Hryckowian (hryckowian@medicine.wisc.edu): 1) Cover letter (1–2 pages) describing research experience, specific interests aligned with this position, and career goals. 2) Curriculum vitae. 3) Contact information for three references. Applications will be reviewed on a rolling basis and will remain open until the position is filled. The initial appointment is typically one year, with renewal (multi-year) expected for strong performance and continued progress. |
https://hrycklab.medicine.wisc.edu/ | NIH NRSA stipend levels: https://www.niaid.nih.gov/grants-contracts/salary-cap-stipends | 100 | 01/01/2027 | Andrew Hryckowian | hryckowian@medicine.wisc.edu | (608) 265-4284 | Approved | 02/06/2026 | 5448 |
| Research Associate (Postdoc) | AI, Medical Imaging, Radiomics, Oncology | Radiology | Pallavi Tiwari, Ph.D., Wenhui Zhou M.D., Ph.D. | 06/01/2026 | The candidate should have a PhD degree in Medical Physics, Biomedical Engineering, or a related quantitative field, as well as excellent oral and written communication skills. The following qualifications are not required, but highly valued: (a) strong background and training in artificial intelligence/machine learning methodology and statistical theory; (b) proficiency/experience in R-package development using computer languages such as MATLAB or Python; (c) high-level of interest in applying computational skills to innovate healthcare solutions. | The Department of Radiology is recruiting a highly motivated postdoctoral fellow to implement machine learning methods to support personalized diagnosis and treatment planning for breast cancer patients. To achieve this goal, the successful candidate will develop and apply computational frameworks to integrate and analyze multimodal data from radiology, pathology, and clinical sources. The postdoctoral fellow will work directly with Dr. Pallavi Tiwari (Data Informatics) and Dr. Wenhui Zhou (Breast Imaging) and will have the opportunity to shape the design and direction of active projects, including risk stratification, treatment response evaluation, and prognosis assessment. This position is ideal for researchers looking to deepen and translate their computational skills into impactful, real-world solutions that improve the diagnosis and management of breast cancer patients. | Please submit a cover letter, CV, and three professional/supervisor references to SCCRAIG2 [at] WISC.EDU. *The start date is flexible.* We will review applications on a rolling basis. |
https://idia.labs.wisc.edu/ | NIH stipend level | 100 | 06/01/2026 | Stephen Craig | sccraig2@wisc.edu | Expired | 01/28/2026 | 5415 |