Research Fellow at Michigan Medicine, USA | Life Science | Apply Now
Securing a Research Fellow position at the University of Michigan is a prestigious milestone for any doctoral graduate looking to advance their scientific expertise in 2026. The immunology laboratory of Dr. Chang H. Kim, situated within the Department of Pathology and the Mary H. Weiser Food Allergy Center, is currently seeking highly motivated postdoctoral researchers. This Life Science Job offers a unique opportunity to work in a modern, interconnected space where collaborative research meets world-class mentorship. If you are looking to build a long-term University of Michigan career, these NIH-funded positions provide the stability and resources necessary to succeed in both academic and industrial trajectories.
About The Organisation
Michigan Medicine is dedicated to improving global health through excellence in education, patient care, and technological development. Joining this team means contributing to a mission guided by strategic principles that enhance society’s well-being. The Kim Lab is part of a highly productive team that encourages interaction across various medical and scientific disciplines. Leadership activities at the university extend from local Michigan communities to national and international stages. A University of Michigan career is characterized by a strong emphasis on mentorship, ensuring that every Research Fellow has a clear track toward professional success.
Research Frontiers: Impactful Life Science Job Opportunities
The laboratory focuses on cutting-edge immunological questions, offering a Research Fellow the chance to lead projects in several high-impact areas.
Advanced Immunotherapy and Cellular Regulation
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Mucosal & Systemic Immunology: Investigating allergic immune responses and mucosal barriers to better understand hypersensitivity.
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Innate Lymphoid Cells (ILCs): Studying the development, migration, and effector functions of ILCs in various physiological contexts.
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CAR-T and Immunotherapies: Developing chimeric antigen receptor (CAR) therapies to enhance anti-cancer responses.
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Microbiome and Molecular Signaling
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Gut Microbial Metabolites: Exploring how microbial byproducts regulate immunity, influence autoimmune diseases, and trigger anti-cancer mechanisms.
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Retinoic Acid Signaling: Analyzing the roles of retinoic acid and its receptors in T cell and Dendritic Cell (DC) regulation.
Qualifications and Requirements for the Research Fellow
To qualify for this competitive Life Science Job, candidates must demonstrate both technical proficiency and a history of scientific productivity.
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Educational Foundation: Candidates must possess a Ph.D. in Life Science areas.
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Publication Record: High productivity demonstrated through the quality and quantity of published research is essential.
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Immunology Expertise: A strong, proven commitment to immunology research through prior work and publications.
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Technical Skills: Preferred candidates will have in vivo experience with rodents and human tissues, as well as experience in molecular biology and Next Generation Sequencing (NGS).
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Communication: Proficiency in English and strong verbal/written communication skills are necessary for writing papers and maintaining lab resources.
Compensation, Logistics, and Deadlines
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Location: Ann Arbor, MI (School of Medicine Campus).
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Salary & Funding: Funded by NIH research and training grants; positions are full-time and regular (Exempt status).
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Shift/Mode: Full-time hours; hybrid or mobile work modes are at the discretion of the hiring department.
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Application Deadline: The posting end date is April 29, 2026. Since today is April 3, 2026, you have approximately 26 days to finalize your application materials.
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How to Apply: Send a cover letter, CV, and contact information for 2-3 references directly to Dr. Chang Kim at [email protected].
In summary, the Research Fellow opening in the Chang H. Kim lab is a premier Life Science Job for researchers dedicated to the mechanics of the immune system. Launching your University of Michigan career in this environment provides access to top-tier institutional support and a track record of successful placements in top-tier industry and academic roles. Because the lab focuses on the intersection of the gut microbiome and systemic immunity, your work here will be at the absolute forefront of modern therapeutic discovery.
