top of page
ChatGPT Image Aug 25, 2026, 11_42_36 AM.png

Are you curious about how neutrophils shape inflammation, aging, and disease?

Join the Hsu Lab!

We are building a collaborative team of scientists interested in uncovering fundamental mechanisms of neutrophil biology and translating these discoveries toward human health.

Current Opportunities

876DA477-8882-4AF2-9805-DC96CEAAA1AB_edited.jpg

Postdoctoral Research Fellows

We welcome inquiries from highly motivated researchers interested in developing independent questions at the interface of neutrophil biology, inflammation, aging, and disease. Candidates with expertise in immunology, cell biology, extracellular vesicles, advanced imaging, flow cytometry, animal models, or related areas are particularly encouraged to contact us.

Please include:

  • A cover letter describing your previous research, future scientific interests, career goals, and why you are interested in joining the Hsu Lab

  • Curriculum vitae (CV)

  • One representative publication

  • Contact information for three references

9BF5C680-D1EF-4681-82A1-3126DBAC93A5_edited.jpg

PhD Students

We welcome prospective PhD students interested in neutrophil biology, inflammation, immune aging, extracellular vesicles, cell biology, and host–pathogen interactions.

PhD admissions are administered through the graduate programs at the NUS Yong Loo Lin School of Medicine. Prospective students interested in joining the Hsu Lab are encouraged to contact us before applying.

Please include:

  • A brief cover letter describing your research interests, career goals, and why you are interested in joining the Hsu Lab

  • Curriculum vitae (CV)

  • Academic transcript

0E3E4D36-263C-474D-AC92-DBC22780841B_edited.jpg

Research Assistants

We welcome inquiries from candidates interested in gaining intensive research experience in immunology and cell biology while contributing to the development of a growing laboratory.

Please include:

  • Brief cover letter

  • CV

  • Contact information for two references

0E3E4D36-263C-474D-AC92-DBC22780841B_edited.jpg

Undergraduate Students

NUS students interested in undergraduate research projects, undergraduate research opportunity (UROP), or Final Year Projects (FYP) are welcome to inquire about available opportunities in the lab.

Please send a brief statement describing your research interests together with your CV or résumé.

Ready to Join Us?

We are excited to train the next generation of scientists.

We are especially interested in scientists who are curious, rigorous, collaborative, and excited to develop their own scientific questions.

Previous experience in neutrophil biology is not required. We value strong scientific thinking and enthusiasm for understanding how immune cells function in health and disease.

Trainees are encouraged to develop
intellectual independence while benefiting from close mentorship and the collaborative research environment at NUS.
ChatGPT_Image_Aug_29__2026__12_57_47_AM-removebg-preview_edited.png

Scientific Independence

We empower trainees to pursue their own ideas and grow as independent scientists.

ChatGPT_Image_Aug_29__2026__01_00_15_AM-removebg-preview_edited_edited_edited.png

Collaborative Culture

A supportive and inclusive environment that values teamwork and open communication.

ChatGPT_Image_Aug_29__2026__12_50_16_AM-removebg-preview_edited.png

Mentorship

Hands-on guidance and career development at every stage of your training.

ChatGPT_Image_Aug_29__2026__12_54_58_AM-removebg-preview_edited.png

Impact

Our work connects basic discovery with translational relevance to human health.

548DE190-6B72-4E09-9D10-1FED09F840A2.png

Training & Research Environment

ChatGPT_Image_Aug_29__2026__01_45_24_AM-removebg-preview_edited.png

Mechanistic Discovery

We investigate fundamental principles of neutrophil biology in inflammation, aging, infection, and tissue repair.

ChatGPT_Image_Aug_29__2026__01_59_44_AM-removebg-preview_edited.png

Disease Models

Integrated use of in vitro systems, mouse models, and human samples to study disease mechanisms.

ChatGPT_Image_Aug_29__2026__01_57_55_AM-removebg-preview_edited.png

Advanced Approaches

Cutting-edge technologies including single-cell analysis, imaging, extracellular vesicle biology, and multi-omics.

ChatGPT_Image_Aug_29__2026__02_01_10_AM-removebg-preview_edited.png

Human Translation

Bridging basic science with clinical relevance to advance our understanding of immune-mediated diseases.

D982A4D3-DA25-4A98-B7E2-BD112515283F_edited.jpg

How to Apply?

Please send application materials and inquiries to:
bottom of page