Postdoctoral Associate

REQUIRED:

Ph.D. in a relevant technical discipline (e.g., immunology, biology, bioengineering, cancer, or related field); strong background in cancer research and immunology; demonstrated experience in multiparameter flow cytometry and/or single-cell analysis techniques; excellent quantitative analysis and experimental design skills; ability to work independently and collaboratively within a multidisciplinary team; and excellent oral and written communication skills. PREFERRED:

Experience with biomaterials or immunoengineering approaches; familiarity with cancer models (e.g., PDAC); and proficiency in computational tools for high-dimensional data analysis.

We will begin reviewing applications immediately and will make selections on a rolling basis. Interested applicants should email a single PDF that includes a brief cover letter outlining your availability, motivation, suitability for the role, interest in the project, relevant qualifications or experience, and a general statement of your research and professional goals. Additionally, include a detailed CV and the contact information (including email addresses) of three references.

Please send this to tllopezs to express your interest and learn more about the position.

5/14/2026

POSTDOCTORAL ASSOCIATE, Materials Science and Engineering (DMSE, IMES) - Prof. Tania Lopez Silva, to join an interdisciplinary research team developing immunomodulatory and biomimetic peptide-based materials for diverse biomedical applications; and develop and implement advanced cell analysis platforms including but not limited to multiparameter flow cytometry and single-cell analysis, to interrogate the immune response to biomaterials and evaluate the performance of immunomodulatory peptide gels.

This project integrates immunoengineering with material-based technologies, enabling high-dimensional profiling of immune cell phenotypes and cell-material interactions in complex systems. The overarching goal is to establish reproducible and scalable bioassay pipelines to uncover immune mechanisms that drive responses to peptide-based materials and their therapeutic efficacy in healthy and disease models, with direct application in cancer. The candidate will work closely with a team of experts in peptide chemistry, supramolecular chemistry, materials science, bioengineering, and biomaterials development to advance our fundamental understanding of cell-material interactions and accelerate the development of materials-based immunotherapeutic approaches.