Residency

Academic Internal Medicine. Oncology. A PSTP that values both.

The destination was set in the laboratory: a clinician-scientist career in academic internal medicine with a primary focus on oncology and immune-mediated cancer. Residency is the next structure for moving between bench and bedside in both directions.

4Peer-reviewed publications: Nature Biomed Eng · JBC · JLB · Sci Rep
2First-author publications
2022PhD, Molecular Biosciences & Bioengineering
2028Expected MD, St. George's University

Why the research makes the clinician.

Mechanistic depth in cancer biology and immunology is not a credential — it is a clinical asset. Understanding the tumor-immune interface at the molecular level changes how oncology is practiced: what questions get asked on rounds, how trial eligibility is evaluated, and how treatment resistance is interpreted.

Research highlights. Postdoctoral work at HMS/MGH included cancer-associated fibroblast biology in pancreatic ductal adenocarcinoma and immune-epithelial interactions in patient-derived pulmonary organoid systems. Doctoral research focused on miRNA-15a/16-1 regulation of T-cell biology. Earlier Wyss/HMS work supported biomaterial vaccine platforms.

Medical education at SGU.

MD candidate at St. George's University School of Medicine, with the degree expected in 2028. The clinical training extends a research foundation in translational cancer immunology toward academic internal medicine and medical oncology.

The clinical years are continuous with the research years — not a break from science but a translation of it. Each rotation refines the questions the research will eventually answer.

The career I'm building requires a program willing to build it with me.

Open to conversations with academic internal medicine and oncology programs, PSTP directors, physician-scientist mentors, and residency coordinators.