Advancing human health by translating complex immunology into actionable and scalable therapies.

I am an immunologist specializing in high-resolution immune profiling, functional cellular assays, and in vivo disease modeling to accelerate therapeutic discovery. My work bridges the gap between elegant biological concepts and rigorous, scalable translation.

Modern therapeutic development requires a systems-level approach. Throughout my career working across immuno-oncology, autoimmunity, and viral immunology, I focus on solving a central challenge: How do we design therapies that are robust, durable, and scalable?

By anchoring cutting-edge platforms—including high-parameter flow cytometry and complex disease models—in mechanism-driven science, I collaborate across disciplines to turn therapeutic hypotheses into validated targets.

As a scientist, I bring a collaborative, high-energy spirit to the laboratory. I thrive on breaking down silos between experimental, computational, and clinical teams because I believe the most impactful science happens when we look at data from all angles. Beyond the bench, I am deeply committed to mentoring junior team members and contributing to a future where next-generation immunotherapies remain affordable and accessible to all.