I’m a computational biologist and complex systems scientist whose research spans precision oncology, biodefense, and neurogenetics. My work centers on developing interpretable, multimodal tools to model the behavior of complex biological systems without decomposing them into independent parts or handing their complexity to a black box.

As co-founder and Chief Scientific Officer at NNOXX—a spin-out from the Harrington Discovery Institute at Case Western Reserve University—I led the development of novel digital and molecular biosensors, taking a first-to-market technology from concept to commercialization.

Since exiting from NNOXX, I joined Néa Fertility as co-founder and Chief Technical Officer. Néa is a precision reproductive biology company mapping the latent biological structure underlying infertility. Our flagship product, a decision-support platform that models real-time endocrine response during ovarian stimulation, helps clinicians proactively improve patient outcomes today while laying the foundation for biomarker and drug target discovery. 

Parallel to my industry work, I'm an Associate Research Scientist in the Translational Aging and Neurogenetics Laboratory (TANGL) at NYU—an AI-native research group designed to connect human genetics, cognitive assessment, and perturbable models to uncover what it means for the brain to be resilient. My role here is to support computational research on brain aging, Alzheimer's disease, and multimodal biomarker discovery.

You can read about what I’m currently learning, working on, and thinking about on Sequence & Destroy.