About
I am motivated by the work required to turn ambitious science into systems that can operate in the real world.
My interest is in helping biotech teams move meaningful programs forward with both rigor and momentum. The problems that have drawn me throughout my career sit at the intersection of science, operations, quality, and execution—where success depends not only on good ideas, but on building the systems, processes, and cross-functional alignment required to make those ideas real.
I studied biomedical engineering at Cal Poly San Luis Obispo, which gave me an early foundation in applying engineering discipline to complex medical and biological problems. That training has shaped the way I work: I tend to approach programs by breaking down ambiguity, aligning stakeholders, and building practical paths from concept to implementation.
Professionally, I have worked across diagnostics, medical devices, and laboratory operations at PrognomiQ, GRAIL, Abbott, and Applied Medical. My experience has included leading development of a novel early-stage lung cancer LDT from ideation through validation and first commercial testing in a CLIA environment, directing cross-functional work to achieve CLIA and CAP accreditation readiness, deploying a customized LIMS to support the end-to-end LDT workflow, orchestrating a 2,513-subject multi-omics observational study, supporting scale-up of a commercial laboratory designed for more than 1 million patient samples annually, reducing annual kit costs by $850K, and driving process improvements that reduced final QA inspection failures by 75 percent. I am most energized by work that requires structured execution, strong collaboration, and a willingness to solve hard problems well.