I work at the intersection of diagnostics, microtechnology, and data-driven innovation, with a focus on building integrated analytical systems.

My background combines bioanalytics and diagnostics, microengineering, and computational approaches (data, software, system design). This allows me to work across the full technology stack — from bioassays and microfluidics to optics, electronics, automation, and data processing — and to help connect these elements into operational diagnostic systems.

I’m used to working in multidisciplinary environments, where scientific, engineering, and software perspectives need to align to move projects forward.

Alongside the technical aspects, I often take on coordination and leadership roles, particularly in complex or ambiguous contexts. I value clarity, constructive collaboration, and steady execution, especially when projects involve multiple stakeholders and high constraints.

I collaborate with industry, academic, and clinical partners to help translate advanced diagnostic concepts into practical technologies.

Happy to connect around diagnostics, engineering, and scientific leadership.