This section highlights my work in the medical device industry, where I contributed to the design, development, and refinement of systems used in diagnostic and interventional healthcare environments. These projects required a balance of engineering precision, regulatory awareness, and real-world usability to deliver products that perform reliably in clinical settings.

Across these roles, I worked on multidisciplinary systems involving mechanical design, microfluidics, optical measurement, advanced materials, and system-level integration. A consistent focus throughout was improving performance, reliability, and manufacturability while ensuring that devices could transition successfully from prototype to production-ready systems.

The projects featured here represent end-to-end development efforts—from early concept exploration and iterative prototyping through testing, validation, and preparation for commercialization. Each case study provides a closer look at the engineering challenges, design decisions, and system-level thinking required to build robust medical technologies.