Engineering Portfolio
Microfluidic Device Manufacturing Equipment
I design, test, and build high-precision manufacturing equipment used to produce microfluidic devices. My work spans mechanical design, novel process development, system validation, and continuous improvement to increase manufacturing throughput and yield.
Vision Valve
I developed validation methods and test infrastructure for a first-of-its-kind automated vision sorting equipment. I identified process bottlenecks and failure modes that limited production performance. These improvements increased yield from 50% to over 90% while more than doubling manufacturing throughput.
Low-Speed Wind Tunnel
I designed and built a low-speed wind tunnel for aerodynamic testing and flow visualization. The project involved electromechanical design, sensor integration, and experimental validation to achieve uniform airflow visualization throughout the test section.
