I design and engineer mechanical systems that balance performance and manufacturability. My work is rooted in using mechanical principles and hands-on fabrication to arrive at elegant solutions to complex problems.
I currently work at Parallel Fluidics helping design the next generation of microfluidic device manufacturing equipment. I previously worked at Vision Cycle, Community Charter School of Cambridge., and NOLOP Makerspace.
I currently work on designing, testing, and optimizing the next generation of high-precision microfluidic device manufacturing equipment.
I developed test methods to successfully validate vision sorting equipment, increasing our yield from 50% to >90% and more than doubling our throughput.
I designed a prototype bioelectrochemical reactor to convert concentrated wastewater and air into electricity.
Email me at harrymsteinberg@gmail.com.