I am a Quantum hardware integration research scientist within Intel’s Components Research Organization. I started my career in Intel’s Technology Development Organization in 2016 as a FE dry etch engineer supporting development and yield efforts on Intel’s primary development node. In 2019, leveraging my experience and expertise, I joined the development efforts of Intel’s Quantum computing team as an integration research scientist. Within this role, I have driven efforts to improve the yield and fabrication processes, as well as the materials quality and performance of Intel's quantum devices. My contributions to the team, led to the fabrication of the world’s first ever all industrially fabricated spin qubit device and recently Intel’s latest generation 12 spin qubit devices. I have co-authored several papers and have several patents. Prior to joining Intel, I completed a B.S in Chemistry with a minor in physics at Rochester Institute of Technology in 2008, and a Ph.D in nuclear chemistry at the University of Rochester in 2015.
Listed skills include Inertial Confinement Fusion, Fortran, Laboratory, Physics, and 30 others.