• Lead software and hardware engineering, manufacturing operations, and field installation and maintenance operations, totaling over 20 individuals• Focus on operationalizing our product: simplification of laser design to reduce cost, facilitate assembly, and increase lifetime; implementation of database backend to automate flow of data to customers; integration of developer and operations teams to maximize uptime and other KPIs• Financial modeling and techno-economic analysis to support commercialization and direct R&D efforts

• Lead software and hardware development to implement world’s first industrial grade dual fiber laser frequency comb spectrometer (DCS), with teams up to 4 people• Built Python backend for real time instrument control and data processing, with Qt frontend• Designed custom laser driver and control solutions, from schematic and PCB design to embedded software in C++• Prototyped and tested fiber laser and free space optical designs, with mechanical design in SolidWorks• Installed and operated laser systems at industrial oil and gas facilities

Developed real-time data visualization and processing software for clients in Python

4 Semesters of TA, Workshop Leader, and Lab Assistant, across Optics and Chemistry

Set up R&D laboratory; developed tolerances for hologram manufacturing parameters and design specifications

Worked in the the Kapteyn-Murnane research group at the University of Colorado:• Designed and assembled a noncollinear optical parametric amplifier for use with a femtosecond Ti:Sapphire laser• Installed a two camera system and wrote Python software to actively monitor beam pointing stability in the Ti:Sapphire