Led several UI/UX development efforts utilizing Typescript and Python technology stacks for testing and designing quantum computing hardware
Built and led medium size development team focused on supporting modeling and simulation efforts using high performance computing (HPC)
Worked on large team to deliver functional test platform supporting characterization and calibration of qubits and Reciprocal Quantum Logic (RQL) fabrication
Developed and implemented machine learning algorithms for use on superconducting hardware
Designed CI/CD requirements that improved team output and productivity
Developed analytics tool that supports new product capable of non-destructively classifying electronic devices as authentic or counterfeit by utilizing machine learning and signal processing
Designed a circuit board to validate miniature connections in ultrafine pitch harness
Worked with software defined radio, Ettus E310, to detect and monitor sensor messages and interact with sensors
Researched and identified methods to measure effectiveness of GPS transmitters
