Working on the nanoscale fabrication of Josephian Parametrized Amplifiers and ancillary calibraiton noise sources. Specifically, I am working in the cleanroom on the physical production of these devices, and doing research in superconducting electrical devices (Josephson Junctions) and their applications. This project is through a joint grant given by the Office for Undergraduate Research and the Physics department at Washington University in St Louis.Devices Used and Certified: Fume Hood, Spin Coater, Oxygen Asher, Plasma Etcher, Electron Beam Evaporator, Electron Beam Lithography System, Dicing Saw, Heidelberg Laser Writer, Acid Hood, Kloe Mask Aligner

Teacher's Assistant for a class surrounding Quantum Computing and also another surrounding Artificial Intelligence and Science Fiction. Worked on grading, content preparation, and held office hours.

Lead of the Electronics and Data Acquisition team. Running a complex system integrating multiple custom built PCBs, over thirty on-car sensors used for design verification, and auxillary electrical devices such as the engine control unit, dashboard, and live telemetry system. As a lead, I am working on my engineering management and technical communication abilities, the development of the electrical engineering skills and intuition of me and my teammates, and building a working racecar.

Machine Learning Research Project with applications in Nanotechnology, Electrical Engineering, Sensor Development, and Chemiresistive sensors

Independent contractor for developing Ethereum-based Solidity code with smart contract applications. Began working as an independent contractor over the summer and eventually continued with work at Web3 @ WashU

Tutored in the subjects of Computer Science, Mathematics, and Physics. Done once or twice a week in an extremely small group setting.

Worked as a junior and then a senior counselor for 8-week sessions. Worked close with many different age of kids