• Developed real-time embedded software for the Energy Recovery System• Developed and tested Hardware-in-the-Loop models with Simulink Real-Time and Simulink HDL Coder• Created MATLAB application for the automated testing of Energy Recover System components• Worked with communication protocols including SPI, I2C, CAN, UART, TCP, Modbus and SCPI

• Developed a lithium-ion battery simulation library in Python for cloud simulations with less than 2% MAE.• Researched and documented 31 state-of-the-art papers studying State-of-Charge, State-of-Health, power and energy limits, battery test planning, and Design-of-Experiments• Created Design-of-Experiment tools to accelerate battery testing by more than 50%

Taught 147 private coding sessions in Python, Scratch, MIT App Inventor, Micro:bit, VEX VR, LearnToMod and code.org, for students aged 8 to 18.

• Researched Lithium-ion cell-to-pack modeling and simulation methods• Developed and tested a cell-to-pack prototype using MATLAB/Simulink/Simscape• Researched battery testing procedures needed for modeling and parameter identification• Studied battery management and simulation algorithms: State of Charge and State of Health estimation using Kalman Filters• Researched battery modeling and simulation software