Support research and development initiatives for innovative residential circuit breaker products. Train and validate machine learning models tailored for these devices, enhancing reliability and performance. Develop and optimize Python applications to simulate and analyze AC signal waveforms, providing critical data for training classifier algorithms and improving product safety, reliability, and efficiency. Provide support for firmware debugging and testing for the MCU in the breaker products to ensure system reliability and functionality. Perform extensive lab testing on Residential Circuit Breakers to ensure compliance with Underwriters Laboratories (UL) standards, including detailed assessments on breaker trip times to confirm precise operation within specified limits and reduction of nuisance tripping.

Designed and developed a touchless keyboard system using optical sensors to detect key presses from a person’s fingers without the need for physical contact.

Worked in the ES/EW Segment at Harris Corp

• Assisted in maintenance and replacement of filament for the 3D printers• Helped teach customers how to work the 3D printers and laser printer• Worked on my own side projects, including printing my own 3D printer

* Helped to conduct research on the development of an electronic stethoscope* Analyzed heart and lung sounds through signal processing using MATLAB * Examined the acoustical properties of the electronic stethoscope being developed through MATLAB* Executed literary searches on the acoustical properties of commonly used acoustic stethoscopes