Performed equipment maintenance for labs in the Electrical and Computer Engineering Department.

Embedded Systems simulation support and development for online student engagement using C, Git, HTML, JavaScript.

Developed firmware for DAQ and ADC modules integrated with an FPGA to allow multicore processing for faster data transfer and acquisition using C++, Git.

• Students in higher level electrical engineering courses use a system developed by ETG for data acquisition of signals and filtering. The existing design was a single core system that would capture filtered signals for a short duration and send that back to a MATLAB GUI to be displayed for signal metric validation.​ This project is called the CyDAQ.

• The CyDAQ redesign was to create a system that allowed for fast data streaming without the limitation of a temporary data buffer. The new design was a multicore system to allow for data transmission along USB back the PC and the other core handled sampling from the DAQ and filter system.

Developed embedded Checkout Locker System for student equipment checkout using student IDs using C, Hardware Design, Git.

• The head of the Locker system was a Raspberry Pi​ with with a board to MUX out a chip select signal of a SPI bus. This would allow us to increase the amount of boards we could support from a single SPI bus. The SPI  bus then connect to multiple locker controller boards with a GPIO expander. This GPIO expander allowed easier addressing for the LED, Solenoid controller and Hall Effect Sensor used within the locker.

Developed Python script to integrate with a Senior Design project made to measure the speed of a motor using an optical encoder.