• Designed a Flight Computer using Altium Designer for a high-altitude balloon payload, integrating control, data acquisition, and telemetry systems.• Tested and verified the functionality of the Flight Computer PCB with various test equipment, including multimeters and power supplies, and by programming it using the Arduino IDE.• Developed and tested a light beacon utilizing red, blue, and green high-powered LEDs pulsed synchronously to mimic Type 1a supernova.• Collaborated with team members and a research team from the University of Victoria throughout the project.

• Soldered electronic components onto PCBs of varying sizes using both reflow techniques and manual methods.• Tested and verified the functionality of PCBs using test equipment such as multimeters and oscilloscopes and by programming them through STM32CubeIDE. • Updated various PCBs using Altium Designer by adding additional features to enhance their functionality.• Collaborated with team members to troubleshoot and resolve hardware issues.

• Gained a foundational understanding of the principles underlying electric power and its correlation with the city's lighting system.• Acquired knowledge of lighting design techniques for roadways and parking facilities.• Managed the lighting database of all the streetlamps in Pointe-Claire through QGIS and Excel, ensuring accurate and up-to-date records. • Assisted in planning the installation of electric charging stations in Pointe-Claire and analyzed the viability of their installation at various locations.