• Designed and bench-tested 4 iterations of 2--6-layer control & telemetry avionics PCBs, incorporating STM32 and over 100 SMT parts, for McMaster University's competition (SAC ‘23 & ‘24) high-power rockets• Established a Notion administration workspace with customized Azure automation, streamlining project management, knowledge transfer, and accounting for 7 sub-teams and over 50 members; in use for over 2 years• Optimized team funding by securing $6k in sponsorships and managing a budget of over $40k, effectively eliminated financial backlog• Enhanced the team’s reputation by organizing campus-wide events, including a successful McMaster Space Week, increasing social media engagement by 30%, and improving brand presence through rocket livery and website content

• Led the development of sensor and data acquisition modules for a 2-seat solar vehicle in a team of 6• Doubled storage transfer performance by implementing peripheral DMA drivers on STM32, overcoming framework restrictions and enabling high sensor sampling rates• Developed a friendly interface for the non-blocking firmware, allowing on-the-fly configuration and data output via laptops, phones, or LoRa telemetry

• Spearheaded the planning, coordination, and logistics execution of a series of 5 aerospace-themed events within a tight two-month timeline, gaining recognition from the Engineering faculty• Secured industry representatives and managed promotion for Space Industry Night, attracting over 100 attendees