• Developed individual and final presentations prompts by conducting market research of relevant products and companies• Led interview preparation, business analysis, and case study workshops for groups of 3-5 students

• Led in ideation, research, and prototyping of custom mobile application for new Bumble BFF feature• Developed and refined 4 solutions based on user pain points and implemented a prioritization strategy to address the most critical issues first
• Defined 5 key metrics to measure product success, identified failure mitigation strategies, and addressed tradeoffs and risks for each solution

• Increased system accuracy in plant and environment analysis by 14% by designing space efficient sensor kit, decreasing interference, and time syncing PCB, coordinating data transfer between GPS, Lidar, and IMU• Led a team of 3 in user research and conducted 10 interviews to better understand preferences for GUI elements; synthesized findings to develop an interface with 500+ active users

• Implemented intelligent robot features using C, C++, and python; tested features by collecting and analyzing large datasets• Utilized QT Designer to enhance GUI with camera feeds, toggle buttons, and other robot control features • Re-designed payloads atop robot vehicles: developed new adapter boards and circuit systems to maximize both power and space efficiency

• Taught analog and digital systems, signal processing, computer networking, and circuit analysis techniques• Helped debug various labs, such as the radio receiver and transmitter lab, the op amp lab, and the I2C lab • Utilized Scopy to explore a range of tools, such as spectrum/network analyzers and signal generators• Hosted regular office hours with 30+ students and one-on-one study sessions

• Created BMB harnesses and designed PCBs for temperature regulation• Overflowed boards and wired ancillary systems

• Organized events, such as Major Declaration Day and Coffee Chats with Professors for all Freshman CIT students (400 students)• Created advertisements and managed financial transactions• Worked in a team of ten

• Designed labs to explain physics concepts, like speed of sound and acceleration due to gravity • Used technology, such as phyphox app, to test experiments• Analyzed data and presented findings in a clear manner with the use of powerpoints• Overall team placed first out of 50 competing teams in the Greater Vancouver Area