• Won 2nd place at the Canadian International Rover Competition out of a total of 13 teams.• Improved communication between Electronic and Software development teams by defining and communicating clear expectations regarding system functionality and interfaces.• Planed the recruitment schedule for the fall quarter of 2022.

• Managed a budget of $5500 in the 2021-22 academic year for the electronics subsystem.• Implemented 3D model integration of PCBs to improve interaction between mechanical and electrical systems on the rover, presented these 3D models to stakeholders to receive and incorporate design improvements.• Performed hardware system level testing to verify the performance of electrical components on the rover.• Created onboarding material to improve the transition onto the team and increased member retention rates by 30%.

• Collaborated with a multidisciplinary team to determine the specifications of electronic hardware and develop custom PCBs for a rover designed to compete in international competitions.• Developed a localization board for the rover that acquired the GPS location of the robot and records magnetometer and accelerometer data.• Developed a Science Sensor Interface board that controls motors and servos while also receiving data from sensors and encoders. This board will allow the robot to collect data from its surroundings, including gas composition, UV radiation, and visual soil analysis.• Improved the custom Altium Component Library for our club to include 3D models of all components to ensure a proper layout and accurate representations of the final products to mechanical subsystems. These models improve communication between disciplines and results in a reliable final product that integrates into the rover.

• Designed and implemented pre-screening tools for cooling fans to ensure their function before top level assembly. The tool reduced the amount of time spent in rework and retest by 23 hours per faulty fan.• Created 3D printed parts in SolidWorks. These parts are used to create open chassis testing capabilities for compact systems, allowing engineers to have greater root cause testing capabilities.• Supported acquiring capital funds to procure a 3D printer enabling faster prototyping and real-time problem resolution.• Connected the shop floor build status to the support staff by planning and implementing a digital stand-up board in the manufacturing support workspace.• Drew schematics for an electronic test aide that will enhance test capabilities to aid root cause analysis.• Assists manufacturing electrical engineers in debugging units that have failed testing by isolating failures, and planning corrective action.

• Maintained the mobile application for Rehabilitation Health to ensure the users had the desired experience.• Updated quality assurance guidelines to provide a comprehensive way to systematically assess new features.• Assessed mobile applications that used the same base software to find ways to use CSS to improve the experience in our app.• Assisted partners of Rehabilitation Health to develop mobile applications that interface with the Rehabilitation Health application.

• Worked with a team to develop, assemble, and compete with a robot every year• Senior Year my team went to the FTC World Championship in Huston TX