https://www.mediumai.ca/We are developing Canada's most secure and accurate multilingual medical AutoScribe, reducing administrative workloads by streamlining medical documentation and charting.

- Collaborated in Ferrari active suspension, Cadillac Lyriq R&D project; Individually designed control models for clutch slip diagnosis, charging door algorithm, and collaborated on thermal prediction models. Software and controllers were integrated into customer releases and demos and received positive feedback. - Developed and debugged with different microcontrollers, such as Aurix, NXP, iSystem’s BlueBox, co-developed CANalyzer CAPL scripts for autonomous testing of the damper controller’s DTC list.- Developed test panels, custom PCBs, and testing harnesses for multiple project demos, such as GMC power tailgate, Tesla power door unit, and Mach-E door actuator. - Collected and analyzed test data from BMW’s PDU and developed data visualization dashboards with MATLAB GUI that informed product development decisions.

- Responsible for continuous improvement of product assembly, improved cycle time and pass rate by up to 20% through changes in testing and packaging SOP.- Collaborated on CAD designs using SolidWorks; optimized designs for better tolerance acceptance and easier assembly, discussed with injection molding suppliers on mold changes.

- Delivered a yearly fellowship event involving hundreds of participants, 12 CEO mentors, the strategies powered by detailed market investigations and competitive analysis.- Oversaw a team of five members in Agile methodologies to deliver marketing plan on multiple platforms, raised 3000 followers and connected 100 Canadian entrepreneurs in six months.- Developed company’s website using HTML and CSS and was responsible for the monthly update.

- Led a group of three designed and built the gimbal part of the robotic, minimized part count, aimed for design for assembly, optimized the design and tolerances for 3D printing.- Conducted FEA analysis using Ansys on gimbal’s shaft & connection, interpreted analysis results, and optimize the design.- Analyzing 3D print parts toughness using MATLAB and Excel.

•Worked as a team to design and build a robot to complete a set of task for a competition in a 6 week time period•Use social media to promote the team’s accomplishments and to connect with sponsors.