Responsible engineer for next generation robotic dry cleaning system, improving overall cleaning performance, resulting in a substantial 20% reduction in system complexity and cost, while achieving a notable increase in cleaning effectiveness and customer satisfaction. This was a result in part to a new and improved extractor design (patent pending) that was developed.Manager of ME interns, reviewed resumes and conducted interviews to hire interns for 4 and 6 month internships, delegated tasks and ensured productivity by setting deadlines, and assisted in career development through weekly meetings and interdisciplinary design challenges.Created a detailed calculator to evaluate and simulate CG movement based on how individual parts in the robot moved in new robot design, which expedited development (saved 1 month on the back end of testing) and ensured confidence in design. Was standardized to be used with any product and used across programs.Evaluated gearbox and motor performance to reduce overall complexity of the gearbox (~10%), improve motor life through alternate motor selection, and reduce cost (~20%) while improving system performance.Successful project management of several internal robot builds, of up to 100 robots, managing a team and schedule, making sure inventory was available, diagnosing issues, making sure the hand built robot fleet was up and running to enable evaluation of robots.Investigated methods to improve side brush on robot vacuums with alternate design, materials such as lower and higher durometer rubbers, and different plastic designs. Engineered the Outershell of the Roomba j9 to be able to house new debugging units, accommodate changes for new compute modules, design for manufacturing to ensure proper injection molding in collaboration with APAC teams. Developed drawings using GD&T practices.