- Lead engineer/project manager developing and deploying May's largest autonomous vehicle fleet to date.- Work cross-functionally to shape the technical roadmap, translating customer requests into autonomy feature requirements for both US and Japanese markets.- Create and document best practices to ensure high-quality maps and safe AV deployments.- Develop new tools and workflows to tackle novel challenges as the company grows and expands.

- Front-line engineer deploying autonomous vehicle technology in 13 cities across the US and Japan.- Plan and scout possible AV routes, matching technological capabilities with customer requirements and community needs.- Troubleshoot vehicle hardware and software issues with limited resources and tight timelines.- Act as technical ambassador, communicating with media, government officials, investors, and the public.

- Remotely led a team of 5 students in developing a motion-detection and measurement system for aligning spacecraft components- Used C, Python, and MATLAB to interface with video cameras, accelerometers, and optical time-of-flight sensors- Developed mathematical models & simulations to characterize and validate hardware prototype- Final system implementation could measure motions as small as 20 microns

- Maintained safety and oversaw operation of student metal shop, wood shop, and prototyping lab- Mentored students in the use of CNC Mills and Lathes, Laser Cutters, Sheet Metal Tools, Woodworking Tools, 3D Printers, Heat Treating Furnaces, and Hand Tools.- Instructed students in how to interpret and create technical drawings- Worked to upkeep and repair machines, improved shop workflow, developed new safety protocols

- Produced and tested carbon nanocomposites to determine mechanical and electrical properties - Machined new molds, prototyped new equipment, and developed new fabrication techniques to reduce sample variability and increase sample production efficiency- Findings were presented at 2020 Materials Research Society Spring Conference (S.NM01.02.03 Enhancing the Strength of Polyester with Nanodiamonds)

- Worked in a team of 5 to design and prototype novel systems to transfer signal and power across a rotating interface- Used SolidWorks and MATLAB to design and simulate capacitive coupling for a wireless, multi-channel slip ring design - Performed initial tests on several designs and made recommendations for further testing

- Business Analyst: Used SQL, Python, and Microsoft Excel to analyze historical project workflow milestone data and report on effectiveness and compliance with newly-implemented Project Delivery System. - Web Design Consultant: Overhauled Gas Data Analytics wiki site for investment planning department using Atlassian Confluence. Worked to maintain and expand wiki as new content was added.- Unifier Support: Assisted Unifier (Oracle project lifecycle management software) support team in technical support functions, new feature deployment, and general system maintenance.

- Trained and led up to 30 volunteers in a shift, led astronomy special-interest team of 15- Built, coordinated, & performed live public science demonstrations and interactive exhibits, topics included: astronomy, chemistry, physics, biology, rocketry, nanoscience, environmental preservation- Conducted outreach programs at schools, community centers, and science festivals- Supervised telescope use and restoration

- Tutored high school and middle school students in calculus, chemistry, geometry, algebra, history, and Earth science.

- Wrote Python code to process telescopic observations and compute asteroid orbit from observed coordinates- Submitted results to International Astronomical Union’s Minor Planet Center, results published in Minor Planet Circular 100611-101214.