• Raised $550,000 from venture capitalists, founded technology startup delivering 100,000+ items in the Bay Area• Generated leads, negotiated, and closed contracts with 15+ B2B customers, generating $250,000+ in annualreoccurring revenue• Developed and implemented pricing strategy which netted 50% more revenue than our competitor who was servicing the same customer, and customer still transitioned entire San Francisco area from them to us• Hired and managed team of 15 W2 employees and 1099 Contractors, oversaw entire delivery operations, and built and maintained relationships with all company prospects and customers

• Communicated challenging technical concepts in accessible ways to underprivileged youth, many of whom live below the poverty line, deal with physical/mental abuse, and live in gang-ridden neighborhoods• Led the schools first-ever comprehensive computer science program; introduced ~150 students to concepts such as binary, networking, encryption, data processing, big data, programming, and mobile app creation• Established after-school STEM club where students explored Arduino programming, circuits, and sensors

• Redesigned injection-molded plastic parts by performing tolerance stack-up analyses and incorporating DFM feedback; solved service issues, increased tolerances to support automation on Model S/X production line• Researched high-current conductors and potential manufacturing techniques for Gen 3 vehicle platform; developed solution which reduced cost, mass, labor, and increased current-carrying capability• Researched high-temperature heat shrinks, O-ring seal failures, and in-house shunt testing rig validation

• Led team of 24 engineers in the year-long design and manufacturing process of a custom RC aircraft• Fabricated custom carbon fiber nose cone, landing gear, and fiberglass-foam core fuselage (vacuum bagging)• Determined optimal airplane payloads configuration constrained by maximum structure loadings, fuselage dimensions, aerodynamics, and center of gravity; designed and manufactured custom pylons utilizing 3D printing technology• Constructed, enhanced, and maintained team website using HTML, CSS, and Adobe Dreamweaver

• Diagnosed, repaired, and installed 400V battery modules and management system harness fuses/wiring• Reverse-engineered old racing harness and rewired entire bike; documented with electrical schematics• Utilized digital scans of the fairing imported into CAD, designed and manufactured carbon fiber additions• Designed and validated rear sprocket to aesthetically match a Marchesini wheel, using finite element analysis• Designed chain guard with emphasis on aesthetics and integration onto fixed swingarm design; worked with team at Autodesk to create several carbon fiber prototypes• Prototyped LED headlight/taillight solutions by employing voltage regulators and dividers, and driver boards

• Collaborated with team to advance supersonic retropropulsion technology to mission-ready status for use on manned flights to Mars• Simulated rocket tests by creating computer models which performed Monte Carlo analyses to account for variable test parameters and environmental conditions

• Developed a server/client networking system for remote robotic communication in C#• Designed a robust hardware environment to protect and secure delicate electronics onboard robot• Extended robotic maneuverability and designed graphical interface