We are breaking the assumption that Hardware is Hard. Starting at first principles and building from the ground up, we are creating a new way of working.

*Led the hardware engineering organization spanning mechanical, electrical, firmware, program management, and reliability*Shipped an award-winning e-bike during 2020 when supply chains were stopped*Executed an organizational strategy to focus on charging stations and vehicles*Launched the most advanced, secure, and deployable docking station*Initiated multiple JDM engagements saving an average of 10 months and multiple engineers per project*Deployed a global network of swappable batteries with real time analytics from charger to vehicle

*Led an international cross-functional design, engineering and operations team including ME, EE, TPM, OPM, GSM, ID, and FW in North America, Asia, and Europe*Launched 100,000 bikes and scooters resulting in more than 30M rider trips and $90M revenue*Grew the Jump team from 20 to 160 people in the US, China, and Europe*Created a systems engineering process to reduce development time by 15%, understand risk, and spread firmware and systems integration throughout the hardware cycle. *Doubled production volumes and opened European markets with a six-week sprint for ISO13849-1*Led the development of a next-gen IoT device with WiFi 6, Bluetooth, L1/L5 dual-band GNSS, and global cellular connectivity*Developed and deployed a global, company-wide documentation process using Confluence and Jira*Partnered with top-tier battery vendors to JDM the first passive-propagation-resistant swappable battery pack*Established the manufacturing test process used on all ten products domestically and in overseas manufacturing facilities*Presented at conferences on the roles of 5G and Smart Connectivity on the Future of Transportation*Inventor on 6 pending patent applications

*General Manager for the Wearable Technology Group; created software and hardware products that get JDM customers to market faster and with less risk*Act as Subject Matter Expert and System Architect for wearable and wellness products*Led business development and financial modeling for new product groups

*Led a global engineering and operations team of EE, ME, OPM, TPM, GSM, testing, and sourcing specialists to design premium smartwatches *Sourced, audited, and brought up mechanical, electrical, and manufacturing suppliers internationally with the highest standards for quality, reliability, and capacity*Developed industry-first display architectures for round, wearable LCD and AMOLED displays*Developed and brought up custom touch sensor design and manufacturing (film and on-cell) *Developed and qualified custom battery architectures (jelly roll and stacked) *Designed all electronic areas of premium wearable electronics from concept to manufacturing. *Designed rigid and flex PCB schematic and layout using Qualcomm Snapdragon and Samsung Exynos *Developed and tested inductive and resonant wireless charging architectures*Led RF system testing and tuning for BLE and NFC*Inventor on two granted patents

*Architect hardware and software for agriculture and consumer markets*Use evapotranspiration models to improve crop yields while minimizing water usage. *Write embedded, web, and mobile application software.

*Led R&D team doing process development and characterization of novel materials*Deposited and characterized films using biased target, ion beam, and magnetron deposition*Develop films and processes to customers for polycrystalline and amorphous materials*R&D of hyperthermal epitaxy for GaN on Silicon*Collaborated with engineering to improve optical coatings, simplify vacuum equipment design, and develop high-power plasma sources*Wrote proposals for LED, solar, and defense communities projects

*Micro and nano-electronics research combining conventional organic chemistry approaches with novel silicon chemistry*Develop RF, pulsed power, and ultra-high vacuum equipment*Taught and developed award-winning Introduction to Nanoscience lab course*Trained students to use AFM and STM.

*Designed shore-power hardware for emergency coachbuilders*Designed wheel speed sensors for Grand Am factory race teams.

*Develop non-invasive test equipment using self-assembled gold nanocoatings*Design 433MHz RF transmitters for defense contracts*Design 75kV test fixture for electroactive polymers*Design LED strobe for high-speed imaging on inkjet-printed electronic materials*Perform application support and development work with self-assembled nanomaterials