Engineering Dashboard
The hardware I've helped put into production: powertrains, high-voltage batteries, eVTOL systems, and defense. Browse it by project or by technology, and click any row for the full detail.
| # | Description | Summary | Used Technologies | |
|---|---|---|---|---|
| 1 | Automotive | Released driveline, EV battery, and structural hardware across GM's lineup. | Released seals, high-pressure die castings, injection-molded structures, and stampings (plus Ultium battery-cooling hardware and RF shielding) across the 6T, 9T, and 10-speed transmission families and the Ultium EV platform, proliferated to 50+ GM vehicle models, each with its own validation and change management. | GM 6T AutomaticGM 9T AutomaticGM 10-Speed Automatic+4 |
| 2 | Automotive | Owned battery-pack structures and vehicle-level HV integration on a solar EV. | Owned battery-pack structures and the vehicle-level high-voltage integration (including internal HV circuit design) for Aptera's solar electric vehicle. | Aptera HV Battery Pack |
| 3 | Battery | Led hardware engineering for a modular high-voltage battery product line. | Led hardware engineering for the iEGO modular high-voltage battery packs (cells, modules, and pack hardware), taking the product line into production. | iEGO Modular HV Pack |
| 4 | eVTOL | Led requirements and integration of the HV architecture for an eVTOL aircraft. | Developed requirements and led system-level integration of the high-voltage architecture (HV battery packs, power distribution units, and the battery management system) for Supernal's eVTOL aircraft. | eVTOL HV BatteryPower Distribution Unit (PDU)Battery Management System (BMS) |
| 5 | Defense | Led qualification, an avionics upgrade, and production ramp for a cruise missile. | Led the environmental qualification plan, an upgraded avionics architecture, and the ramp to scaled production for an air-launched cruise missile. Public-domain information only. | AGM-188A Cruise MissileAvionics Architecture |