

Cell abuse Engineering technician and ASE certified master technician with extensive experience in diagnostics, maintenance, and repair of various makes and models. Factory trained as a Nissan/Infiniti master technician, bringing a strong focus on team collaboration and achieving results. Adapting to changing needs with reliability is a key strength. Skills include troubleshooting, electrical systems, and mechanical repairs to ensure operational efficiency and safety. Known for practical problem-solving abilities, effective communication skills, and steadfast work ethic.
Execute and improve safety-critical validation of next-generation lithium-ion cells (4680), driving test development, reliability, and throughput in a high-risk R&D environment.
Impact & Contributions:
• Lead execution of cell abuse testing (thermal runaway, nail penetration, gas release, high-current cycling) to characterize failure modes and validate battery safety performance
• Design, build, and iterate custom fixtures and test systems, improving repeatability, operator safety, and overall lab throughput
• Translate engineering objectives into scalable test methods and SOP enhancements, enabling consistent and efficient validation
• Instrument cells with thermocouples, resistance measurement, and DAQ systems, ensuring high-quality data capture under extreme conditions
• Diagnose and communicate root cause and failure behavior to engineering teams, supporting data-driven design decisions
• Drive measurable efficiency gains by reducing downtime, streamlining workflows, and accelerating test turnaround
• Operate and control blast chambers, inert gas (argon) systems, and pressure environments for safe execution of high-energy tests
• Troubleshoot mechanical and electrical systems with minimal oversight, maintaining reliability across complex test infrastructure
• Collaborate cross-functionally to scale testing capability and support production-critical battery validation
⸻
Recognition
• Awarded Spot Recognition Award for exceptional performance and impact—granted to ~1% of the organization for delivering high-value contributions in critical R&D operations Execute and improve safety-critical validation of next-generation lithium-ion cells (4680), driving test development, reliability, and throughput in a high-risk R&D environment.
Impact & Contributions:
• Lead execution of cell abuse testing (thermal runaway, nail penetration, gas release, high-current cycling) to characterize failure modes and validate battery safety performance
• Design, build, and iterate custom fixtures and test systems, improving repeatability, operator safety, and overall lab throughput
• Translate engineering objectives into scalable test methods and SOP enhancements, enabling consistent and efficient validation
• Instrument cells with thermocouples, resistance measurement, and DAQ systems, ensuring high-quality data capture under extreme conditions
• Diagnose and communicate root cause and failure behavior to engineering teams, supporting data-driven design decisions
• Drive measurable efficiency gains by reducing downtime, streamlining workflows, and accelerating test turnaround
• Operate and control blast chambers, inert gas (argon) systems, and pressure environments for safe execution of high-energy tests
• Troubleshoot mechanical and electrical systems with minimal oversight, maintaining reliability across complex test infrastructure
• Collaborate cross-functionally to scale testing capability and support production-critical battery validation
⸻
Recognition
• Awarded Spot Recognition Award for exceptional performance and impact—granted to ~1% of the organization for delivering high-value contributions in critical R&D operations