Mechanical Engineering / SJSU / Dec 2026
Mechanical engineering student focused on energy systems, Formula SAE battery hardware, CAD, and hands-on manufacturing.
Selected Work
Used SCADA exports, nameplate data, logger measurements, and Excel models to build an equipment-level energy baseline.
Result: Identified 108,445 kWh in annual savings, $48,900 in annual cost reduction, and 5,500+ lb CO2 reduction.
Designed and supported 50V battery modules for a 400V accumulator, balancing packaging, thermal behavior, assembly, and rule compliance.
Result: Integrated 96 additional cells, reduced starting temperature by 17C, and supported a 5th overall Formula SAE Electric US finish.
Machined steel, brass, and aluminum parts on manual mills and lathes, then assembled and tuned the engine.
Result: Held +/-0.002 in on fitted components and ran the final engine on 7 PSI compressed air.
Designed and fabricated a transport cart for a high-voltage accumulator pack used in shop and competition settings.
Result: Built a welded frame with a Deadman brake system and serviceable brackets for sensors and hardware.
Experience
U.S. Department of Energy Industrial Assessment Center
SCADA-based energy analysis, equipment review, savings calculations, and site recommendations.
Spartan Racing Electric / Formula SAE
50V module design, accumulator packaging, thermal constraints, testing, and rulebook compliance.
Spartan Racing Electric / Formula SAE
Welded frame, Deadman brake system, sourced hardware, and fabricated brackets.
Skills
SOLIDWORKS, Fusion 360, Onshape, GD&T, DFM
SCADA, Excel models, FEA exposure, discharge curve testing
manual mill, manual lathe, TIG welding, soldering, crimping, spot welding
CBA battery testers, VFDs, Microsoft Office 365, high-voltage safety awareness
Contact