Electrical · high voltage · aerospace

Projects.

Verified scope, responsibilities, and outcomes. Open a case study for the full project page.

01 · Vehicle integrationThe Thermal Club

Tesla-powered Triumph Stag

A full-vehicle conversion built around a Tesla Model S large drive unit and fourteen battery modules.

Tested and assembled the high-voltage battery system.
Integrated module and drive-unit liquid cooling.
Configured and troubleshot the BMS, charger, and charging system.
Programmed the motor controller and calibrated vehicle response.
Designed the low-voltage harness and developed the digital dash through multiple iterations.

RoleEV Systems Engineer

Architecture14 modules · ≈74.2 kWh

ControlsBMS · motor · dash

ScopeDesign through commissioning

Full case study ↗

02 · Energy storageAztec Electric Racing

High-voltage tractive accumulator

A 352.8-volt Formula SAE accumulator taken from requirements through fabrication, controls, serviceability, and inspection.

Packaged 84 cell packs across six electrically isolated segments.
Developed the 6061 enclosure and internal structure around FSAE load cases.
Integrated BMS, precharge, shutdown, sensing, and vehicle interfaces.
Built validation infrastructure and documented assembly for repeatability.
Passed accumulator structural inspection for the first time in team history.

RoleEnergy Storage Lead

Maximum voltage352.8 V

Architecture84 packs · 6 segments

OutcomeFirst inspection pass

Full case study ↗

03 · Powertrain & ergonomicsAztec Electric Racing

Powertrain testbench and pedal controls

A functional test platform spanning electrical, mechanical, hydraulic, control, and driver-interface work.

Designed and fabricated the testbench.
Programmed, calibrated, and tuned electronic components through the motor inverter.
Used design matrices and physical analyses to nominate commercial and custom parts.
Traced, connected, and troubleshot vehicle wiring and circuitry.
Modelled driver foot pedals in SolidWorks and integrated electrical components with the pedal box.
Programmed pedal travel for the desired motor response and driver comfort.

RolePowertrain & Ergonomics Engineer

SystemsElectrical · mechanical · hydraulic

ControlsMotor inverter · pedal response

DesignSolidWorks · decision matrices

Full case study ↗

04 · Aerospace competitionASME · SDSU

IAM3D competition drone

An additively manufactured aircraft and payload system developed from mission research through optimization, fabrication, and flight testing.

Managed requirements, design reviews, procurement, documentation, budget, and travel.
Supported development of a passive-magnet payload release and camera-alignment mechanism.
Used FEA, topology optimization, harmonic response, and print-process testing to mature the frame.
Led the team to a fourth-place international finish.

RoleProject Manager

Outcome4th internationally

Mass reduction27% projected

BuildCarbonX CFPLA

Full case study ↗

05 · Internal systemsNASA · Kennedy Space Center

Integrated Management System tools

Documentation workflows and internal web applications supporting document control and governmental compliance audits.

Maintained internal web applications.
Streamlined documentation workflows.
Authored technical memos, data sheets, instructions, procedural updates, and action plans.
Improved documented workflow efficiency by 10%.

RoleIMS Intern

DatesJune — August 2023

Outcome10% efficiency improvement

Credential8 NASA certifications

Role context

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