MAMuhammad AnjumAerospace · EV systems
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Electrical · high voltage · aerospace

Projects.

Current technical work, verified scope, and measurable outcomes. The diagrams are interface abstractions—not engineering geometry.

5 projects
01 · Vehicle integrationThe Thermal Club

Full-vehicle electrical conversion

End-to-end electrical development for a vehicle conversion, from component selection through final system commissioning.

  • Design and manufacture a custom low-voltage wiring harness.
  • Program and calibrate the Motor Control Unit and digital dash interface for real-time telemetry.
  • Build and test high-voltage battery systems.
  • Validate cells and configure the Battery Management System.
  • Own electrical integration through commissioning.
RoleEV Systems Engineer
ScopeFull-vehicle integration
ControlsMCU · digital dash
BatteryCell validation · BMS
02 · Energy storageAztec Electric Racing

High-voltage tractive accumulator

The team’s first high-voltage tractive battery, developed with control-systems integration and validation documentation.

  • Researched, designed, and fabricated the accumulator.
  • Integrated the battery with vehicle controls.
  • Documented work for engineering reference and validation.
  • Passed accumulator structural inspection for the first time in team history.
RoleEnergy Storage Lead
OutcomeStructural inspection passed
DomainHigh-voltage systems
WorkDesign · fabrication · integration
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
04 · Aerospace competitionASME · SDSU

IAM3D competition drone

A four-part project plan carried through design, documentation, procurement, travel, and international competition.

  • Directed all project phases.
  • Implemented project-tracking and design-documentation tools.
  • Managed procurement and budgeting for materials, tools, and travel.
  • Led the team to a fourth-place international finish.
RoleProject Manager
Outcome4th internationally
ScopeFour-part project plan
OwnershipPlanning · budget · logistics
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 Office Intern
Outcome10% efficiency improvement
ContextDocument control · audits
Credential8 NASA certifications
Role context

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