Power · control · verification

I learn by taking systems from theory towards proof.

Completed power studies sit beside active embedded and autonomy work. Each project shows what I decided, what I produced, and where the evidence currently stops.

TheorySystem decisionVerification

Verified case study
Commercial LV Cabling Design
Standards-traceable 400 V design for a three-tenancy commercial complex.
1. TheoryAS/NZS requirements
2. System decision400 V cable and protection design
3. VerificationVoltage drop and fault checks
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Verified assessment
1 MW Solar Grid-Connection Assessment
Connection voltage, compliance, protection, and storage assessed against network and inverter requirements.
1. TheorySAPN and AS/NZS requirements
2. System decisionLV and HV connection options
3. VerificationHosting-capacity conclusion
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Active capstone · systems design
GPS-Denied Autonomous UAV
Indoor autonomy planned through requirements, sensing, control, and staged test gates.
1. PlanningRequirements and architecture
2. Current frontierHardware and software integration
3. VerificationStaged tests and measured results
See current work

standards + verification
buildability + physical systems

I learn by taking systems from theory towards proof.

Project journeys

Commercial LV Cabling Design

1 MW Solar Grid-Connection Assessment

GPS-Denied Autonomous UAV