About
Solar systems,
from grid to factory.
I am an electrical engineering student in Adelaide focused on solar power systems and grid integration. My work is grounded in standards-based design and Australian solar manufacturing experience.
Approach
Start with constraints.
I start with constraints: define the requirement, expose assumptions, build the smallest useful test, then explain what the result means. Moving from comfortable hospitality work into a degree-adjacent solar-manufacturing role was deliberate; it keeps me closer to engineering practice.
Outside work and study, I keep building at the bench: small systems where limitations stay visible and useful.
At TAFE SA, I have worked through standards-informed electrical design: cable sizing, protection, grid-connection reasoning, single-line diagrams, wiring schedules, and compliance matrices. My current path leads into Electrical and Electronic Engineering at Adelaide University, expected 2028.
Work evidence
Manufacturing made it practical.
- At Tindo Solar, production work gives me direct exposure to solar-panel manufacturing, 5S, Kaizen, quality checks, and fault-finding culture.
- Shadowing RCA and 8D problem-solving has connected engineering decisions with process reliability and operator reality.
- Kitchen supervision taught me team coordination, training, stock control, and calm decisions under pressure.
Technical direction
Solar and grid integration first.
- Power evidence: AS/NZS 3000, AS/NZS 3008, AS/NZS 4777.2, SAPN TS132/TS133, solar manufacturing, and distribution-focused coursework.
- Broader systems work: GPS-denied UAV planning, embedded electronics, controls, and DFMA.
- I keep public portfolio evidence sanitised: useful engineering claims stay visible without exposing restricted detail.