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Download the PDF — one page, A4Aerospace engineeringHonours, final yearRMIT · Graduating 2026
Final-year aerospace engineering (Honours) student at RMIT, graduating in semester 2, 2026, and heading for guidance, navigation and control. I design control systems and then measure them: a genetic algorithm that tunes its own settings and reports what they cost, and a fixed-wing UAV generated from a parametric digital twin.
Responsible for the GA on an RMIT team capstone; MasterGA is the rebuild
A genetic algorithm that tunes its own settings, grown out of a flight-control capstone.
MATLAB, Simulink, Parallel Computing Toolbox
Sole designer and builder
A fixed-wing surveillance UAV, sized from first principles and built from a parametric twin.
MATLAB, Python, Fusion 360, SolidWorks, ArduPlane
Bachelor of Engineering (Honours), Aerospace Engineering
RMIT University
Honours thesis on genetic algorithm optimisation of flight control systems. Coursework in autonomous systems, flight dynamics and control, aerodynamics and advanced engineering mathematics. Expected completion semester 2, 2026.
Victorian Certificate of Education
Girton Grammar School, Bendigo
Subject dux in systems engineering, physics and environmental science.
Sole trader — CAD, 3D printing and laser cutting
Self-employed
End-to-end product work: client brief, CAD in SolidWorks and Fusion 360, manufacture, quality check, delivery. Operating a 70 W CO2 laser cutter for production runs, managing tolerances and material selection independently.
Labourer
Regional Greenworks Contracting
Continuous employment since 2019, maintained through full-time study. Heavy machinery operation, concrete work, retaining wall construction.
Mechanical and electrical team member
Girton Racing Team and Shell Eco-Marathon Asia
Trike racing vehicle build and maintenance; electrical and mechanical contribution to an efficiency competition entry.