Mechanical Engineer — Ergonomics, LIDAR & Reverse Engineering
Master's student with hands-on experience across FSAE motorsport and an engineering startup. I specialise in driver interface design, LIDAR/3D scanning, reverse engineering, additive manufacturing, and structural analysis.
I work in the engineering services sector — specialising in reverse engineering and additive manufacturing. In FSAE, I led the Driver Interface team in 2025 overseeing the seat, steering systems, dashboard, and pedal assemblies — in 2026 I am designing the steering system. At an engineering startup, I apply LIDAR scanning, reverse engineering, and structural analysis to real-world industrial problems.
Lead Ergonomics Engineer
Melbourne University Racing2025 – 2026
Leading a team of up to 8 engineers to design, manufacture, and validate the complete driver interface package — seat, headrest, harness, steering column, steering wheel, dashboard, and pedal box. Our efforts allowed us to pass mechanical scrutineering for Ergonomics components on the first attempt, and contributed to achieving the best result for MUR in 5 years.
Business Development Manager
Babylon Engineering2026 – Present
Contributing to a range of technical engineering projects spanning scanning, reverse engineering, and design. I also work to drive new revenue generation and market expansion through innovative business strategies. Responsible for managing projects like the launch of a new e-commerce platform, from defining the initial architecture and user features to hiring and directing the necessary technical talent.
Optimisation of steering column and mounting assembly using FEA.
Carbon fibre plate with custom 3D-scanned ergonomic grips.
Calculates the velocity fluctuation introduced by a double universal joint system in real-time. The goal is to match joint angles so the velocity ratio stays flat at 1.0.
Our design improved linearity from approximately α1=30°, α2=20° to α1=31°, α2=29°.