The second robotic chassis I designed, created as an improvement to revision 1.0, from the ground up.

Initial robotic design with large isolated power supplies and a more fixed, non-modular format.

A robotic arm designed within a week for the 2026 Halton Skills Robotics competition.

A Generative drone design, containing placeholder components mounted on a robust, generative design-study derived drone.

A realistic jet engine that I developed in order to gain a better understanding of jet engine internal design and complex assemblies.

A flight controller I made after learning from my previous flight controller designs, as well as other non-flight controller PCBs I created. This one was designed to be extremely capable and compact, albeit too expensive to realistically produce.

A commissioned Warhammer 40k corvette, which changed my design philosophy for detailed models.

The first plane model I replicated in my Grade 12 Tech Design semester, using form modelling rather than multiple lofts.

A portfolio model which I created for a friend to use. The model is based around the Eta shuttle from Star Wars.

A commission for multiple different variants of a mech, which allowed me to experiment with different design styles and helped me work on my skills in changing between design styles quickly.

A long-term, large-format ship model I was commissioned for, including a fully detailed interior with texturing.

An F-16 CAD model that was the last model of my Grade 11 Tech Design class, marking an extreme advancement over my first plane model from the beginning of that semester.

A figurine model based on Stitch from Lilo and Stitch, made for a project in my Grade 11 Tech Design class.

An F16 console, which I made after being inspired by full-cockpit simulators I saw online. This gave me an introduction to the sheet metal tool, as well as experience with designing for external components.

A KV2 tank I made for a toy design project; for this model, I made a fully articulated version for the wheels, suspension, and turret to spin, as well as a single-articulated version, where only the turret spun.