"The important thing is to never stop questioning."

As part of my Computer-Aided Engineering (CAE) coursework, I explored a range of design, modeling, and Simulation tasks using SOLIDWORKS and simulation tools. These projects allowed me to apply advanced CAD techniques, perform realistic visualisations, and run simulations to optimise both aesthetics and engineering performance.

One of my first tasks was to reverse engineer an Arabian Teapot based on provided dimensions and drawings. I used advanced surfacing tools, splines, and lofting techniques to create a detailed 3D model, and then generated photorealistic renders using SOLIDWORKS Visualise.

I also worked on the design and simulation of a wind chime, aiming to produce a specific musical note of 544.5 Hz. Through design studies, I compared different lengths, thickness, outer diameter and materials to strike the right balance between musical note accuracy, aesthetics, ease of manufacture, and cost-effectiveness. The 6063 aluminium alloy was found to provide the best overall balance.

Another key part of the coursework was optimising a bicycle crank arm using topology optimisation techniques. I tested various design configurations and evaluated aluminium, stainless steel, and titanium alloys to determine the most effective combination of weight, strength, and manufacturability. For more details, my full report and additional resources are available below.