• Used Autodesk Fusion 360 to create a 3D CAD model of a miniature formula one car while pertaining to official Formula 1 regulations on size, mass and dimensions of certain parts.

• Conducted Wind tunnel and CFD testing on the prototype design to analyze ways in which the car could be made more aerodynamic and the design could be made lighter and faster.

• Used polyurethane 3D printing to manufacture the body of the car then used power tools to assemble and race the final design, winning 2nd place nationally in the United Arab Emirates.

• Created 3D models of a compartment system to hold toppings for a robot-powered Subway Maker in SolidWorks (left). After an FEA fatigue analysis (middle) was done to ensure the components would be resistant to wear and tear, the components were 3D-Printed and integrated into the whole assembly (right) to allow for seamless sandwich assembly. 

• The robot was coded in C to autonomously pick up the correct toppings and assemble the sandwich based on the user's selection.

• Used SolidWorks to design a 3D CAD model of a custom SpaceX Starship SN15 spacecraft with two rotating stainless steel rings attached with merlin engines to provide horizontal rotation and generate artificial gravity.

• Used Blender to run physics simulations testing the artificial gravity produced by different iterations of the spacecraft to produce the optimal model.

Solar-powered smart composting system

• Used SketchUp Pro to create a design for a smart composting system that is environmentally friendly and solar powered with the capability of being placed in school cafeterias and classrooms to reduce food wastage by 35%.