A parametric MATLAB simulation that brings a six-bar mechanism to life through motion, math, and visualization. Computes positions, velocities, and accelerations in real time while turning kinematic theory into an animated figure

A smart lock add-on that turns any existing deadbolt into a phone-controlled system. Designed for renters, built for simplicity, and engineered to work without permanent modification.

An immersive consulting program in Cape Town where students partner with local entrepreneurs to solve real business problems. I helped design practical financial, marketing, and operational systems that supported real livelihoods, not classroom case studies.

A fully modeled acoustic guitar built from scratch in SolidWorks, capturing complex organic surfaces, internal components, and assembly structure. Demonstrates advanced surface modeling, parametric design, and attention to real-world geometry.

Automated Pedestrian Crosswalk Warning System is a smart safety system that detects pedestrians and dynamically triggers warning signals for drivers. Blends sensing, control logic, and real-world constraints into a functional traffic-safety solution.

A hands-on project where I parted out a Mazda Miata, sold the components, and turned a non-running car into a profit. Built mechanical confidence, problem-solving skills, and real experience making decisions with time, tools, and money on the line.

A personal passion focused on photographing tornadoes and powerful thunderstorms. Combines travel, forecasting, patience, and timing to capture rare moments of extreme weather, turning complex atmospheric patterns into striking visual documentation from the field.