Mini Project 1
Subtitle
Short description of what this build is.
I design, build, and break things that move — from autonomous robots and CNC-machined assemblies to high-performance vehicles.
/ 01 —Motorsport / Mechanical
Chassis & Aerodynamics Lead
Designed the monocoque-tubular hybrid chassis and full aero package for a 220kg open-wheel racecar. Achieved 18% lap-time improvement over the prior season through CFD-validated aero and reduced unsprung mass.
Carbon front wing — final layup
/ 02 —Robotics / Embedded
Mechatronics & Perception
Six-wheel rocker-bogie rover with stereo vision SLAM, ROS2 navigation stack and a 5-DOF arm. Won 2nd place at the University Rover Challenge regional qualifier.
Stereo head — field test
/ 03 —Aerospace / Electronics
Custom Frame & Flight Stack
7-inch carbon frame with custom PDB, Betaflight tuning and a 5.8GHz analog/digital hybrid video link. Designed for 25-minute endurance freestyle and cinematic shots.
7-inch build — bench powered
/ 04 —EV / Power Electronics
Powertrain & Battery Pack
Converted a TaG kart to a 96V / 8kWh LiFePO4 platform with custom BMS, regen braking and a CAN-based dashboard. Hand-built pack with active balancing.
96V LiFePO4 pack — assembled
/ 05 —Fabrication / Mechatronics
Mechanical Design & Controls
Compact 5-axis CNC mill with trunnion table, ground ballscrews and a LinuxCNC-driven controller. Built to mill aluminium prototypes in-house.
Trunnion assembly — first chips
/ 06 —Biomechatronics
Actuation & Control Loop
Single-joint powered knee exo with a quasi-direct-drive actuator and torque-sensing transmission. Real-time gait phase estimation on an STM32.
Bench dyno characterisation
/ 07 —Aerospace / Embedded
Structures & Power
Student-built 1U CubeSat bus with deployable solar panels, a magnetorquer ADCS and an STM32H7 OBC. Vibration-tested to NASA GEVS.
Flight model — pre-vibe
/ 08 —Robotics
Legged Locomotion
12-DOF quadruped using brushless QDD actuators and an MPC controller running on a Jetson. Trots, stands and recovers from pushes.
First trot in the lab
/ 09 —EV / Power Electronics
Custom Motor Controller
Hand-built mid-drive e-bike with a custom FOC motor controller, torque-sensing bottom bracket and a CAN-connected display.
Controller v3 — bench test
/ 10 —Aerospace
Airframe & Flight Controls
Twin tilt-rotor VTOL with a carbon-foam wing, custom mixer and PX4-based flight stack. Hovers, transitions and cruises at 22 m/s.
First successful transition
/ 11 —Power Electronics
Thermal & Packaging
200 kW SiC traction inverter with a brazed cold plate, integrated busbars and a CAN-FD control board. Validated on a back-to-back dyno.
Cold plate — flow tested
/ 12 —Robotics / Manipulation
Harmonic Drives & Vision
Tabletop 6-DOF arm with harmonic drive joints, a wrist-mounted camera and MoveIt2-based pick-and-place. Repeatability under 0.1 mm.
Pick-and-place demo
Side projects, experiments, and one-offs.
Subtitle
Short description of what this build is.
Subtitle
Short description of what this build is.
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Short description of what this build is.
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Short description of what this build is.
/ Contact
Open to internships, collaborations, and ambitious side-projects.
alex@example.com→