BEng Mechatronics & Robotics — Exoskeletons • High-Precision Embedded Systems • Autonomous Machines
BEng Mechatronics & Robotics graduate, University of Leeds 2025.
Designed and delivered a lightweight upper-limb rehabilitation exoskeleton with closed-loop control, 20% weight reduction via topology & material optimisation, and a remote therapy interface as my final-year project.
Hands-on expertise across the full robotics stack: embedded C/C++, STM32 & RP2040 firmware, real-time control systems, FPGA development (Verilog), SolidWorks mechanical design, 3D printing/CNC prototyping, sensor fusion, and hardware-software integration.
Immediately available and actively seeking 2025/26 graduate roles in exoskeletons, medical/rehabilitation robotics, high-precision embedded systems, and autonomous machines.
Oct 2024 – May 2025
Final-year project: Low-cost powered exoskeleton for elbow & wrist rehabilitation. SolidWorks design, 20% weight reduction, closed-loop control, remote therapy interface.
Mar 2020 – Feb 2021
7 ft wingspan EDF-powered scale model. Depron foam & carbon fibre, ATmega328P flight controller, 20% weight reduction.
Mar – May 2024
Full C++ implementation with joystick, LCD display, and buzzer. Real-time peripheral integration.
Mar – May 2024
Verilog sequential logic design, ModelSim simulation, Quartus synthesis and deployment.
Mar – May 2023
STM32L476RG control system with cycle selection, sensors, power management, and serial monitoring.
April 2024 – May 2024
Designed in SolidWorks and fully 3D printed. Vintage-style four-wheeled chassis with large spoked wheels, gear-driven transmission (meshing spur gears), engineered to carry a 2 kg payload reliably.
Currently open to robotics, exoskeleton, and high-performance embedded roles.