Hello, I'm
Mechanical Engineer
MEng Student at University of Manchester
Final year MEng Mechanical Engineering student at Manchester, on track for a First. I like building things that work, whether that's running CFD sims, stress-testing designs in FEA, or writing Python scripts to automate the boring stuff.
Most of my projects sit somewhere between physics and code. I've spent a lot of time in Star-CCM+, Abaqus, and ANSYS Fluent trying to make simulations match reality, and I've picked up enough programming to glue it all together.
Outside of coursework, I ran the Mechanical Engineering Society and the Manchester Solar Car Society as President. That meant coordinating design teams, organising workshops, and occasionally convincing 200 people to show up to things.
Designed a lightweight, user-centric assistive device using CAD and iterative prototyping. Applied structural analysis to optimise component geometry and ensure product durability.
Developed automated tools for vessel efficiency assessment and regulatory compliance. Supported structural integrity assessments of marine components using materials engineering principles.
Leading a 13-member team through design, analysis, and manufacture of a solar-powered vehicle. Conducting structural FEA in Abaqus and CFD validation for vehicle geometry optimization.
Performed nonlinear FEA on braking components to evaluate stress concentrations under high-speed loads. Assessed fatigue life and failure modes, leading design reviews and physical testing.
Computational engineering simulations and analysis
Detachable handle with sensors and vibratory actuators providing real-time obstacle detection for visually impaired users.
Lightweight rehabilitation device for post-operative knee recovery with 120° range of motion.
CalculiX finite element analysis of offshore floating platform motion with realistic mooring line dynamics.
Thermal-mechanical simulation of HTTR-type hexagonal graphite moderator brick with IG-110 material properties.
Symbolic regression using PySR to discover mathematical equations governing wing parameterization from aerodynamic requirements.
Gas mixture dispersion analysis for maritime tank venting using CFD at DNV.
Excel-based carbon intensity calculator for vessel emissions compliance at DNV.
Y3 Design Challenge - Kink removal system with hose advancer for optimized firefighting.
FEA and thermal analysis of high-speed braking components for Hyperloop Manchester.
3rd Year MEng Research Project
An iterative design methodology combining aerodynamic drag minimisation with solar panel energy yield optimisation for a lightweight vehicle structure.
I'm always open to discussing new opportunities, research collaborations, or just having a chat about engineering.