Embedded Systems · Simulation · Optimisation · Control. End-to-end design of multidisciplinary systems—from first principles through simulation and optimisation.
Architected from the ground up. Programmes move from physical constraints to working simulations as one continuous workflow, not a fragmented task list.
Coupled-domain modelling. Mechanical, control, and software systems are simulated together to expose physical trade-offs before hardware exists.
Verified, not assumed. Design points are cross-checked against physical limits and numerical uncertainty before reporting results.
Projects carried from initial constraints through physics modelling, code implementation, and optimisation. Open a system to see how the domains connect.
Real engineering systems don't fail in isolation—a software bug crashes the mechanics just as easily as a mechanical failure breaks the code. This matrix shows how deeply each domain is woven into each project.
Indexed and version-controlled reports, simulations, and code repositories.
Optimisation Engine Source Code
Parametric SolidWorks CAD Package
Team Final Report
Mathematical Modelling Report
