University of Cambridge

Built and solved mathematical models of physical systems, analysed mechanical and fluid behaviour, and used Python for engineering computation. Developed practical CAD, technical drawing, digital electronics and microcontroller experience, alongside structured engineering design and technical communication.

Developed stronger system-level analysis across mechanics, electronics, control and communications. Worked with feedback systems, Fourier methods, probability, linear algebra and engineering data, while becoming more comfortable translating between physical systems, mathematical models and computational solutions.

Built more specialised models across aerodynamics, dynamics and control. Worked with panel and boundary-layer methods, numerical fluid modelling, state-space systems, signal processing, feedback control, optimisation and stochastic methods, with greater emphasis on validating computational models rather than simply implementing them.