My degree is a combined physics and medical physics programme, shared between UCL Medical Physics & Biomedical Engineering and UCL Physics & Astronomy.
In the Physics & Astronomy department, I’ve had the chance to explore fundamental physics : from astrophysics, quantum mechanics and solid‑state physics to statistical mechanics and general relativity.
On the Medical Physics & Biomedical Engineering side, I’ve focused on applying that knowledge to real clinical problems: MRI physics, medical image reconstruction, machine learning for imaging, and the physics of radiotherapy.
Mathematical Methods III - Fourier Transforms and General Relativity
Statistical Mechanics - Fermi Dirac and Bose Einstein Statistics
Computing in Medicine - Computational MRI and Digital Image processing
Physics of the Human Body - Cerebral Haemodynamics, Vision and Thermoregulation
Atoms, Stars and the Universe - Quantum physics and Astrophysics
Mathematical Methods III - Fourier Transforms and General Relativity
Statistical Mechanics - Fermi Dirac and Bose Einstein Statistics
Computing in Medicine - Computational MRI and Digital Image processing
Physics of the Human Body - Cerebral Haemodynamics, Vision and Thermoregulation
Atoms, Stars and the Universe - Quantum physics and Astrophysics