Level 3

Core modules (3A) 

Autumn semester

• MPY308 Clinical Engineering and Computational Mechanics (10 credits)

• PHY304 Particle Physics (10 credits)

• PHY332 Atomic and Laser Physics (10 credits)

• PHY380 Solid State Physics (10 credits)

Academic Year

• CDL303 Medical Physics Research Project (20 credits, split 10:10)

• PHY384 Problem Solving in Physics (10 credits, split 5:5)

Spring semester

• COM3001 Modelling and Simulation of Natural Systems (10 credits)

• PHY303 Nuclear Physics (10 credits)

• PHY339 Statistical Physics (10 credits)

The core modules total 100 credits, split 55:45 between semesters. 

Approved modules (3B)

A student will take 20 credits from this group

Autumn semester

• PHY235 Programming in Python (10 credits)

• PHY379 Dark Matter and the Universe (10 credits)

• PHY383 Introduction to Soft Matter and Biological Physics (10 credits)

Spring semester

• PHY31001 Physical Computing (10 credits)

• PHY31003 Astrobiology (10 credits)

• PHY313 Mathematical Physics (10 credits)

• PHY378 Physics in an Enterprise Culture (10 credits)

• PHY382 Semiconductor Physics and Technology (10 credits)

• PHY386 Origin of the Chemical Elements (10 credits)

Take note (3D)

A student must achieve a pass mark in a final year Physics or Medical Physics project (MPY325) in order to be eligible for an Honours Degree.