*Classical mechanics
*Electromagnetism
*Quantum mechanics
*Statistical mechanics
*Optics
Elective subjects
*Acoustics
*Atomic and molecular physics
*Chemical physics
*Computational physics
*Condensed matter physics
*Cosmology
*Elementary particles
*Fluid mechanics
*General relativity
*Geophysics
*High energy physics
*Mathematical physics
*Medical physics
*Nuclear physics
*Photonics
*Plasma physics
*Quantum information
Practical work
*Laboratory work is an essential component of a BSc Physics degree. Students will typically spend several hours per week in the laboratory, working on experiments that illustrate the concepts they are learning in lectures and tutorials.
Assessment
*Students are typically assessed through a combination of coursework (such as assignments and quizzes) and exams (both mid-term and final).
Career opportunities
*A BSc Physics degree can lead to a wide variety of career opportunities in the public and private sectors. Some common career paths include:
*Physics researcher
*Teacher
*Engineer
*Data scientist
*Financial analyst
*Consultant