Physics and Astrophysics BSc

Program Overview

The Physics and Astrophysics BSc program explores the fundamental concepts of physics while specializing in astrophysics. Students develop analytical, problem-solving, and presentation skills, benefit from state-of-the-art astronomy facilities, and have the option to study abroad or specialize in computer science in their third year. Graduates pursue careers as scientific researchers, energy consultants, or pursue advanced studies leading to PhDs and careers in academic research.

Program Outline

Degree Overview:

This Physics and Astrophysics BSc degree is designed for students fascinated by astronomy and eager to unravel the mysteries of the universe through scientific study, mathematics, computing, and experimental work.

• To equip students with the transferable skills necessary for a successful career, including problem-solving, computing, and presentation skills.
• To offer students access to excellent astronomy facilities, such as the Astro laboratory and the Observatory, for project work and hands-on experience.

Outline:

Structure:

• The program is a three-year Bachelor of Science (BSc) degree.
• It is identical to the MSci version for the first two years, allowing students to decide between the BSc and MSci options at the end of the second year.
• Students can choose to study abroad for their third year or take a year out in computer science.

Course Schedule:

• Year 1:
• Classical Mechanics and Relativity 1
• Classical Mechanics and Relativity 2
• Electromagnetism and Temperature and Matter
• Introduction to Astrophysics
• Introduction to Probability and Statistics
• Mathematics for Physicists 1A
• Mathematics for Physicists 1B
• Physics and Communication Skills 1
• Physics Laboratory 1A
• Physics Laboratory 1B
• Quantum Mechanics and Optics and Waves
• Year 2:
• Electromagnetism 2
• Mathematics for Physicists 2A
• Mathematics for Physicists 2B
• Observational Astronomy
• Optics
• Particles and Nuclei & A Quantum Approach to Solids
• Physics and Communication Skills 2
• Physics Laboratory 2
• Quantum Mechanics 2
• Space Research/Astro Project
• Statistical Physics and Entropy
• Structure in the Universe
• Year 3:
• Core Modules:
• General Physics
• Group Studies
• Observatory Laboratory
• Quantum Mechanics 3
• Statistical Physics
• Compulsory Modules:
• Scientific Computing Laboratory 1
• Scientific Computing Laboratory 2
• Optional Modules:
• Atomic Physics
• Biophysics
• Chaos and Dynamical Systems
• Complex Variable Theory
• Condensed Matter Physics
• Evolution of Cosmic Structure
• Exoplanets
• Fission and Fusion
• Images and Communications
• Medical Imaging
• Nuclear Physics
• Observational Cosmology
• Particle Physics
• Physical Principles of Radar
• Physics Critique
• Physics Teaching in Schools
• Radiation and Relativity
• The Life and Death of Stars

Assessment:

• Modules are assessed through a variety of methods, including:
• Exams
• Class tests
• Problem sheets
• Lab assignments
• Project reports
• There is a strong emphasis on project work in the final year.
• Lab work is assessed continuously throughout the term.

Teaching:

• Most modules are delivered through traditional lectures given by active physics researchers.
• Students also learn through:
• Tutorials
• Examples classes
• Guided study
• Laboratory practicals
• Project work
• Students are assigned a personal tutor for the first two years, meeting weekly in groups of no more than four students.
• Personal tutors also offer pastoral support.
• Lecturers are world leaders in their fields, many having been involved in celebrated scientific discoveries.
• Academics are passionate about sharing their knowledge and expertise.

Careers:

• Graduates have a wide range of career options, including:
• Scientific researcher
• Medical physicist
• Energy consultant
• Defence analyst
• Meteorologist
• Statistician
• Financial services analyst
• Business consultant
• Over 40% of graduates pursue further study, with around two-thirds pursuing research leading to a PhD.
• A PhD opens doors to careers requiring advanced scientific knowledge and is a common route into academic research.
• Other postgraduate options include specialized masters in physics, engineering, computing, or teaching qualifications.

Other:

• The program is accredited by the Institute of Physics.
• The University is also home to one of the four UK Quantum Technology hubs, developing state-of-the-art quantum sensors.
• The program offers a friendly and supportive environment, with weekly tutorials and an open-door policy for lecturers.
• Students have the opportunity to participate in internships and work experience programs.
• The Careers Network provides a range of services to help students identify and achieve their career aspirations.