Physics BSc
Study of the fundamental laws governing matter, energy, space, and time, developing mathematical, experimental, and analytical skills to understand the physical universe.
Is this for you?
This degree could suit you if you:
Enjoy physics and maths
Are curious about how the universe works
Like problem-solving
Want a science or tech career
Are analytical
Popular Career Fields
Research & Academia
Engineering & Construction
Aerospace & Defence
Finance & Banking
Your Personality Might Be:
Analytical thinker
Engineering & Construction
Curious investigator
Abstract reasoner
What is it?
What is a Physics degree?
Physics is a core science degree that explores how the universe works, from subatomic particles to galaxies and cosmology.
You’ll study classical and modern physics, mathematics, and experimental methods to model, test, and explain physical phenomena.
Physics underpins many modern technologies, including computing, engineering, medical imaging, renewable energy, and space science, making it one of the most versatile STEM degrees.
Why study Physics?
If you enjoy problem-solving, mathematics, and understanding how the world works at a fundamental level, Physics offers both intellectual challenge and career flexibility.
It helps you understand:
The laws of motion, energy, and forces
Electricity, magnetism, and waves
Quantum mechanics and relativity
How experiments test scientific theory
How physics drives technological innovation
Physics graduates are highly valued for their analytical and quantitative skills.
Course Summary
Study of the fundamental laws governing matter, energy, space, and time, developing mathematical, experimental, and analytical skills to understand the physical universe.
What you'll study
Most Physics degrees cover:
Classical mechanics and dynamics
Electricity, magnetism, and electromagnetism
Quantum mechanics and atomic physics
Thermal physics and statistical mechanics
Mathematical methods for physicists
Experimental techniques and data analysis
Skills You'll Gain
An Physics degree builds scientific and research skills including:
Advanced mathematical and analytical skills – enabling you to solve complex quantitative problems.
Experimental and laboratory skills – supporting accurate measurement, testing, and data analysis.
Computational and programming skills – often using Python, MATLAB, or similar tools.
Scientific communication – equipping you to present technical information clearly.
Critical thinking and problem-solving – preparing you to tackle unfamiliar challenges logically.
Pathways, Placements and Work Experience
CAREERS
Career Pathways
Common Job Titles
Physics graduates work in a wide range of roles, including:
Physicist or Research Scientist
Data Analyst or Quantitative Analyst
Software Developer or Engineer
Systems Engineer
Technical Consultant
Medical Physicist (with postgraduate training)
Patent Examiner
Science Teacher (with PGCE)
Work Experiences & Placements
Many Physics degrees offer strong support for gaining practical experience, either through optional placement years or structured work-based learning opportunities.
Typical work experience opportunities include:
Research placements in university or national laboratories
Engineering, technology, or electronics companies
Energy, renewables, or nuclear industries
Aerospace, defence, or space agencies
Data analysis, software, or quantitative roles
Medical physics or imaging departments (with further training)
Universities often support placements through careers services, industrial partnerships, and summer research internships.
Work experience helps students apply physics knowledge in real-world settings, develop professional skills, and clarify career interests.
Salary Profile
Coming soon
Qualifications, Personal Satement, What to do Next?
AM I ELIGIBLE?
Entry Requirements
A-levels or equivalent including Maths and Physics. Further Maths is highly beneficial and often recommended. Some universities may accept Maths plus a second Science, but Physics is strongly preferred or required.
Personal Statement Tips
Show enthusiasm for physics, maths, and problem-solving.
Mention specific topics that interest you (e.g. quantum physics, space, energy).
Highlight practical experience, projects, or competitions if applicable.
Demonstrate resilience, curiosity, and analytical thinking.
What to do Next
Strengthen mathematical skills, especially calculus and algebra.
Explore coding or computational physics tools (e.g. Python).
Look for summer schools, research placements, or STEM work experience.
Research specialist pathways (astrophysics, applied physics, engineering).
Wider Reading
A Brief History of Time – Stephen Hawking
A classic introduction to cosmology, space, and time.Six Easy Pieces – Richard Feynman
A brilliant, accessible introduction to fundamental physics concepts.The Elegant Universe – Brian Greene
An engaging exploration of modern physics, relativity, and string theory.Surely You’re Joking, Mr Feynman! – Richard Feynman
An entertaining insight into the life and mindset of a physicist.Why Does E = mc²? – Brian Cox & Jeff Forshaw
A clear explanation of one of physics’ most famous equations and its meaning.