BSc in Physics

3 Years On Campus Bachelors Program

University of East Anglia

Program Overview

This degree gives you a strong foundation in core physics — from matter and energy to quantum phenomena and geophysics — combined with options to explore applied areas like computing and fluid mechanics. It suits curious, mathematically confident thinkers who want to solve problems, work with cutting-edge research and choose from topics as diverse as astrophysics or geophysics.

Curriculum structure
Year 1: You’ll begin by mastering broad fundamentals: modules cover physics topics such as quantum mechanics, astrophysics and relativity, paired with mathematics for scientists — all in small-group teaching where you build your skills in labs and modelling.
Year 2: In your second year you delve into intermediate physics and advanced mathematics, while beginning to specialise via optional modules in areas like electronics, energy, oceans or meteorology. You’ll tackle deeper topics and start shaping your own direction within physics.
Year 3: In the final year you choose from advanced options and complete an independent research project on a topic that most excites you. This is where you apply what you’ve learned and demonstrate your skills in problem-solving, modelling and physics research.

Focus areas:
“Fundamental physics; quantum and astrophysics; geophysics and fluid mechanics; computational methods and applied physics”

Learning outcomes:
“You will develop analytical and mathematical fluency in physics, conduct experimental and computational investigations, specialise in areas of applied physics, and communicate complex scientific ideas confidently”

Professional alignment (accreditation):
The programme is influenced by leading physics research at UEA and places you in strong standing for research or physics-involved careers.

Reputation (employability / rankings):
UEA’s physics courses are research-driven, and the school emphasises small class sizes, strong student support and flexible, career-oriented teaching.

Experiential Learning (Research, Projects, Internships etc.)

If you join the University of East Anglia (UEA) BSc Physics programme, you’ll get more than lectures—you’ll pick up real, practical physics skills using modern facilities and collaborate on projects from day one. The department emphasises small-group teaching, high-tech labs and direct access to research staff so your learning is active, hands-on, and relevant.

Here’s how that practical experience plays out:

You’ll work in UEA’s newly built physics laboratories where each year includes lab-work tied to your modules, reinforcing theory with experiments and data-analysis.
Computing and modelling skills are embedded into the degree, letting you use software and tools that scientists use—for example in modules exploring fluid mechanics, geophysics or quantum physics.
In your final year you’ll take a specialist project module where you design, execute and report on a topic you choose, under supervision—this means genuinely applying your physics knowledge to something new.
You’ll benefit from facilities like the Thermofluids Research Laboratory (for experimental and computational work) and other high-tech equipment that support both teaching and research.
The campus environment supports your study too, with library access and other study spaces that back your experimental work and allow you to dive into data, literature and collaboration.

Progression & Future Opportunities

If you join the BSc (Hons) Physics programme at the University of East Anglia (UEA), you’ll graduate with a versatile physics grounding that positions you well for roles such as Research Scientist, Data Analyst, Space Systems Engineer or Physics Educator. Here’s how this degree sets you up for the future:

Progression & Future Opportunities:

UEA’s dedicated Careers Service supports you with one-to-one guidance, employer-networking events, and tailored support for science graduates—helping you explore and land graduate-level roles.
Employment statistics show that graduates in physical sciences from UEA earn around £28,000 15 months after graduation, with a typical range between £25,000-£33,000.
The university already reports that 84% of the 2020/21 cohort were in professional or managerial work or further study 15 months after graduation.
While specific industry-partnerships aren’t all detailed publicly for this programme, UEA’s research strengths (in, for example, environmental physics and applied modelling) create opportunities for project work and internships that align with employer-needs.
Long-term accreditation value: the rigorous physics content at UEA ensures you’re eligible for a wide range of technical and scientific roles—and sets you up for postgraduate study or registration with professional bodies.
Graduation outcomes: the latest publicly-available data shows a healthy trajectory of employment and further study among UEA’s physics/physical sciences graduates, demonstrating strong progression.

Further Academic Progression:
After finishing this BSc you could move on to postgraduate study—such as an MSc or MRes in Physics, Astrophysics, Data Science or Engineering—or pursue a PhD if you’re keen on research. UEA’s strong research environment means you’ll be well-prepared to take that next step straight away.