Chemistry with a Year in Industry BSc

4 Years On Campus Bachelors Program

University of Birmingham

Program Overview

This four‑year degree gives you the perfect mix of classroom learning and real-world experience. You’ll build a solid foundation in modern chemistry while getting the chance to spend a whole year in industry, seeing how chemistry shapes products and processes in the real world. It’s ideal if you love problem-solving, lab work, and want your studies to connect directly with a career.

Curriculum structure:
Year 1: You’ll start by exploring the essentials of chemistry, with modules like Introduction to Modern Chemistry, Chemistry in Action: Atoms, Molecules, Matter, and Introduction to Practical Chemistry and Research Skills. Alongside hands-on lab sessions, you’ll grasp the basics of atomic structure, simple reactions, and how to handle and analyse data confidently.

Year 2: The second year dives deeper into organic, inorganic, and physical chemistry. Modules such as Organic Chemistry: Structure, Reactions and the Science of Life, Molecules, Energy, Quanta and Change, and Molecular Signatures: Spectroscopy and Chromatography help you sharpen your lab skills and tackle more complex concepts. You’ll also start seeing how different areas of chemistry connect in practical applications.

Year 3 (Industry Placement): This is your chance to step into the working world. During your year in industry, you’ll put your knowledge to the test in a real lab or company, while also completing a Distance Learning for Year in Industry module. It’s all about gaining professional experience, teamwork skills, and seeing chemistry in action outside the classroom.

Year 4: Back at university, you’ll take on advanced, research-led projects, choosing modules that match your interests. Through Research Projects and optional modules, you’ll gain independence as a scientist, whether that’s in advanced spectroscopy, computational chemistry, or materials science.

Focus areas:
Industrial chemistry, lab techniques, materials, computational and biological chemistry, sustainable chemical processes.

Learning outcomes:
You’ll graduate ready to understand and apply core chemistry concepts, design and run experiments, communicate science clearly, solve problems, and thrive in industrial or research settings.

Professional alignment (accreditation):
Accredited by the Royal Society of Chemistry (RSC), meeting the professional standards for chemistry education.

Reputation (employability rankings):
Birmingham is ranked 9th in the UK for Chemistry, with a strong global reputation in physical sciences. Graduates are highly sought after by employers worldwide.

Experiential Learning (Research, Projects, Internships etc.)

At Birmingham, learning chemistry isn’t just about reading textbooks or listening to lectures—you’ll get your hands on real experiments from the very start. You’ll spend hours in modern labs, working alongside classmates, using advanced instruments, and learning to think and act like a professional chemist. And when you step into your year in industry, you’ll see exactly how chemistry drives real-world processes, giving you skills and confidence that employers value.

Here’s what you can expect:

Work in the Collaborative Teaching Laboratory (CTL)—a cutting-edge £45 million lab complex with spaces for wet chemistry, dry labs, and computer-based experiments.
Access to the Molecular Sciences Building, designed for chemistry and molecular sciences with specialist labs and collaborative research areas.
Use of digital tools and e-labs for pre-lab preparation, data analysis, and chemical modelling.
Hands-on lab experiments every week, learning to handle chemicals safely, operate spectrometers, analyse data, and write lab reports.
Experience group projects in lab sessions, and develop teamwork and communication skills during your year in industry.
A full industrial placement year, giving you real workplace experience, applying your chemistry knowledge, and building professional networks.
Support from research-active staff, access to advanced instrumentation, and resources from the university library and institutes.

You’ll leave the programme not just with knowledge, but with real practical experience, digital skills, and confidence in tackling real-world chemistry challenges.

Progression & Future Opportunities

Graduates leave Birmingham ready to take on exciting roles such as a chemical analyst in manufacturing, an R&D scientist in pharmaceuticals, a quality assurance chemist in materials companies, or a technical consultant in energy and sustainability. Thanks to the built-in year in industry, you won’t just have academic knowledge—you’ll have hands-on experience that employers value highly, giving you a real head start in your career.

Here’s how Birmingham helps you get there:

The Careers Network within the College of Engineering & Physical Sciences provides tailored support—helping with internships, graduate schemes, CVs, interview prep, and networking opportunities.
90% of chemistry graduates from Birmingham are in work or further study within 15 months of graduating, with an average starting salary around £31,000.
Your year in industry connects you with real companies, letting you apply your skills, gain workplace experience, and build professional contacts that often lead to job offers.
The degree is accredited by the Royal Society of Chemistry (RSC), giving long-term professional recognition and membership benefits.
Birmingham’s strong reputation—ranked 9th in the UK for Chemistry—means your degree carries weight with employers and postgraduate programs alike.

Further Academic Progression:
If you want to continue your studies, you could move on to an MSc in areas like medicinal chemistry, materials chemistry, or sustainable energy. For those leaning towards research, a PhD is also an option. With your strong lab skills, industry experience, and independent project work, you’ll be ready to thrive in advanced study and take on challenging research projects.