Chemical Sciences BSc (Hons) (4 year route including a Foundation Year at Carmel College)

3 Years On Campus Bachelors Program

University of Liverpool

Program Overview

If you’re excited by science but want to strengthen your foundation before starting your degree, this four-year route is a perfect fit. You’ll begin with a supportive foundation year at Carmel College before joining the University of Liverpool’s top-ranked Chemistry Department, where you’ll explore the fascinating world of chemical sciences — from molecules and materials to sustainability and medicinal chemistry.

Curriculum structure

Foundation Year (at Carmel College):
Your journey starts with essential subjects in chemistry and mathematics, alongside options such as biology, physics, or geography. This year builds your confidence in science and prepares you to smoothly transition into university-level study at Liverpool.

Year 1:
You’ll cover the building blocks of chemistry through modules like Core Chemistry 1A and 1B, focusing on structure, bonding, reactions, and mechanisms. Alongside these, Foundations of Physical, Inorganic and Organic Chemistry (CHEM103) helps you strengthen your mathematical and analytical skills — everything you need for success in the lab and beyond.

Year 2:
In your second year, the focus shifts to applying your knowledge in more advanced areas such as spectroscopy, synthesis, and computational chemistry. You’ll spend more time in the lab, learning to design experiments, analyse data, and connect chemistry to real-world challenges like sustainable manufacturing and energy solutions.

Year 3 (Final Honours Year):
Your final year lets you specialise and take ownership of your learning. You’ll choose from topics like Materials Chemistry, Bio-nano Chemistry, Energy and Catalysis, and Theoretical and Computational Chemistry. A major research or project component gives you the chance to tackle a real scientific problem and showcase your professional and research skills.

Focus areas:
Materials chemistry, energy and catalysis, bio-nano chemistry, theoretical and computational chemistry, renewable and sustainable chemistry, problem-solving, and digital data analysis.

Learning outcomes:
By graduation, you’ll have strong lab and analytical skills, an in-depth understanding of chemical principles, confidence in using modern scientific tools, and the ability to apply chemistry to global challenges like healthcare and sustainability.

Professional alignment (accreditation):
This degree is accredited by the Royal Society of Chemistry (RSC), ensuring your studies meet the highest professional standards and giving you a pathway toward Chartered Chemist (CChem) status.

Reputation (employability rankings):
The University of Liverpool’s Department of Chemistry is internationally respected for its research in materials, energy, and sustainability. Around 88% of graduates are employed or in further study within 15 months, reflecting the strong career outcomes and support you’ll receive here.

Experiential Learning (Research, Projects, Internships etc.)

From your very first day, this degree gives you the chance to do chemistry, not just study it. You’ll spend time in state-of-the-art laboratories, get hands-on with professional-grade instruments, and learn from researchers who are actively shaping the future of chemical science. By starting at Carmel College, you’ll gain the confidence and scientific grounding needed to succeed when you move into Liverpool’s world-class facilities — including the University’s Central Teaching Laboratories and research spaces that mirror real industry environments.

Here’s how Liverpool helps you turn theory into experience:

Central Teaching Laboratories: You’ll carry out practical chemistry experiments in one of the UK’s most advanced teaching labs, designed to help students from different scientific disciplines work side by side and learn collaboratively.
Analytical Services Facility: Get trained on real research instruments — including Nuclear Magnetic Resonance (NMR) spectroscopy, mass spectrometry, elemental analysis, and chromatography — all tools used daily in professional chemical research and industry.
X-ray Diffraction Suite: You’ll explore how scientists reveal the atomic structure of new materials using high-resolution single-crystal and powder diffraction systems.
Technical and Workshop Support: Learn the practical side of maintaining and calibrating complex lab equipment with support from experienced technicians and engineers.
Research-Led Teaching: Your lecturers are active researchers, so you’ll learn directly from experts working on real problems in energy, materials, and sustainability.
Summer Research and Industry Placements: Many students take part in research internships or placements, gaining valuable experience in laboratory or commercial environments both in the UK and abroad.
Materials Innovation Factory: In later years, you’ll work alongside scientists in this world-class facility that combines university research with industrial collaboration, giving you a taste of life at the cutting edge of chemical innovation.
Collaborative and Digital Learning: Group projects, data analysis tasks, and digital tools are woven throughout the course — helping you build teamwork and data literacy skills that employers value.

Progression & Future Opportunities

Graduates from this programme leave ready to make an impact in the world of chemistry, equipped with hands-on experience, strong analytical skills, and professional confidence. Many step straight into roles such as formulation chemist, analytical scientist, research assistant, or site chemist, while others continue their studies to specialise even further. Your degree opens doors to both exciting careers in industry and research as well as leadership positions in science and technology.

Here’s how Liverpool helps you get there:

The Careers & Employability Service is with you every step of the way, offering personalised guidance on CVs, interviews, networking, internships, and graduate opportunities.
Graduates enjoy strong employment outcomes: around 90% are in work or further study within 15 months, with typical starting salaries around £27,000.
You’ll benefit from real connections with industry, with partnerships and collaborations involving companies such as GlaxoSmithKline and Unilever, giving you the chance to experience the workplace first-hand.
The programme is accredited by the Royal Society of Chemistry (RSC), meaning your degree carries long-term professional recognition and can support progression to chartered status.
Many alumni secure graduate roles in sectors like pharmaceuticals, materials, energy, consumer goods, and research, including companies such as Unilever, Shell, United Utilities, and Perstorp Caprolactones.

Further Academic Progression:
If you’re inspired to keep learning, you can continue with a master’s (MSc) or PhD, specialising in areas such as materials chemistry, bio-nano chemistry, or sustainable energy. Liverpool’s research-led teaching prepares you for advanced study, as well as for career paths in teaching, consultancy, or even patent law — giving you flexibility to shape your future.