University of Leicester

What you'll study

The programme delivers a broad, coherent chemistry curriculum combining lectures, tutorials and extensive laboratory work. In the first year you study foundational modules covering inorganic, organic and physical chemistry alongside analytical techniques and laboratory skills. Core topics typically include atomic and molecular structure, bonding, basic reaction mechanisms, thermodynamics, kinetics and introductory spectroscopy.

In the second year the emphasis moves to more advanced theory and practical competence: synthetic methods, physical methods of analysis, instrumental techniques (chromatography, mass spectrometry, NMR), reaction kinetics and quantum chemistry. You will also encounter applications such as medicinal, materials and environmental chemistry and begin to take optional modules to shape your interests.

The final year focuses on specialist options and an independent research project supervised by academic staff. Typical optional topics include advanced organic synthesis, inorganic materials, computational chemistry, supramolecular chemistry, catalysis and sustainable/green chemistry. The year culminates in a substantial laboratory- or literature-based research project that develops experimental planning, data analysis and scientific communication skills.

• High-volume practical laboratory work and training in analytical instrumentation
• Problem-solving, data analysis and scientific writing
• Optional modules to pursue interests in medicinal chemistry, materials or computational methods
• Independent research project in the final year
• Opportunities for an industrial placement year or a year abroad where available

Entry requirements

Typical entry requires A-levels or equivalent qualifications with good grades in Chemistry plus at least one other science or mathematics subject. Universities commonly ask for a range of grades dependent on the programme variant; applicants without A-level Chemistry are usually expected to hold a suitable alternative such as chemistry at an equivalent level or a relevant foundation year.

Applicants presenting other qualifications (BTEC, Scottish Highers/Advanced Highers, Irish Leaving Certificate) should check subject equivalence; demonstrated competence in laboratory work and mathematics is often required. International applicants provide equivalent qualifications and evidence of English language proficiency. Prospective students with non-standard backgrounds are encouraged to contact admissions to discuss individual circumstances.

Career prospects

Graduates with a BSc in Chemistry have a wide range of career options. Many enter laboratories in pharmaceuticals, chemical manufacturing, food and drink, environmental monitoring, forensic science and petrochemicals as analysts, quality control chemists, formulation scientists or laboratory technicians. The degree also provides a route into careers in regulation and compliance, scientific sales, patent law (with further training), scientific publishing and communication.

Other common pathways include further study at MSc or PhD level for research careers, teacher training (PGCE) for those wishing to teach chemistry, and industrial research and development roles. The practical and analytical skills developed on the course are also valued in data-focused and technical roles beyond traditional chemistry careers.

Why study at University of Leicester

The School of Chemistry at the University of Leicester combines a supportive teaching environment with active research across a range of chemical disciplines. Students benefit from hands-on laboratory training, access to modern analytical equipment and supervision by staff engaged in contemporary research. There are opportunities to undertake an independent final-year project linked to research groups, which helps bridge taught learning and research experience.

The university offers careers and employability support to help secure placements, internships and graduate roles, as well as options for studying abroad or taking a placement year. Student chemistry societies and outreach activities give further practical experience and networking opportunities. Overall, the programme is designed to provide strong foundational knowledge, transferable skills and clear progression routes into employment or postgraduate study.