MBiolSci Biological Sciences (Biochemistry) with Year in Industry

In your first year, you will focus on understanding of the fundamental biological processes that occur in cells, including DNA and protein synthesis, as well as the metabolic reactions that sustain cells and organisms. In subsequent years you will develop a greater understanding of how molecular processes are exquisitely controlled to ensure that the right process occurs in the right location – and at the right time. This control is essential to the correct functioning of cells, and the body as a whole, and errors can lead to disastrous consequences. One example of this is in cancer formation, where genetic mutations lead to loss of control of proteins that govern when cells replicate. You will learn how our knowledge of these molecular processes is leading to breakthroughs in disease treatment, through targeting and inactivating key molecules in the defective pathways.

Moreover, much of our understanding of molecules, their interactions with each other, and effective therapeutic drug design, now comes from studying molecular structures at the atomic level. Opportunities to learn how we use and generate molecular structures are embedded throughout the course and this is the focus of a third year module, which benefits from the expert knowledge of academic staff associated with the Leicester Institute of Structural and Chemical Biology.

On this course you will develop a range of skills that are valued by employers, including practical, analytical and problem-solving skills, as well as gaining experience in handling complex information. You will also develop transferable skills in time-management, meeting deadlines, giving oral presentations and working in teams to achieve a goal. By studying biochemistry alongside options in other biological sciences specialisms, you will be able to apply your knowledge across the boundaries of traditional disciplines and become a valuable and powerful asset in scientific environments and in many other walks of life.

The first three years of this course are identical to the Biological Sciences (Biochemistry) BSc, including the option to spend a Year in Industry or a Year Abroad between Years 2 and 3. Your fourth year then lets you focus on refining your research and lab skills - while also putting into practice your employability skills - by conducting a research project.

The analytical and critical skills you acquire by studying an MBiolSci in Medical Sciences are particularly valued by PhD supervisors, researchers and employers in non-scientific fields.

• A-levels: ABB, including at least two relevant science subjects from Biology, Chemistry, Maths, Physics or Psychology. We may consider two AS-levels in place of one A-level. General Studies not accepted.
• EPQ with A-levels: BBB + EPQ grade B. A-level subjects to include two relevant science subjects from Biology, Chemistry, Maths, Physics or Psychology. General Studies not accepted.
• Level 3 Core Maths with A-levels: BBB + Level 3 Core Maths grade B (if Maths not taken as a full A or AS level). A-level subjects to include two relevant science subjects from Biology, Chemistry, Physics or Psychology. General Studies not accepted.
• GCSE: At least Grade 4/C in both English Language and Maths (if not held at A2/AS-level).
• Access to HE Diploma: Pass Science diploma with 45 credits at level three, 30 of which must be at distinction.
• International Baccalaureate: Pass Diploma with 30 points to include grade 6 and 5 in at least two relevant HL science subjects from Biology, Chemistry, Maths, Physics or Psychology. Must include a minimum of grade 4 in SL Maths or 3 at HL and grade 4 in English A or 5 in English B if minimum of grade 4/C not held in English Language and Maths at GCSE.
• BTEC Nationals: Pass Applied Science Diploma with D*DD plus five GCSEs at B/5 or above including two relevant sciences.
• T Levels: Distinction in Science (with an Occupational Specialism in Laboratory technician).