Course overview

Course overview

From unlocking the secrets of the human body to the individually tailored molecular therapies of the future, biochemistry is the study of biological processes at the cellular and molecular level. This is the foundation for understanding all biological processes, including the development and progression of diverse pathologies, across species. It has become the foundation for understanding all biological processes and can provide explanations for the causes of many diseases in humans, animals and plants.

Our Biochemistry MSci focuses on the application of biochemistry to human health and disease. The programme develops across five core themes: macromolecular structure-function, metabolism and its control, genetics, cell biology and the applications of chemistry in the study of these. The fourth year of study is designed to enhance your employability through the development of advanced problem solving and communication skills. You will further develop independent learning and enhanced research skills in the critical evaluation of scientific literature and in the design and conduct of an authentic research study.

Year one

In your first year you will study a variety of core modules that will provide you with a broad and varied grounding in modern biochemistry. You will explore the structure and function of biological molecules and metabolic processes, core chemical concepts and their application to the biological sciences and molecular cell biology. To equip you with the scientific core skills needed for a career in the biosciences, you will undertake frequent laboratory classes to develop your practical, analytical, observational and interpretive skills.

Professional skills

Our core first year module 'professional skills for biochemists' will develop team-working, communication, safe laboratory practice, enquiry and analytical skills. You will work on an innovative mini-project, where you will design, market and test an assay kit and work as a group investigating the real life applications of biochemistry in the diagnosis, treatment and management of disease. This module supports broader skills development alongside the core laboratory programme in the "core practical skills" module and taught material in other modules in the course.

Year two

Building on the knowledge and practical experience acquired in year one, you will continue to expand your skillset by examining the application of biochemistry to topics such as gene and protein engineering and drug design. You will further develop skills in communicating to range of target audiences including producing a product information leaflet on an allocated drug or medication detailing key information on the structure, function and biological activity. You will also expand your practical and analytical skills in a Practical Skills in Bioscience module, including core molecular biology and immunological techniques, as well as in experimental design through conducting a mini-research project, supporting transition to your final year research projects.

Year three

In year three you will undertake an independent experimental research project, which could include lab-based research projects, systematic reviews, bioinformatics, pedagogic research, outreach work, or based on research carried out on placement. During the project you will develop higher-level research skills in the acquisition and analysis of data, and in evaluating outcomes in context to wide body of supporting literature. In addition to your research project you will also under take a number of core modules in areas such as medical glycobiology and biotechnology, whilst selecting from a range of optional modules, depending on your personal interests. This may include modules focusing on parasitology, cancer biology, and structural biology.

You will also further develop communication skills in this final year in a variety of formats, such as experimental project reports, literature reviews, research posters, Wikipedia-style web pages and even collating your own mini-journal. The year concludes with our undergraduate student research conference where you will showcase the outcomes of your research project.

Year four

The MSci fourth year of study is designed to enhance your research skills in the critical evaluation of scientific literature and in the design and conduct of an authentic research study. You will also develop a greater awareness of research impact, the processes involved in communicating your research findings and securing funding.

Gain practical experience in industry

In an increasingly competitive job market, employers are seeking to recruit employees who have high-level knowledge, skills and an understanding of the workplace.If you're unsure which area of biochemistry you want to focus on, work experience can also provide you with a deep insight into what the work is like. From a year working in industry and paid internships to summer secondment research placements, our programme offers opportunities for you to gain familiarisation with the professional working environment, develop professional contacts and apply the skills and theories you have learnt.

Study abroad

In between years two and three of your studies you can choose to spend either a semester or a year studying abroad. This exciting opportunity enable you to understand your field from different cultural perspectives and to establish international networks. It also shows you have the personal attributes to embrace new experiences which can enhance your employability.
We offer exchange opportunities with a wide variety of partner institutions.

Support

We offer a multi layered support structure to help you meet your academic and personal needs. You will be assigned a academic mentor and have the opportunity to gain advice from Keele's Student Experience and Support team.Our open-door policy enables you to engage with us directly, meaning you can seek support, gain feedback or discuss any matters related to your course on a regular basis.

Practical support

During practical workshops you will have the support from a variety of academic staff. In addition to your lead lecturer you will benefit from the guidance of:

• Lead demonstrators
• Postgraduate student demonstrators
• Laboratory technicians

Practical sessions may also be supported with core skills videos and laboratory simulations, helping you prepare for sessions in advance and revisit some of core concepts outside of the laboratory environment. Additional workshops will develop your skills in data analysis and presentation.

Societies

We have a wealth of student-led societies which cover a diverse range of interests. Joining a society related to your field is a great opportunity to continue to develop your skills away from your studies.
This is another excellent way of demonstrating your genuine interest for the area and can be beneficial when it comes to applying for graduate roles. It’s also a great way to meet like-minded people, make friends and share interests with fellow students. 

Related courses

Biochemistry can also be studied as a Combined Honours degree in the following combinations: