Bachelor of Science (Hons) in Biomedical Science

at Keele University United Kingdom

The MA/MRes in Politics and International Relations is distinctive as it is one of the most diverse collections of Masters pathways in the UK. The programme offers the possibility of developing an individual specialism as well as learning about broader issues in the pathway, and in wider fields of Politics and International Relations. You will gain a thorough grounding in the philosophical and practical issues underpinning study and research in Politics and International Relations. You will study 3 compulsory core taught modules, 4 optional modules and a dissertation over 12 months (full-time) or 24 months (part-time). 

Key benefits of studying for the MA/MRes in Politics and International Relations include; small class sizes, expert dissertation supervision on cutting-edge issues and debates, a dynamic academic community, strong student-staff relations and stimulating extra-curricular seminars and workshops. Staff and students regularly organise research events, which provide important opportunities for learning, networking and collegial debate on contemporary political and philosophical issues. For example, we host an annual Royal Institute of Philosophy lecture series, a bi-annual European Consortium on Political Research environmental politics PhD summer school, and in recent years have organised several ESRC-funded (Economic and Social Research Council) seminar series. 

For the Computer Science element on this course, you will learn the underpinning theories of software, hardware and computing techniques – and how to apply them in the real world. You’ll learn to use technology to create new opportunities and to solve a wide range of problems, benefiting every aspect of society from the home to business, government and beyond.

Our teaching is informed by research, and we also reflect what’s happening now in industry. Combined honours students can follow a set of modules providing a specialism in information systems, evolutionary systems, or creative computing, whilst single honours students cover all these strands. There’s a strong emphasis on programming – but don’t worry if you don’t have A Level Mathematics, because the course covers what you need to know. You’ll have access to our own computing labs, based on Microsoft Windows and Linux, plus a wide range of software. 

For the Physics element of the course, you will learn to apply mathematics and computing to formulate and solve a wide range of physical problems. You’ll use mathematics to describe the physical world, and learn to plan and conduct investigations before reporting your results. Your course will be informed by the research interests of your teaching staff and laboratory sessions will enable you to investigate unfamiliar phenomena and acquire specialist techniques, but you’ll also develop invaluable transferable skills such as communication, IT and interpersonal skills. We are committed to supporting you throughout your studies, providing you flexible access to our staff to seek advice or feedback.

Keele’s Biochemistry programmes offer broad and stimulating coverage of modern biochemistry. You might explore the secrets of the human genome, or the individually tailored molecular therapies of the future. You will focus on areas of biochemistry which could include human and mammalian biochemsitry relating to health and disease.

This combined honours degree includes Medicinal Chemistry, where you’ll develop deep understanding of the complex chemical and biological processes involved in the design and manufacture of drugs and other therapies for treating disease. This course prepares you to help solve problems at the intersection of chemistry, biochemistry, molecular biology and pharmacology. The goal of medicinal chemistry is to support the search for new drugs to treat conditions such as heart disease and cancer. You’ll work in well-equipped laboratories, and learn to conduct effective independent research. Keele also offers support to find an industrial or research placement for a summer. You’ll develop essential skills for employment, such as problem solving, presentation and communication. 

This course is aimed at developing your programming skills from a very basic level, using Python, so you can move onto more advanced programming concepts used in other modules. Our experienced lecturers will help you develop an advanced knowledge of software engineering methodologies, as well as data analytics and databases.

You will develop and extend the practical skills that are necessary for the designing, building, deployment and evaluation of distributed information systems and enterprise applications over the Internet, with a focus on security issues.

On our exciting new flagship MSc, you’ll interact with entrepreneurs and start-ups, working on real-life business projects while you learn to give you the skills, knowledge and versatility to create and lead change with confidence in dynamic, unpredictable, complex and diverse environments.

Capitalising on Keele Business School’s co-location with the Smart Innovation Hub, you’ll engage not only with leading academics but with start-ups and entrepreneurs to gain a thorough grounding in current theories and concepts of enterprise and innovation, while watching entrepreneurs in action.

Thanks to our involvement in the EU-funded Keele Research and Innovation Support Programme (KRISP), you’ll be able to experience the challenges business managers face first hand, giving you a unique insight into broader business operations and the technological, legal, financial, ethical and economic constraints in developing new products, processes or services. To date, we’ve helped over 200 small to medium-sized enterprises (SMEs) in Stoke-on-Trent and Staffordshire.

Team building, group work, research, presentations and projects will help you develop vital management skills, such as business planning, decision-making, problem-solving, communication, delegation and time management.

Studying this course will allow you to cover the forensic process from the collection of evidence at the crime scene, to its presentation in court. You will explore key forensic areas such as genetics, anthropology, toxicology, ballistics and arson, alongside newer fields such as digital forensics. You will also develop your analytical science skills, so that you are able to analyse a wide variety of evidence types. This is complemented by additional emphasis on professional practice and an understanding of the roles of the crime scene investigator and the forensic scientist as an expert witness in the court.

On this course, you’ll be studying life at the molecular level, investigating the most exciting areas of contemporary life science and medical research. You might explore the secrets of the human genome, or the individually tailored molecular therapies of the future.

Particular emphasis is placed on human and mammalian biochemistry, especially relating to health and disease. This Single Honours course includes more Biochemistry modules and also includes choices from a pool of elective modules (either directly related or free choice). You also have the opportunity to do a work/industrial placement year between the second and third year, making it a four year degree. 

The MA in History involves class-based learning and an optional opportunity for practical work placement, alongside one-on-one supervision. This course is best suited for those who wish, for a variety of reasons, to have structured classroom guidance during their studies, or for those wanting more support for planning their dissertation research project. There are 5 taught modules spread over two semesters, while the dissertation is 15,000 words.

This programme offers world-renowned one-one-one supervision and small classes so you can develop your research interests, while assessments prepare you for your specific career. Practical work experience is available in a range of fields, along with support writing CVs and job applications. You can learn a language, take palaeography, or complete a work placement as part of your degree.

Studying History at Keele will enable you to develop your appreciation of various global histories, whilst enjoying the rich history of our local area. In your spare time, you might find yourself exploring the largest collection of Anglo-Saxon metalwork most likely deposited in the 7th century in the then Kingdom of Mercia. The Staffordshire Hoard provides a window to England in the 6th and 7th centuries and also to the warrior elite that existed during these times and now rests less than 5 miles away from Keele.

Our History programme will carry you chronologically from the medieval period to the present, and span the globe. You will be introduced to a wide range of history – from political, social, economic and cultural history to the history of gender, health, sexuality and religion. Throughout your first year, you may engage in modules that encourage you to explore topics such as how European rulers tried to strengthen their authority with the increase of military power between the late fifteenth and late seventeenth centuries, or some of the key defining moments in History which may include the 1720 South Sea Bubble in Britain, the 1791 Haitian Revolution or the 1933 Bauhaus movement.  

On this course, you will study fundamental mathematical and statistical techniques alongside modern software development methods. You will have the opportunity to apply your learning using authentic datasets in our cutting-edge computing laboratories.

You'll have the opportunity to explore a range of topics that cover advanced technical elements which may include cloud computing, as well as academic research, industry-focused professional skills and practical problem-solving to ensure that you are fully equipped for an exciting and intellectually stimulating journey as a Data Scientist.

The multidisciplinary approach to Human Biology is supported by input to the programme from staff with diverse expertise. You'll engage in a range of biological topics addresssing issues that relate to our ever changing lifestyles and have a global perspective, that have improved our understanding of health and disease. You’ll benefit from a supportive environment as well as well-equipped lab facilities and equipment.