Master of Arts in Global Media and Management

at Keele University United Kingdom

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, and explore complex chemical and biological processes involved in the design and manufacture of drugs and other therapies for treating disease. You’ll develop essential skills for employment, such as problem solving, presentation and communication.

Taking Physics as part of a Combined Honours degree, will allow you to explore the subject fundamentals, including quantum mechanics, relativity and electromagnetism, and apply this knowledge to solve problems, plan investigations, analyse results and to report and present your work.

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.

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 also reflects what’s happening now in industry. You’ll have access to our own computing labs, based on Microsoft Windows and Linux, plus a wide range of software.

The course may cover a set of modules providing a specialism in information systems, evolutionary systems, or creative computing. 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. 

Geology is a science fundamental to modern day living, with geologists discovering society’s major resource needs including metals, minerals, energy and groundwater. The combined honours Geology course covers a range of topics which may include looking at rocks, minerals and fossils and geological processes. Geology is a practical subject with applied problem-solving laboratory classes and field courses where you will learn how to interpret and map geological features, and explore for future geological resources. 

We will equip you with the skills to tackle a range of increasingly problematic and complex issues which may include our ever growing and ageing human population, our medical problems and the impacts our actions have on each other and on life on Earth.

Combining Biochemistry and Biology gives you the chance to approach problems from the molecular and organismal level. The Biochemistry element of the course covers mainly mammalian Biochemistry and has a focus on health and disease. You’ll have the opportunity to engage in additional opportunities which may include field courses and research projects. You may also have the opportunity to apply for a placement.

Keele’s Biochemistry programmes offer broad and stimulating coverage of modern biochemistry. Whether you choose to study as combined honours or single honours, you’ll be studying life at the molecular level, investigating some of 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. 

The Human Biology element of this course is ideal if you’re interested in biology but are looking for a particular focus on the human body and how we’ve adapted to our environment. This course provides a broad understanding of the physiology of the body’s major systems as well as human health and disease and the relationship between the human body with the environment. You might explore the impact of nutrition and the environment on health, how humans in turn impact on the environment, and specialised topics such as human parasitology and human evolution.

Keele’s multidisciplinary approach puts human biology in context, so you’ll have input from a range of experts which may include clinicians, physiotherapists, nutritionists, geographers and conservation biologists. You may engage in additional opportunities which might include studying abroad and work experience. 

By taking this combined programme, you will study educational practices and processes from a variety of perspectives. You will define, describe and work with key concepts such as equality of opportunity, class, gender, marketization and social exclusion. You will learn to relate contemporary education policy to wider processes of global, economic, cultural and social changes and have opportunities to observe how these processes affect teaching practice by doing placements.

The compulsory sociology modules will provide you with a grounding in the key areas of the discipline: inequalities, social theory, and research methods. Our programme also covers a wide range of topics such as families, activism and protest, social media, globalisation, and belief systems. Studying Sociology enables you to think independently, critically, and imaginatively about the issues that shape our everyday lives and our futures.

Psychology will teach you how to design and conduct your own psychological studies in our well-equipped labs using a range of quantitative and qualitative techniques. You will share closely the excitement of new discoveries in psychology working alongside academic staff on research projects like brain electrophysiology to studies on alcohol, and from conflict resolution and forgiveness to how young people respond to advertising. This will fit well with exploring the concepts and debates within our business modules, adding depth to subjects such as leadership, change management, strategy and business processes.  You will conduct a range of assessments and learn to reflect broadly on situations and to contextually apply what you know.

For the Medicinal Chemistry element of the course, 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. You’ll develop valuable skills for employment, such as problem solving, presentation and communication.

For the Neuroscience element of course, you will explore a range of topics which may include the mystery of the human brain: the central nervous system, the impact of drugs upon it, and the molecular biology of diseases and disorders of the brain. You’ll consider areas such as how we learn and remember, how our brains control our body, and how the brain regenerates and repairs itself.

You could study interesting disciplines such as neuroanatomy, neuropharmacology and neuropathology. Working in diverse ways, including in our superb labs, you’ll develop your independent research skills as you learn to acquire, interpret and analyse data from multiple sources. You’ll also understand how neuroscience can help us understand medical problems and improve the quality of life.

On this course you will develop a solid foundation of theory and practical skills, building to cover advanced concepts and contemporary issues in chemistry in later years. You’ll learn to use chemistry in problem solving, and to present your theories and findings confidently and imaginatively. You may also have the opportunity to tailor your studies to reflect your interests, and learn how to pursue your own research.

You’ll also have the opportunity to explore scientific instruments and techniques, and enjoy access to dedicated IT facilities.

The Human Biology element of this course is ideal if you’re interested in biology but are looking for a particular focus on the human body and how we’ve adapted to our environment. This course provides a broad understanding of the physiology of the body’s major systems as well as human health and disease and the relationship between the human body with the environment. The multidisciplinary approach to Human Biology is supported by input to the programme from staff with diverse expertise.

The Medicinal Chemistry element of the course will enable you to develop a 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. You’ll develop essential skills for employment, such as problem solving, presentation and communication.

The MSc in Environmental Sustainability and Green Technology is designed to provide an interdisciplinary understanding of environmental challenges whilst giving you the opportunity to specialise in several sustainability themes related to geosciences, energy generation, ecology, green information technology, environmental policy and politics, and project management.

As a student on the course you’ll gain

• An understanding of knowledge in the areas of science, technology, policy and green political theory relevant to environmental sustainability
• Experience in analytical and computer techniques to equip you with the skills to contribute to the solving of environmental challenges
• A conceptual understanding to critically evaluate current research and advance scholarship in environmental sustainability
• A comprehensive understanding of experimental design, planning and scientific techniques within your research project
• Problem-solving and team-working skills relevant to the implementation of sustainable technologies and policies.