Master of Pharmacy (Hons)

at Kingston University London - Penrhyn Road Campus United Kingdom

Biological sciences form the basis of many new areas of science and technology. They are the foundation of our understanding of a diverse range of subjects – from evolution, genetics and diversity to medicine, drug and human development.

On this course, you can choose to study human, medical or genetics and molecular biology.

Practical work includes a laboratory and/or field-based project, a data project or a systematic review. Project work might be based in a laboratory or organisation outside the University. You'll gain the knowledge, techniques and skills you need to boost your employability, ready for when you graduate.

This course has a unique pluralistic approach. You'll examine a wide variety of economic thoughts and theories, learning to understand and address problems from a range of perspectives.

You'll study the aims, methods and outcomes of production and businesses, consider both the limitations and possibilities of markets and address the many economic factors that affect businesses and the decisions they make.

This course focuses on the real-life application of economics. You'll use industry-standard IT facilities, gaining the expertise that is highly valued by employers. You'll develop analytical, numerical and problem-solving skills.

Our course looks at research in child psychology, focusing on the advanced study of psychological development in children and the implications of psychological theory and research for policy and practice.

Areas of expertise include: reading development in blind children; phonological awareness and letter knowledge in reading development; bullying; the development of biological at-risk children (very pre-term); children's regulatory problems (crying, feeding, sleeping) and ADHD; autism, face processing and ‘Theory of Mind'; language development; pre-verbal infant cognitive, social and emotional development; and development of numerical abilities.

This course offers key skills in pharmaceutical analysis, including measurement, scientific practice, evaluation and interpretation of data. You will study recent trends in analytical science and techniques and be introduced to pharmaceutical technologies, such as formulations and clinical pharmacokinetics. Through your research project, you will develop valuable research skills. Past projects have examined areas such as determining caffeine and its metabolites in human serum samples using GC-MS, and synthesis and use of compounds as probes for biochemical reactions.

Do you see yourself as a research scientist? Working at the cutting edge of discovering, designing and developing new drugs for clinical purposes? If so, this four-year course is ideal.

You'll explore the sources of medicine, how medicines work, how they can be formulated (such as via tablet, cream or inhaler), administered, analysed and tested.

The course shares its first two years with the Pharmaceutical Science BSc (Hons) programme and provides a wide understanding of all aspects of the pharmaceutical industry. In Year 3 you'll deepen your knowledge of natural product chemistry. You'll develop skills for testing and evaluating the safety and effectiveness of pharmaceutical products. In Year 4 you'll develop skills in experiment design, critical analysis, problem-solving and laboratory work.

Pharmaceutical science can benefit and transform patients' lives. Spanning the worlds of chemistry and biology, it discovers, develops and analyses medicines. If you are considering a career in the pharmaceutical industry, this course will give you the knowledge and practical skills for success.

This course explores drug discovery, pharmacology, toxicology and examines the most effective ways that medicines are manufactured, packaged, stored and administered. You'll take part in innovative research, including new methods of drug delivery and drug synthesis.

At the end of Year 1, you may apply to transfer to the MPharm course (dependent on your academic performance and an interview). Transfer is to Year 1 of the MPharm course.

This highly practical course focuses on applicable mathematics and helps you develop related professional skills, such as computing, as well reporting and presenting, all of which will help your future career.

You will work on real-world case studies, in groups that include students from other disciplines, such as computer science or cyber security. This will reinforce the relevance and role of mathematics in the context of the wider professional world.

You will graduate with a portfolio of coursework including case studies, reports and presentations that can demonstrate your capabilities to future employers.

Chemical analysis plays a role in virtually all aspects of everyday life throughout the world. With analytical techniques and instrumentation becoming evermore sophisticated, there is an increasing demand for qualified analytical chemists. This industrially relevant course will provide you with a strong background in the theory of analytical techniques and give you the ability to apply these techniques to complex analytical problems.

You will study good measurement and scientific practice and the evaluation and interpretation of data. You will also develop skills to prepare you for your career, including problem solving, organisation, data collation, review and synopsis, time management and teamwork. Your independent project can be an excellent selling point when looking for a job promotion; you may be offered a placement within industry to carry it out. Past projects have looked at dust sources at Hampton Court Palace, determination of Hexavalent chromium, thermo-responsive polymers for water purification and radiochemical investigation of uranium 232.

Pharmaceutical science can benefit and transform patients' lives. Spanning the worlds of chemistry and biology, it discovers, develops and analyses medicines. If you are considering a career in the pharmaceutical industry, this course will give you the knowledge and practical skills for success.

This course explores drug discovery, pharmacology, toxicology and examines the most effective ways that medicines are manufactured, packaged, stored and administered. You'll take part in innovative research, including new methods of drug delivery and drug synthesis.

At the end of Year 1, you may apply to transfer to the MPharm course (dependent on your academic performance and an interview). Transfer is to Year 1 of the MPharm course.

Quantity surveyors play a key role in the construction industry, ensuring that development costs are appropriately and accurately managed. Kingston University is a long-established Royal Institution of Chartered Surveyors partnership university, and this course will equip you with the skills and knowledge to start you on a career that offers enormous scope for team working, travel and financial rewards.

Whatever your first degree, this course will help you apply your skills and abilities to the quantity surveying profession. Through project and team work, you will develop knowledge and understanding of procurement, construction contracts, construction economics and cost planning. You will also be trained in research methodology. Through a dissertation (research project), you will be able to focus on an area of interest, gaining valuable research skills. You will develop a range of professional skills to prepare you for your career, including problem solving and organisation, data collation, review and synopsis, time management and computing.