Bachelor of Science in Economics and Management

at University of Bristol - Clifton Campus United Kingdom

This course is ideal for students interested in learning how to use numbers and data within sociology. It provides training in practical and analytical skills, which will enhance your career prospects and provide you with a strong platform for postgraduate study. No prior knowledge of statistical techniques is required.

About two thirds of your studies will follow the single honours BSc Sociology course. You will study society’s structures, forms of action and cultural practices, and understand changes in social life. You will gain a thorough grounding in sociology, as well as opportunities to specialise in new areas of research conducted by academics at the forefront of the discipline.

The remaining third of your course will provide interdisciplinary training in quantitative methods. In year one of the quantitative pathway we discuss how numbers and data are used to tell convincing stories in the media and social research. We consider what is meant by segregation and how it can be mapped and measured.

Year two offers practical classes in social statistics and applied data analysis, which will develop your skills in numeracy and analysis and enable you to undertake your own individual research project in an area of quantitative social science in year three.

Our MSci course is ideal if you want to continue in research or to stand out when applying for a PhD.

In your first year you will gain a broad understanding of the biology of normal and cancerous cells. In addition to studying the immune system, you will take pathology, microbiology and biochemistry units.

In the second year you will study the cellular and molecular basis of cancer and its therapy as well as autoimmune diseases, such as multiple sclerosis, diabetes and arthritis, and human cancers caused by viruses, such as papilloma and hepatitis B. You will take molecular genetics and an optional unit, possibly biochemistry or pharmacology, from a selection offered by other schools.

All practical teaching in years one and two is supported by the eBiolabs dynamic laboratory manual.

You will progress to undertake a research project or scientific dissertation, working in a research group in our Biomedical Sciences building or in one of the surrounding hospitals. Your work may even be published in scientific literature.

The additional, fourth year includes an extended research project and advanced research skills training with an emphasis on enterprise. You will plan projects, communicate with a variety of audiences and learn to translate and commercialise research.

The School of Cellular and Molecular Medicine focuses on turning science into medicine and these courses aim to launch you into a research career with an emphasis on translational research.

Our MSci course is suited to you if you want to take your understanding of the subject to the next level. The experience gained in this course will maximise your career options, especially in science, and provides pathways into postgraduate study here or elsewhere.

The first two years are common to all of our degree courses. You will study fundamental concepts in inorganic, organic and physical chemistry and applications in areas such as analytical, environmental, materials and theoretical chemistry. You will develop your ability to design experiments and interpret results and will gain key skills through our chemistry-specific communications and mathematics units.

Your final year includes a 20-week research project in which you willwork with an academic member of staff and their research team on a current problem in chemistry.

To thrive in a disrupted world you will need creativity as well as commercial acumen. Come to the multi-award-winning home of innovative, design-led, creative business education and transform your prospects.

The MSc Innovation and Entrepreneurship will teach you how to apply your existing undergraduate degree knowledge in real-world business challenges appropriate to both starting and joining innovative organisations, including:

• Starting up your career and ideas in a professional supported environment
• Undertaking applied commercial projects in collaborative teams
• Learning human-centred techniques for designing and developing ideas of real value

We welcome students from any discipline who are thinking about starting up their own venture or building a career adding innovative value to existing organisations and companies.

This programme shares much of its teaching with our other MSc and MA Innovation and Entrepreneurship programmes but maintains a broad perspective allowing you to adapt your focus over time.

This course will develop the high-level skills and critical competencies needed for successful organisational innovation and entrepreneurship, through a largely practice-orientated educational approach based on collaborative teamwork across disciplines and cultures.

During the programme you get opportunities to work alongside  innovators, entrepreneurs, and their businesses to develop a deep understanding of opportunities and challenges.

The centrepiece of the MSci Biochemistry degree is an extended research project that allows you to develop in-depth expertise in your area of specialism and acquire the skills required to embark on a research career. The MSci covers all the major aspects of biochemistry with an emphasis on cutting-edge research.

The first two years of the MSci are identical to the BSc. You can tailor the course to suit your interests across all years by combining your study of biochemistry with a choice of subject options.

In the first year these include anatomy, pathology, microbiology, pharmacology and physiology. Your second year combines biochemistry and molecular genetics with a choice of units covering topics such as neurophysiology, infection and immunity, mathematics and languages.

In your third year you will learn about a range of advanced topics in biochemistry and cell biology and participate in a laboratory-based research training unit where you will develop the skills needed to define and solve research problems.

This prepares you for a research-intensive fourth year, where you will spend up to 16 weeks on an individual research project under the supervision of one of our research group leaders.

You will learn about the context in which scientific research is undertaken through the Science and Society unit and complete your studies by choosing two advanced options, which could include Synthetic Biology, Cell Biology of Development and Disease, and Protein Assemblies and Molecular Machines.

The MSc in Medical Statistics and Data Science will enable you to engage with the complex statistical and data science healthcare challenges facing the global community, providing high-quality training in statistical and computational methods that are applicable to low-, middle- and high-income settings.

As a medical statistician you will play a vital role in improving the health of populations by conducting statistical research (such as designing clinical trials and epidemiological studies, analysing data and interpreting results) to advance medical knowledge, track or prevent diseases and improve medications and treatments.  

Challenges have arisen over the last decade in the increasing availability of enormous electronic datasets related to human health and healthcare. Data science combines mathematics, statistics and programming tools to enable analysis of these very large and diverse datasets.  

You will be trained in the theory and practice of cutting-edge methods in medical statistics and data science (including causal inference, machine learning and data mining). Teaching will focus on building strong quantitative and computational skills, and effective interpretation and communication of research findings. All concepts, skills and tools are illustrated using real-life case studies and health-related data. You will gain professional skills - such as teamwork, presentation skills and writing for publication - essential for a successful medical statistician and data scientist.

Studying neuroscience will enable you to explore the workings of the brain, from molecules to neural systems, answering questions such as: how do neurones communicate with each other to lay down memories? What goes wrong in neuropsychiatric disorders such as Parkinson's and schizophrenia? How do we feel pain?

Your knowledge will build from studying core units in years one and two to studying selected, in-depth courses in your final year. Second-year units explore many aspects of neuroscience, including the neurophysiology of the central nervous system; the pharmacology of drugs that affect the nervous system; and the techniques that have enabled advances in understanding the nervous system.

Final-year units are run at the forefront of current research and include subjects such as synaptic plasticity and brain and behaviour, as well as studying specialised topics, such as neuropsychiatric diseases. You will also spend 30 days on a research project.

This course is ideal for students interested in learning more about how to use numbers and data within politics. It provides training in practical and analytical skills, which will enhance your career prospects and provide you with a strong platform for postgraduate study. No prior knowledge of statistical techniques is required.

About two thirds of your studies will follow the single honours Politics and International Relations course. You will study the politics of individual countries and governments and the relationships between countries, communities and individuals. You will become familiar with different views and methods of analysis, learning to apply and evaluate them.

The remaining third of your course will provide interdisciplinary training in quantitative methods. In year one of the quantitative pathway we discuss how numbers and data are used to tell convincing stories in the media and social research. We consider what is meant by segregation and how it can be mapped and measured.

Year two offers practical classes in social statistics and applied data analysis, which will develop your skills in numeracy and analysis and enable you to undertake your own individual research project in an area of quantitative social science in year three.

In year four we offer training in more advanced quantitative methods suitable for postgraduate research, while continuing to develop expertise and specialist knowledge in politics.

This joint degree combines a rigorous training in mathematics with an understanding of computer science and its applications.

Mathematics is the language of the sciences and is of core value in an advanced understanding of computer science. Computer science provides many of the key tools needed to solve the most important and pressing problems of the modern age.

The degree is ideal for someone looking to apply themselves in fields as varied as high finance, cryptography, quantum computing, algorithm design, machine learning and data science.

In your first year you will study essential core components of mathematics and computer science, giving you a rigorous foundation for future years. Subsequently, you will have the opportunity to tailor your mathematics and computer science options so that you graduate with a balance of theoretical and practical skills that reflect your interests.