Master of Science in Sociology with Quantitative Research Methods

at University of Bristol - Clifton Campus United Kingdom

One of the broadest engineering disciplines, electrical and electronic engineering uses cutting-edge technology to address some of the major concerns of the modern world. There is growing demand for skilled graduates to work in industries such as consumer electronics, alternative energy and transport, medical engineering and communications.

Years one and two provide a strong grounding in mathematics, computing, analogue and digital electronics, communications, electromagnetics, power electronics and control. In the third and fourth years you will choose from a range of optional units, meaning you can focus on anything from electrical power systems to electronic communications.

Year three includes a group design project and in the fourth year you will undertake an individual research project.

The MEng course provides full accreditation for the qualification of Chartered Engineer. The first two years are common with the BEng Electrical and Electronic Engineering and transfer between courses is possible until the end of year two subject to satisfactory performance.

Through our close collaboration with industry you will benefit from excellent employment prospects. Recent graduate employers include Intel, BBC, Dyson, Jaguar Land Rover, Siemens, Hewlett-Packard, EDF Energy and many others.

This MSc will prepare you for a public health career in settings such as health services, government, research and the not-for-profit sector. You will gain core skills and knowledge that are applicable for public health work in the UK and internationally. These include critically appraising evidence, analysing and interpreting data, research methods, and applying methods to protect health, prevent ill-health and improve health services. The programme is suitable for students from clinical and non-clinical backgrounds.

The MSc covers the principles and practice of public health, health improvement, health protection, epidemiology and statistics, research methods and evaluation, health economics, ethics and healthcare services. You will learn from public health professionals, including colleagues from Public Health England, local government and the National Health Service, in addition to research-led teaching from multidisciplinary academic experts.

This course combines philosophy with the study of Italian and provides a valuable skill set ideally tailored to the increasingly globalised workplace. 

For philosophy you will study units covering introduction to philosophy, logic, and realism and normativity.

For Italian, you will follow a curriculum designed to introduce you to many aspects of Italian studies. Italian language and culture have had a lasting impact on Europe, while today, Italy's innovative contributions to design, technology and fashion make it a major global commercial force.

You will spend your third year abroad studying or working, which will enable you to refine your language skills and cultural understanding. For further details of year abroad opportunities visit Global Opportunities.

Both the Department of Philosophy and the School of Modern Languages encourage strong synergy between research and teaching, resulting in a vibrant learning environment for students.

This course combines politics and international relations with the study of German, providing a valuable skill set, ideally tailored to the increasingly globalised workplace.

You will study the politics of individual countries and governments and the relationships between countries, communities and individuals.

Politics is organised around three themes:

• Political theory
• Comparative and national politics
• International relations.

Our German curriculum is designed to introduce you to many aspects of German studies. As well as taking structured language units, you will study literature, history, thought, politics, linguistics and culture.

You will spend your third year abroad, which will enable you to refine your language skills and cultural knowledge and gain valuable work experience. For further details on year abroad opportunities please see Global Opportunities.

Both schools have an impressive reputation for teaching and research. This degree combination provides a wide range of options that allow you to pursue your own interests.

This joint honours degree combines a rigorous training in mathematics and 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 reflects your interests.

Our biochemistry course immerses you in groundbreaking research and gives you the opportunity to contribute to work that could have a significant impact on future generations.

You can tailor the course to suit your interests across all years by combining your study of biochemistry with a choice of 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, such as neurophysiology, infection and immunity, mathematics and languages.

In the final year you will select from a choice of advanced options in biochemistry, covering topics such as synthetic biology, neurobiochemistry and cancer.

Your third-year research project will involve collaboration with internationally renowned scientists on pioneering work. Previously, students have collaborated on the development of a technique for the manufacture of red blood cells from human stem cells, and on the molecular modification of an antibiotic, increasing the range of infections it can treat.

We focus on the development of your practical and research skills throughout the first two years. We also offer summer studentships and subject-specific employability and enterprise sessions.

This MSc conversion program is accredited by the British Psychological Society (BPS). It is designed for students from non-psychology backgrounds and provides training in the theories and methods of contemporary psychological science. After successfully completing the program, you will be eligible for the Graduate Basis for Chartered Membership of the BPS, which is a prerequisite for pursuing a career in psychology.

You will learn the theories of social, cognitive, developmental, biological and individual differences psychology, and develop the skills to understand and apply the research on which these theories are based. You will also learn how to design research studies and analyse data to provide valid answers to meaningful psychological research questions.

In your dissertation, you will combine these skills and knowledge to develop, carry out and report on a substantial piece of original, empirical research.

Teaching and dissertation supervision is undertaken by internationally renowned academics, who employ a variety of teaching and assessment methods (eg lectures, seminars, tutorials, laboratories, essays, reports, examinations). These methods help you to develop transferable skills, such as critical thinking, psychological and scientific literacy, research skills, teamwork, and oral and written communication skills, which are valued by employers across a wide range of industries. They also help to prepare you for further postgraduate study in psychology.

This four-year course allows you to explore high-level mathematics at the leading edge of research. If you're driven by intellectual curiosity and enjoy the satisfaction of cracking difficult puzzles, this course provides you with core mathematical skills that will equip you for a variety of careers and give a strong basis for further study.

Our lecturers are passionate about their subject, with modules informed by cutting-edge research in fundamental mathematical abstractions, statistics and practical applications to global problems. You may be able to try units in quantum mechanics or mathematical biology, or take the opportunity to mentor and learn from students studying the same subject overseas.

Project work opportunities in each year of your course allow you to collaborate with staff and fellow students, preparing you for a substantial fourth-year project on a topic you are passionate about.

Year one consists of compulsory topics, covered in lectures, small-group tutorials and working through exercises independently and with peers, as well as freedom to explore a range of topics in collaboration with your personal tutor and fellow students.

In your second and third year you can start to shape your degree to fit your interests; continue with a varied degree or choose to specialise. You'll also have the chance to study units outside mathematics.

After your first year, support for your studies continues in the form of drop-in sessions with lecturers, exercise and feedback classes, and student-led Maths cafés.

Third- and fourth-year units specialise in exciting modern topics, informed by the strong research culture in our school.

The MSc Bioinformatics covers a diverse range of areas in bioinformatics and is suitable for students from a variety of academic backgrounds related to the Life Sciences (biology, biochemistry, genetics, medicine, and other biosciences). Students will learn and work together with world-leading experts.

In the age of big data, conservation biology, biodiversity, genetics, and evolutionary biology involve the study of large amounts of data that increase in volume and variety at a high speed. The use of computational tools is essential to analyse such large datasets, some of which have shaken the foundations of many scientific disciplines. The advent of these technologies is also central to many companies and the public sector and has driven the emergence of innovative start-ups. The job market for graduates proficient in bioinformatics is expanding rapidly and will keep growing.

Topics include programming, machine learning, genomics, protein structure, evolutionary biology, as well as professional and entrepreneurial skills. Students will undertake a scientific research project supervised by the experts of the Faculty of Life Sciences and will leave with highly transferable skills that will boost their future careers and their employability. Moreover, they will learn how to capitalise their innovative ideas in a fast-moving entrepreneurial environment.