Master of Arts in Interpreting and Translating (Russian)

at University of Bath United Kingdom

Combine electronic engineering expertise with advanced knowledge of computer hardware and software skills to develop the computer systems of the future.

Our course prepares you for a career in an advancing field at the interface of engineering and computing. You'll gain in-depth knowledge of modern computer systems, software engineering, computer graphics and embedded programming to become a systems-level expert.

Learning the foundations of electronic, electrical and computer principles gives you a broad understanding of the subject. Later in your degree, you can specialise with a choice of units including embedded electronic systems, computational intelligence or electronic design.

Working with the latest digital technology, you'll design systems such as embedded microprocessors, programmable integrated circuits or high-performance computers. You'll learn how to use industry-standard programming and hardware design languages, operating systems and applications.

Develop skills in mathematics and theoretical computer science, preparing you for roles involving computational analysis, modelling and simulation.

This joint degree is for you if you enjoy and excel at computing and want to combine that with a very strong interest in mathematics.

By combining our computer science degree with pure mathematics, probability and statistics, you’ll be prepared for careers in data science relying on a combination of mathematical and computational modelling.

Tailor to your interests

In the first two years, you’ll study a mix of mathematics and computing units, including computational approaches to finding patterns in data. You'll also share lectures with Mathematical Sciences students to study fundamental algebra and mathematical analysis. In the final year, you can choose to specialise in areas of numerical computer science and mathematics.

Computer scientists with good mathematical knowledge are in great demand worldwide. On graduation, you can apply what you’ve learnt to roles in software development relying on a combination of mathematical and computational modelling, such as data analysis and forecasting.

Year abroad

Broaden your horizons with a year studying at a university abroad. You’ll experience another culture whilst studying a course that complements your studies at Bath.

We have links with universities in the United States, Canada, Australia, New Zealand and Europe, currently including Binghamton University, University of Nebraska, University of Canterbury, TU Vienna and National University Singapore.

The modern world needs thoughtful, politically-conscious, questioning economists. Become a professional who understands how economics and politics intertwine.

In this course, you’ll examine the challenges facing individuals, countries and the international community. You will develop an understanding of government and society through core concepts such as power, justice, conflict, accountability, obligation, sovereignty and decision making. You will develop strong analytical skills which will aid your understanding of the institutional, UK and global context within which economic decisions and policy formation takes place.

In your first year you'll study key concepts in microeconomic and macroeconomic theory. You'll explore political theory and analysis, introducing central subjects such as power and the state, democracy and the climate crisis.

In your second year you'll continue with more advanced study of political and economic theory. You'll study the exercise of power in societies and economies through an engagement with themes such as democratic theory, populist and nationalist politics, and the politics of race and gender.

In your final year you'll explore your interests through a range of optional units in both economics and politics.

By the end of the course, you will have an appreciation of the interface between economics and political science.

Placement Year

Taking a placement in your third year enables you to use the theory you have learned in a practical context. You will learn about an organisation and its area of work in the UK or overseas. This is an excellent opportunity to test potential career paths. Sometimes permanent jobs are offered to our students. You’ll develop skills such as teamwork, planning, problem-solving, decision making and project management.

Employers value a year of professional work and you’ll gain an advantage in the job market. Sometimes it is possible for you to acquire additional professional qualifications, particularly in accountancy, whilst on placement.

Placement opportunities can’t be guaranteed but you will receive tailored support from our specialist team to help you secure a placement.

Develop your knowledge of biomechanics, physiology and psychology. You will understand how humans function in sport, physical activity and health environments.

This degree has three core strands running throughout the course:

• Biomechanics will explore how humans create and control movement including athletes’ technique
• Physiology will cover the structure, function, regulation and performance of bodily systems
• Psychology will examine the role of thoughts, feelings and behaviours in sport and exercise settings

Through these core disciplines you'll apply your knowledge to sports performance and exercise participation and understand the relevance of sport and exercise science to current practice.

Use specialist facilities

As a student on one of our sport, exercise and health courses you'll have access to facilities that support your learning, including laboratories with specialist equipment and the latest technology, including:

• Applied Biomechanics Laboratory
• Applied Physiology Laboratory
• Biochemistry Laboratory
• Metabolic Research Laboratory
• A dedicated movement analysis suite

Year Abroad

You will have the opportunity to apply to study abroad at an approved partner institution. Your international experience will enhance your skills and prepare you for employment in the competitive global graduate market.

The study abroad option is currently available in Technical University of Munich (Germany) and Southern Cross University (Australia), and we continuously seek new partners to widen our study abroad offer.

Learn how to excel in an international business environment. Fulfill the demand for business leaders with both advanced language and management skills.

You will benefit from the expertise of two leading departments, the School of Management and the Department of Politics, Languages and International Studies.

You’ll gain specialised knowledge of relevant countries’ business environments and contemporary politics, society and culture. From day one you’ll be taught in German.

Year abroad

• In Year 3 you will spend up to 12 months in a German-speaking country. You'll have the flexibility to choose a work placement, International Academic Exchange or a combination of both. By spending a year abroad, you’ll have the opportunity to master German.

Develop skills in mathematics and theoretical computer science, preparing you for roles involving computational analysis, modelling and simulation.

This joint degree is for you if you enjoy and excel at computing and want to combine that with a very strong interest in mathematics.

By combining our computer science degree with pure mathematics, probability and statistics, you’ll be prepared for careers in data science relying on a combination of mathematical and computational modelling.

Tailor to your interests

In the first two years, you’ll study a mix of mathematics and computing units, including computational approaches to finding patterns in data. You'll also share lectures with Mathematical Sciences students to study fundamental algebra and mathematical analysis. In the final year, you can choose to specialise in areas of numerical computer science and mathematics.

Computer scientists with good mathematical knowledge are in great demand worldwide. On graduation, you can apply what you’ve learnt to roles in software development relying on a combination of mathematical and computational modelling, such as data analysis and forecasting.

Mathematics enables us to reason logically, to understand structure and to formulate scientific principles, whether from the physical, life or social sciences.

Choose this course to gain specialist knowledge in pure mathematics, applied mathematics and/or statistics.

Tailor to your interests

At the start of the course, you’ll gain a broad education in pure and applied mathematics, including programming and statistics. You’ll have the freedom to study a broader mathematical pathway or specialise in your favourite subject areas, enhancing your analytical thinking and appreciation of the beauty of mathematics.

All of our courses are flexible and allow for a wide choice of units after year one. You may be able to switch courses during the first year.

Delve into the exciting field of health psychology on our BPS-accredited course, one of the only master's of this kind to include a compulsory 16-week placement.

Our MSc Health Psychology course is designed to give you a solid grounding in all the main areas of health psychology.

Taking a multidisciplinary approach to the subject, we look at how psychology can be used to help us better understand health and health behaviours. You'll study everything from preventing ill health to managing long-term conditions and developing effective healthcare provision.

You will gain hands-on experience of methods for conducting research in diverse research and healthcare settings before going on to apply those skills during the placement.

Placement Year

Choose Bath for one of the only BPS-accredited courses to offer a 16-week placement as an integral part of its master's. You'll be based in an academic, public health or health-related setting and will work on a piece of empirical research, using your knowledge of health psychology theories, models and approaches to tackle a particular issue in your placement setting.

As well as gaining invaluable experience, you'll see first-hand how health psychology can be applied in diverse contexts and ways. For example, you might be using research to inform policy around health promotion or disease prevention; or helping a service to use evidence-based models and approaches to develop more effective health interventions.

Achieve a grounding in economic theory while learning different statistical approaches for the analysis of economic data.

This course is for those who want an understanding of the tools and key theories within economics and mathematics. You'll use these skills to analyse contemporary problems and policy. On this course, you’ll study the core elements of economics, including microeconomic theory, macroeconomic theory and econometrics.

You will develop methodological and statistical tools for the analysis of complex data. Throughout your studies, you will be immersed in a wide variety of quantitative topics. This will enable you to develop and apply your advanced mathematical skills.

In your first year you'll study key concepts in microeconomic and macroeconomic theory, and develop your skills in mathematical and statistical theory and applications.

In your second year you'll continue with more advanced study of economic theory, mathematics and statistics. You'll acquire a deep understanding of economic relationships.

In your final year, you'll study topics and techniques in advanced economic theory and mathematics to critique and contribute to current debates. You can tailor your choice of optional units to your personal interests

By the end of the course, you’ll be able to understand the complexities of global economic problems and data, and you will possess advanced quantitative skills and tools to create innovative solutions.

Vital in addressing global health and environmental challenges, biochemistry explores the chemical processes of living organisms at a molecular level.

Combine your interests in biology and chemistry by applying chemical knowledge and techniques to study biological processes. You’ll learn what’s happening inside cells, how they communicate with each other, and use this to predict how molecules will interact.