Bachelor of Arts in Philosophy and Russian

at University of Bristol - Clifton Campus United Kingdom

This MSc examines the physical processes governing the behaviour of volcanoes. The program is taught by leading scientists working at the cutting edge of research into volcanoes, and will provide you with a strong background for independent research to PhD level or for a career in industry, the public sector or a non-governmental organisation.

Increasing numbers of the global population being at risk means that volcano hazard prediction and mitigation is a fast-growing and competitive area of research that crosses the boundaries between traditional subject areas.

The program is designed to equip you with knowledge of the physical processes of volcanoes, including both sub-surface and surficial behaviour, insights into important historical eruptions, understanding of risk and risk mitigation, and instruction and experiential learning on data gathering, handling analysis and presentation to publishable standard.

You will develop a wide range of skills, such as quantitative and computational skills, including the application of basic mathematical descriptions of physical processes and the use of statistical and data handling software; proficiency in critical analysis of scientific material from a variety of sources, including primary research documents and original data; and the ability to synthesise concise and informative material produced for a variety of audiences. A familiarity with A-level mathematics (or international equivalent) is recommended.

This four-year course has the same basic structure as BSc Geography but you will spend your third year studying geography and other subjects at an English-speaking university abroad.

In year one you receive an overview of human and physical geography, and develop a range of geographical and scientific skills. The remaining years are organised around specialist units from human and/or physical geography.

Physical geography units cover three broad areas: glaciology, hydrology and environmental change. Human geography units provide in-depth study of cultural, economic and social geography, emphasising the importance of theory and methods for analysing contemporary geographical problems and policies. Topics range from economic development and global politics to inequalities of health and contemporary social theory.

You will also develop skills in the use of specialised computer software, statistics and data collection in the field. Field trips and practical work are key components of the course. There are UK residential trips in year one and in year two there is an overseas field trip.

Your third-year studies abroad will be arranged on an individual basis. We currently have exchange agreements with universities in the US, Canada, Singapore, Australia, New Zealand and Hong Kong. Visit Global Opportunities to find out more about where you can study abroad.

The skills that you acquire throughout your studies will be applied in a self-directed dissertation project in your final year.

At a critical time in history, our MA in Law presents an exciting opportunity for you to move into a highly sought-after field of study - and graduate to meet a growing demand from organisations worldwide for expert lawyers that can embrace challenges and innovation.

Our programmes are well-respected by leading law firms*. As an accelerated, fast-track, senior status postgraduate degree, the MA in Law builds on the fact that you have already benefited from a university-level education, allowing you to graduate in just two years versus the three years it would normally take to obtain an LLB.  

Choosing the MA will enable you to develop core legal skill and a solid understanding of the foundation areas of legal knowledge, alongside options for further specialist study. This will see you gain a deeper understanding of law and legal reasoning than is possible with a one-year Graduate Diploma in Law – and access to a wider range of careers.

On the programme, you will be challenged and inspired by world-leading academics dedicated to progressive and innovative thinking in a multitude of legal fields, presenting you with an exciting opportunity to explore some of the most challenging legal questions facing today’s global society.

The intellectually demanding, research-rich curriculum our academics deliver is what makes our graduates stand out. Able to demonstrate excellent legal, analytical and research skills they are empowered to pursue top-flight roles in the legal, business, finance, criminal and technology sectors, or as specialist in-house lawyers.

This four-year degree combines years one, two and four of our MEng Aerospace Engineering with the chance to spend your third year at an English-speaking partner university overseas.

The first two years cover underpinning material organised into three streams:

• Aerodynamics
• Dynamics and control
• Structures and materials.

Specialised from day one, these subjects are taught with aerospace applications and examples. Further material, such as space applications and aviation operations, is covered in specialist units.

You will also learn skills that cross all three streams, such as computing, systems engineering and design.

If you achieve the required grades in your first two years you will spend your third year at a European institution where your studies will match the third year at Bristol.

You will return to Bristol for your fourth year and choose from a range of options. Some options relate to particular application areas, such as helicopter aerodynamics, space systems or wind power. Others study particular technologies, such as composites analysis or experimental aerodynamics, or you can choose to undertake a research project.

This course combines the challenging and broad academic content of our aerospace engineering degrees with an overseas dimension which reflects the pan-European nature of the modern aerospace industry.

Our education master's degrees give you the opportunity to design a tailored program of study that suits your cultural and learning needs. You will be able to specialise and receive an award in a particular disciplinary area.

The Policy and International Development pathway focuses on the relationship between education policy and practice and international development. It probes the influence of global policy agendas on education and the contribution that education makes to social justice, economic growth and sustainable development.

In line with the sustainable development agenda, development is treated as an international issue and the pathway considers case studies from countries around the world as well as from within Bristol. It examines formal and informal education through diverse institutions and organisations, including schools, universities and community organisations.

This MSc takes a critical look at ideas about social development, such as human rights, the capability approach and peace building, and their implications for education policy and practice. There will be opportunities to explore how educational theories and practice travel between and are adapted to specific contexts. You will analyse the role of key organisations involved in the global governance of education, including civil society, international non-governmental organisations, development agencies and commercial bodies.

The Policy and International Development pathway develops your skills in using international and comparative research, both in education and in analysing education policy. You will be supported to develop your own reasoned position and distinctive critical voice for commenting on education policy and education’s role within social development at international, national and local level. You will have access to first-class library and information services, allowing you to study the specific ideas, issues, initiatives and policies you are interested in.

If you want to improve the world through the responsible use of data, the MSc in Data Science will give you the skills to do so. You will learn how to understand, in depth, the computational and statistical principles of modern data science and be skilled at the rigorous and ethical application of these techniques to real-world challenges.

Whether you have a background in numerate sciences, engineering, or computer science, the program will provide you with the skills to succeed in this exciting and fast-moving discipline and will equip you with excellent employment prospects to pursue roles in industry as either a data scientist or data engineer as well as for research and development roles.

This MSc aims to:

• Equip you with the ability to work across disciplinary boundaries in the effective application and deployment of data-intensive solutions in a variety of contexts.
• Give graduates a breadth and depth of knowledge and skills in computational, machine learning, and statistical principles and the capability for insightful large-scale data analysis, so you will be able to specify and implement analytical pipelines for real-world data at scale.
• Provide you with a good understanding of the ethical issues in the application of contemporary data science techniques to real-world challenges so you can be conversant with arguments concerning the risks and potential benefits and disadvantages arising from the deployment of these technologies.
• Enable you to independently initiate data science projects specified at a high-level perspective, leading them from scoping onward to completion, while exercising appropriate project management methods and maintaining stakeholder engagement.

The MSc in Data Science has been co-designed with industrial partners and is highly relevant to rewarding employment opportunities. There is a strong emphasis on responsible innovation and ethics to encourage you to use your knowledge and skills for societal good in the workplace or through further research. The course is closely associated with excellent research in the University, ensuring leading edge teaching. 

This course follows the structure of our MEng Engineering Mathematics degree but gives you the opportunity to spend your third year abroad at an English-speaking university. You can transfer onto this course up until your second year.

The first two years provide a background in mathematical analysis, modelling and scientific computation and their application to engineering. These core topics underpin the advanced material that follows.

You will spend your third year overseas at one of our partner universities. Visit Global Opportunities to find out more about where you can study abroad.

As well as gaining first-hand exposure to pioneering research, in your final year you will have a wide choice of options from across engineering and mathematics to fit your interests.

A major focus of the course and a key strand throughout the curriculum is real-world problem solving, spanning many different application areas from robotics and social media to medicine and environmental modelling. Problems come from our industrial collaborators or address challenges in current research. Working on these case studies, using theory and techniques from your other units, you will develop your mathematical modelling, collaboration and communication skills.

This four-year course is ideal for those considering scientific careers that will make direct use of their subject-specific knowledge and skills.

Our degrees incorporate units in chemistry, physics and mathematics. The first year gives you a comprehensive grounding in these subjects, while later years focus on atomic and molecular science and its interdisciplinary applications.

You will focus on areas at the interface between chemistry and physics, with limited treatment of organic chemistry and more physical and non-synthetic inorganic chemistry. Similarly, there is very little nuclear and particle physics after your first year but an emphasis on materials science and nanoscience.

As well as lectures and practical classes, small-group tutorials and workshops help develop your understanding of challenging and exciting concepts. Practical labs in both chemistry and physics help develop experimental techniques, computational modelling and programming skills needed in the final year for conducting a research project with a research team.