Master of Engineering in Civil Engineering

at University of Bristol - Clifton Campus United Kingdom

This course combination offers an enriching experience, with exciting intellectual challenges, in two schools with strong reputations for teaching and research. By studying these two social sciences you will develop a deep understanding of global markets and political systems.

Economics study is based on a series of core units in the first and second years covering micro- and macro-economics, mathematics, statistics and econometrics. This lays the foundation for you to specialise in your third year in the areas of economics that most interest you. Popular unit topics include Development Economics, Behavioural Economics, History of Economic Thought and International Economics.

You will also 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, and international relations. In addition to compulsory units, which will give you a solid grounding in politics, you will have access to a range of units that are closely linked to staff research interests and thus unique to Bristol.

Politics units may include subjects such as, international relations, political economy, UK politics, US politics, gender, security and conflict. There is a strong emphasis on research skills, with the possibility to complete a dissertation in the final year.

We offer you the opportunity to extend your degree to four years, spending your third year studying economics in English at a university in Europe or farther afield before returning to Bristol for your final year. This course allows you to combine the challenging, broad academic content of our economics degree with an overseas dimension that reflects the international nature of the economy.

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.

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 papillomavirus 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.

In the final year you will 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 four-year BSc Cancer Biology and Immunology with Study in Industry is available by transfer after securing a placement during your second year.

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 year you will undertake an individual research project and choose from a range of optional units, which means you can focus on anything from electrical power systems to electronic communications.

Bristol and the surrounding area host a thriving and world-renowned semiconductor design industry. The different groups involved in microelectronics research at the University of Bristol have many collaborative links with multinational companies in the microelectronics industry. These organisations have identified a shortfall in graduates with the necessary qualifications and professional skills to work in the sector, so this programme has been designed to meet this need.

A range of taught subjects cover core topics, such as digital and analogue ASIC design, DSP and FPGA-based computing, integrated sensors and actuators, radio-frequency and mixed-signal design. Changes are made periodically to reflect important emerging disciplines, such as electronics for the Internet of things, biomedical applications and quantum photonics applications.

The programme offers you the opportunity to learn from experts in microelectronics, nanoelectronics and computer science. You could move on to start working straight after your degree or continue your studies via a PhD. Special emphasis is put on providing you with a range of contemporary design skills to supplement theoretical knowledge. Lectures are accompanied by lab exercises in state-of-the-art industrial EDA software to give you valuable experience of a professional environment.

Inspired by the Royal Academy of Engineering, this in-depth course aims to develop high-calibre engineers who can lead complex engineering projects that are vital to modern society.

After a broad, common first year, you can choose to specialise in mechanical, aerospace or civil engineering, studying technical units alongside students from these other engineering degrees.

The third year is usually a paid placement in industry, which forms an assessed part of the course and is closely monitored by the University, allowing you to start working towards becoming a Chartered Engineer. You will be given responsibilities similar to graduate entrants, with opportunities to manage your own projects. We will support you in applying for a placement.

In years four and five you can choose from a wide range of technical modules from the School of Civil, Aerospace and Mechanical Engineering and open units in other faculties. This gives you the chance to gain further technical expertise in your chosen specialisation and a broader learning experience in other subjects, such as computer science, finance, geography or languages.

A group research and design project forms a major component of your final two years. The project is conducted with one of our industrial partners and you can choose from a range of topics, such as robotics, manufacturing, renewable energy, future cities and sustainable transport.

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

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

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

Marketing embraces a range of compulsory skills, competences and knowledge that makes our students competitive in today’s digital era. Our BSc Marketing course allows you to build your knowledge and skills by combining academic rigour with real-world application, leading you into a structured career in marketing.

The course has been developed with input from marketing practitioners and world-leading researchers to synthesise the most relevant advancements in marketing discipline with industry demand. Our broad range of topics includes everything from fundamental marketing theories to digital marketing, consumer behaviour and brand management.

You will also study the key aspects of management theory alongside students from other management disciplines, developing an understanding of how marketing fits into larger organisational workplace structure.