Master of Engineering in Mechanical Engineering with Study Abroad in a Modern Language

at University of Bristol - Clifton Campus United Kingdom

This degree is designed for students with potential who do not have a science background. You can automatically progress from this course to our BSc or MSci Chemistry degrees.

Our chemistry courses offer a superb grounding in the subject. In years one and two 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 also develop your ability to design experiments and interpret results and gain key skills through our chemistry-specific communications and mathematics units.

You will get the opportunity to specialise after the first two years. BSc final-year project options include work in a research laboratory or a local school, helping to develop science resources or carrying out chemistry education research. On the MSci course you will complete a 20-week research project with an academic member of staff in your final year.

We are one of the UK's biggest chemistry schools and we have a superb reputation for teaching and research; over a third of our research was rated 'world-leading' in the Research Excellence Framework 2014.

At a critical time in history, our LLM in Law and Globalisation provides you with an opportunity to engage in an exciting area of law that is complex and constantly evolving – and graduate to meet a growing demand for expert lawyers that can embrace the challenges and opportunities of an increasingly interdependent and turbulent world.

Our LLM programmes, including the LLM in Law and Globalisation, are well-respected by leading law firms*, international businesses, financial and non-governmental organisations. This programme offers in-depth, intensive study of international legal frameworks, trade, employment and human rights, from practical, theoretical, economic and socio-political perspectives.

The intellectually demanding, research-rich curriculum they deliver makes our graduates stand out, able to demonstrate excellent legal, analytical and research skills and empowered to pursue rewarding careers in a variety of sectors. 

This four-year course provides a rigorous foundation in mathematics, allowing you to learn computational and statistical skills that are in high demand from top employers or giving you a strong basis for further study.

Our lecturers are passionate about their subject, with modules informed by cutting-edge research. You can shape your degree to suit your interests; you could discover units like Complex Networks and Probability alongside your core modules, or choose optional vocational units like Financial Risk Management or Maths in Schools to prepare you for a particular career.

The curriculum currently includes opportunities to learn the statistical computing environment R, the Bayesian approach to estimation and prediction, and how to design powerful tests for statistical hypotheses.

The first year provides a broad background in pure, applied and statistical mathematics via a range of compulsory units. You'll cover material in lectures and small-group tutorials, with the freedom to explore a range of topics in collaboration with your personal tutor and fellow students.

From year two you will focus more on statistics and probability, although there is still scope to take some units from other areas.

As you move through the course you will gain academic independence, progressing from small-group tutorial teaching in year one to an independent statistics project in your final year.

This degree is accredited by the Royal Statistical Society (RSS) and you'll be automatically entitled to Graduate Statistician status on application to the RSS, provided you achieve at least a second class honours degree.

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.

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.

Our MSci Chemistry with Study Abroad in a Modern Language course is suited to you if you want to deepen your understanding of the subject and broaden your experience by studying chemistry in a foreign language during your third year.

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 also develop your ability to design experiments and interpret results and gain key skills through our chemistry-specific communications and mathematics units.

Numerical models and satellite observation are fundamental to understanding environmental systems and change. The MSc in Environmental Modelling and Data Analysis will provide you with the skills to go on to a career in this exciting area. You will learn how models of environmental processes are developed and applied across a range of areas including climate change, flooding, biogeochemistry and glaciers. You will gain an appreciation of all aspects of environmental modelling ranging from the philosophy of model development, focussing on links to observations and uncertainty analysis, through to more practical aspects such as numerical approximation and algorithm development and testing.

The programme has close links to its twin MSc in Geographical Data Science and Spatial Analytics, which allows students to develop skills in Geographical Information Systems, analysis of satellite observations and Data Science techniques more widely. This will be complimented by hands-on teaching aimed at developing your coding skills in scientific programming and high-performance computing (with access to Bristol’s unique supercomputing facilities).

The MSc is taught by world-leading researchers from the School’s Hydrology, Glaciology and Earth System Modelling research groups. It is closely linked to the School's Geocomputation research strand, which hosts seminars and workshops aimed at consolidating links between environmental modelling and Data Science.

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.