ONE WORLD ENGINEERING BUSINESS | ENGINEERING | MANAGEMENT
CONTENTS One World Engineering
1
Engineer your future at Exeter
2
Scholarships
4
Engineering facilities
5
Living in Exeter
6
History and heritage
8
Student support
10
One World Engineering programmes
12
You may be interested in...
14
MSc Engineering Business Management
15
MSc International Supply Chain Management
16
MSc Mechanical Engineering with Management and MSc Mechanical Engineering 17 MSc Materials Engineering with Management and MSc Materials Engineering
18
MSc Civil Engineering with Management and MSc Civil Engineering
20
MSc Structural Engineering with Management and MSc Structural Engineering 21 MSc Water Engineering with Management and MSc Water Engineering
23
MSc Renewable Energy Engineering
24
MSc Tunnel Engineering
25
One World Engineering modules
26
Business School programmes
30
Next steps
32
Pictured: William Priest, Engineering graduate (2014), Composite Design Engineer, Infiniti Red Bull Racing
ONE WORLD ENGINEERING Our One World Engineering programmes have the future needs of industry at their core. They are specifically designed to ensure our graduates are equipped with the skills, technical knowledge, business acumen and confidence to go out into the world and make a real difference.
Business focus
Corporate scholarships
Our graduates are successful and motivated to become the best they can be. That’s why our engineering programmes feature integrated business and management modules. This blend of engineering and management will enable you to take your career to the next level, and will give you that competitive edge to make you stand out from the crowd.
We have a long history of collaborating with leading international, national and regional companies. To celebrate the links between our One World Engineering programmes and our industrial partners, a range of corporate scholarships are available to top performing students studying each of our programmes. The scholarships may also provide an opportunity for our students to work with these leading organisations. More information can be found at www.exeter.ac.uk/ graduateengineering
The University of Exeter is one of EY’s most successful universities and one of the reasons we recruit from here is that we know the University offers its students the full package. Exeter’s primary focus is to help students achieve academically but it also offers a wide range of opportunities to gain the graduate-level skills, experience and expertise employers like us are looking for.
Placements
Sarah Donoghue, Student Recruitment Officer, EY
Networking The opportunity to learn and collaborate with a like-minded group of engineering and business students makes for a hugely rewarding experience. You will work closely with students and academics across all engineering and business disciplines, from all around the world, building your own personal network of contacts. This international experience will enhance your learning as you see firsthand how different cultures and levels of expertise can approach the same challenge from a variety of perspectives, preparing you for a global career.
Our graduates may have the opportunity to take up a one-year placement with a wide range of employers on completion of their Masters degree. These placements will provide you with valuable experience and enable you to put your learning into action, helping you to gain new skills and make new professional contacts, further enhancing your employability in a competitive global market.
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ENGINEER YOUR FUTURE AT EXETER Our graduates go on to work with some exceptional companies. Join us and you could too.
2
All logos reproduced with permission of the respective companies.
Baris Aytekin
MSc Engineering and Management (2010), Product Manager, Schneider Electric (France)
Heather Bolt
MEng Mechanical Engineering (2014), Graduate Mechanical Engineer, Arup (Australia)
William Hirst
MEng Civil Engineering (2013), Consulting Civil Engineer, Tony Gee LLP
Phillipp Kainz
MEng Engineering and Management (2013), Consulting Analyst, Deloitte
Roland Kromanis
PhD Engineering (2014), Freelance Structural Engineer
Alistair Lobban
MSc Urban Water Systems (2008), Project Engineer, River Engineering Team (Deputy Project Manager of Exeter Flood Defence Scheme), CH2M
Apurva Varute
MSc Engineering and Management (2013), Structural Engineer, SYSTRA (India)
James Tearle
MEng Civil Engineering (2014), Graduate Structural Engineer, Ramboll UK
Peter Melville-Shreeve
MSc Urban Water Systems (2012), PhD Engineering, University of Exeter
Rebecca Hitch
BEng Mechanical Engineering (2006), Advanced Technology Body Manager, Jaguar Land Rover
David Heal
MEng Civil Engineering (2011), Graduate Civil Engineer, London Underground
Jo Relf
MEng Mechanical Engineering (2014), Software Implementation Consultant, Manhattan Associates Limited
Claire Burroughs
MEng Civil Engineering (2010), Environmental Engineer, Water Environment Limited
Peter Greaves
MSc Advanced Civil Engineering (2011), Structural Engineer, BAE Systems (Maritime Engineering and Services)
Ben Ward
MSc Urban Water Systems (2010), Business Projects Manager, AECOM
Chris Pearce
MSc Mechanical Engineering (2009), Graduate Engineer, Atkins
3
UP TO ÂŁ7,500 SCHOLARSHIPS We are pleased to be able to offer scholarships to well-qualified applicants. A range of scholarships exists for applicants starting their studies in September 2017. Through the generosity of Professor Ken Evans, Pro ViceChancellor and Executive Dean, we are delighted to be able to extend our Pro Vice-Chancellors Scholarship to applicants for 2017. All international applicants who are holding an offer of a place on selected Engineering MSc programmes will automatically be considered for this high-value scholarship. A limited number of scholarships are available and are offered on a first-come first-served basis.
Professor Ken Evans, Pro Vice-Chancellor and Executive Dean (College of Engineering, Mathematics and Physical Sciences), Chair of Materials Engineering, PhD Cambridge
4
Early application is encouraged. Please check www.exeter.ac.uk/studying/funding for more details of scholarships available.
ENGINEERING FACILITIES
Our engineering teaching facilities recently underwent a multi-million pound refurbishment including the re-equipment of student workshops and the development of a state-of-the-art 3D visualisation and rapid prototyping suite. The aerodynamics laboratory comprises wind tunnels with computerised lift/ drag balance and hot-wire anemometry equipment for velocity measurement, with the fluids laboratory offering facilities for the testing of marine renewable energy generation devices. Our thermodynamics and energy laboratory contains thermodynamics experiments, a computerised engine test bed and renewable energy experiments. The structures laboratory facilitates the testing of full-size structural elements. Students can also investigate the structural properties of elements using fullycomputerised equipment including TQ Modular Structures rigs. The Vibration Engineering Section’s vibration platform, installed in 2014, allows the measurement and modelling of vibration performance in
structures such as bridges, office floors and stadia. Adjacent is the materials laboratory, housing an array of tensile test equipment. We also have a wide range of equipment for materials engineering and manufacturing, including 3D printing and nanofabrication. We are home to the Centre for Additive Layer Manufacturing, the Centre for Alternative and Remanufacturing Technologies and the Centre for Graphene Science, from where we conduct research and work with industry on a consultancy and facility provision basis. We also have access to the University’s EPSRC-funded IMB Supercomputer SP3 system, and to a Beowulf parallel computing cluster. Students additionally benefit from 24 hour access to the Forum Library, part of the University’s £48 million centrepiece development the Forum, opened in 2012 by Her Majesty the Queen. 5
The environment stands out for me as a unique factor in studying at the University of Exeter. It is a beautiful place to live and the University seems to be strategically placed right in the heart of this part of the UK. Coming from the hustle and bustle of city life, I liked that Exeter is serene and studyfriendly but also offers the chance to experience and enjoy the British culture first-hand. Samuel Owusu, MSc Engineering and Management graduate
LIVING IN EXETER Students at the University of Exeter benefit from living in one of the most beautiful parts of the country. It’s no wonder our students are consistently amongst the most satisfied in the UK. Set in the heart of the beautiful Devon countryside, Exeter boasts a high quality of life, a clean and fresh environment, and low crime rate, providing a welcoming environment for students, with a vibrant and fun culture and relaxed atmosphere.
With a population of only 120,000, there are plenty of cafés, restaurants, pubs and modern shops which sit alongside Exeter’s beautiful historic buildings. Most new students find that Exeter is not a particularly expensive city in which to live.
The University campus is within easy walking distance of the city centre and you will find all that you need conveniently located in a very compact area, with the inspiring medieval Cathedral as a focal point just off the main shopping street.
The region’s exquisite coastline and impressive national parks are only a short drive, cycle, bus or train journey away.
Bristol
London
2.5 hours by train from Exeter
Exeter Newquay Truro Falmouth
Our Streatham Campus is easily accessible from London by train and European flights are available from Exeter, Newquay and Bristol airports.
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HISTORY AND HERITAGE The University of Exeter is an established and prestigious institution that can trace its heritage back to 1855 when the city realised its dream of becoming a centre for excellence in science and the arts. Over the next century and a half Exeter gained a reputation for educating the most gifted and ambitious graduates from all across the globe. Now, the University of Exeter is one of the fastest-rising institutions, ranked 93rd in the world. Our global reputation has been built on a vision of Higher Education excellence, the quality of our professors, and the successes of our graduates.
Sir Stafford Northcote backs the establishment of a School of Art in Exeter 8
1922
We take great pride in our past and are excited to have celebrated our Diamond Jubilee in 2015 with a series of alumni reunions in major cities around the world.
Exeter becomes a two campus University, as St Luke’s College of Education joins the institution
The University moves to Streatham and becomes the University College of the South West
1855
Exeter is a member of the UK’s Russell Group of world-class research intensive universities and is firmly seated amongst the top-10 in UK league tables, including the highly prestigious Times Good University Guide.
1955
Exeter achieves full university status
1978
Professor Sir Steve Smith joins the University as Vice-Chancellor
Camborne School of Mines joins the University
1980
Student numbers reach 5,200
1993
1996
Queen’s Anniversary Prize for Research
2004
2002 Cornwall Campus opens
Photograph courtesy of Special Collections, University of Exeter
Exeter ranked inside top 100 global institutions for the first time in THE rankings and Leiden rankings
2015
2014
Diamond Jubilee celebrated
2013 2012 2011 2009 2005
Exeter becomes a Russell Group University First University fundraising campaign raises £25m
Golden Jubilee celebrated and student numbers reach 13,500
Exeter named Sunday Times University of the Year
Exeter’s ranking in Research Excellence Framework* leads to £3.8m annual Exeter ranked increase in in the top 10 in government all UK higher research funding education league tables for the first time
Exeter named Times / Sunday Times Sports University of the Year Forum building opened by the Queen
£300m capital investment programme of campus development underway
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STUDENT SUPPORT Supporting our students throughout, and beyond, their studies is an important part of what we do, and as a University of Exeter student, you will have access to a wide range of support services.
Career support Students come to study with us from many different perspectives, with a range of different requirements. Whether you have your career path already mapped out, or are still deciding where you want to go after your degree, we are here to provide you with tailored support every step of the way. The University’s Career Zone will work alongside you to support your career needs and aspirations, from finding parttime work and placement opportunities, to personal development sessions, and applying for postgraduate level jobs. You will have access to comprehensive development opportunities to enhance your personal and professional skills, through a range of lectures, group workshops and tailored activities. We will also provide the opportunity to meet and network with potential employers on campus, at events such as Employer in the Foyer and our careers fairs, where employers directly target our students to fill their vacancies. Our engineering students also benefit from visits from professional engineering bodies, such as the Institution of Mechanical Engineers, the Institution of Structural Engineers and the Institute of Materials, Minerals and Mining, who provide information on memberships and the benefits of becoming a Chartered Engineer.
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Our professional career and employability staff offer personal one to one appointments, providing specific information and advice to help you evaluate future career paths and options. When it comes to securing the job you want, we offer CV workshops and checking services, advice on writing job application forms and completing psychometric tests, and run mock interviews with potential employers and alumni, so you can fulfil your career potential.
International student support For international students, staff in the International Student Support Office can advise you on living and studying at the University of Exeter and working in the UK. For more information, including details of the University’s local representatives, visit www.exeter.ac.uk/ internationalstudents or email intoff@ exeter.ac.uk The INTO University of Exeter Centre offers Academic English and intensive pre-sessional English Summer Courses and non-credit bearing support courses including writing tutorials, grammar workshops and oral communication classes throughout the year. Find out more at: www.intohigher.com/uk/en-gb/ourcentres/into-university-of-exeter.aspx
The reason we choose to work so closely with the University of Exeter is because they produce high quality well-rounded individuals. Not only do they have an excellent academic profile but are also able to demonstrate the full skill set that we as an employer are looking for. Students come well prepared to assessment centres and fit the profiles we seek at Johnson & Johnson from engineering roles to business type roles. Harriette Gwilt, Junior Talent Acquisition Partner, Johnson & Johnson
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ONE WORLD ENGINEERING PROGRAMMES MSc Engineering Business Management
MSc International Supply Chain Management
MSc Materials Engineering with Management
MSc Materials Engineering
Manufacturing Supply Chain Management
Mechanics of Materials
Agile, Lean and Competitive Enterprise
Programming for Engineering
Marketing Analysis and Research
Principles of International Business
OR
Marketing Strategy
Advanced Materials Engineering Contemporary Advanced Materials Research Management Concepts Strategic Innovation Management
Sustainable Engineering
Management of Product Development
Managing Operations
Management Concepts
Sustainable Engineering
International Financial Management
Purchasing and Supply Chain Management
Management Science
Management Science
Computer Aided Engineering Design
Global Sourcing and Logistics Management
Project
Project Management
OR
Engineering Materials and the Environment
Management Science
Research Methodology
Strategy
OR
Strategy Project
MSc Mechanical Engineering with Management
MSc Mechanical Engineering
MSc Civil Engineering
Mechanics of Materials
Mechanics of Materials
Programming for Engineering
Programming for Engineering
Systems Analysis in Engineering
Stuctural Design
Advanced Computational Fluid Dynamics
Advanced Geotechnical Engineering
Management Concepts
Sustainable Engineering
Strategic Innovation Management OR
Research Methodology OR Management Science
Management Science
Management Concepts
Sustainable Engineering
Strategic Innovation Management
Advanced Structural Engineering
OR
Strategy
12
MSc Civil Engineering with Management
Strategy
Active and Passive Structural Control
Management Science
Computer Aided Engineering Design
Computer Aided Engineering Design
Project
Project
MSc Structural Engineering with Management
MSc Structural Engineering
MSc Water Engineering with Management
MSc Water Engineering
Structural Design
Hydroinformatics Tools
Programming for Engineering
Programming for Engineering
Conceptual Design of Buildings
Water Supply and Distribution Management
Linear Systems and Structural Analysis
Water Management in Developing Countries
Management Concepts Strategic Innovation Management OR
Strategy
Structural Health and Performance Monitoring
Management Concepts
Introduction to Earthquake Engineering
OR
Active and Passive Structural Control Vibration Engineering Project
Sustainable Engineering
Strategic Innovation Management
Environmental Processes
Strategy Water and Environmental Systems Urban Drainage and Waste Water Management Project
13
YOU MAY BE INTERESTED IN... MSc Renewable Energy Engineering
MSc Tunnel Engineering
Network Engineering, Monitoring and Management
Excavation and Geomechanics
Renewable Energy Systems
Health and Safety in the Extractive Industry
Five optional modules chosen from:
Energy Storage Sustainable Architecture Social and Technological Innovation
Five optional modules chosen from:
Project Management Site Investigation including Geophysics
Energy Policies for a Low Carbon Economy
Tunnelling and Underground Excavation
Themes in Climate Change
Geomechanics Computer Modelling for Excavation Design
Solar Energy Research and Innovation Advanced Marine Renewable Energy Advanced Wind Energy Advanced Energy Storage Further Electrical and Electronics Engineering Research Project and Dissertation
14
Underground Construction
Ventilation Mine Planning and Design Production and Cost Estimation Research Project and Dissertation
MSc Engineering Business Management Flagship One World Engineering programme Awaiting professional accreditation by the Institution
of Engineering and Technology (IET)1 Study alongside working professionals Form a wide network of contacts across all
engineering and business postgraduate programmes 1
n application is underway to seek professional accreditation for this programme. The programme has been designed to meet A the requirements for accreditation, and the University of Exeter has a long history of accreditation success. Please see our website for latest information.
Core modules
Credits
Duration and study mode 12 months full-time, part-time study details are available on our website.
Manufacturing Supply Chain Management
15
Management of Product Development
15
UK/EU fee 2017/18: £10,000 International fee 2017/18: £22,500
Management Concepts
15
International Financial Management
15
Entry requirements Please see details on page 32.
Management Science
15
Project Management
15
Agile, Lean and Competitive Enterprise
15
Project
60
Optional modules Marketing Analysis and Research OR Marketing Strategy
Credits 15
Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
This programme is designed for the engineering managers and leaders of the future. Engineering professionals with strong technical expertise as well as excellent management abilities are highly sought after, and this course will provide you with the skills and knowledge required to fulfil a variety of exciting international roles. You will develop the techniques and analytical tools to enhance business operations, paired with a thorough understanding of the processes and practices of the engineering industry; a truly powerful combination. Taught in partnership by the College of Engineering, Mathematics and Physical Sciences and the Business School, we will provide you with an exceptional learning experience, access to world-leading academics, and the chance to build an outstanding personal network to enhance your future career. The programme’s emphasis on management is specifically focused for engineering professionals to allow them to move into high-level management roles. Graduates can expect to enjoy careers as leaders of business in product development, project management, customer services, human resources, and a wide variety of other areas, particularly related to the engineering industry.
15
MSc International Supply Chain Management One third of modules taught by the Business School Combines modern approaches to business, engineering,
management and manufacturing International learning for a global market
Manufacturing Supply Chain Management
15
Duration and study mode 12 months full-time study.
Agile, Lean and Competitive Enterprise
15
UK/EU fee 2017/18: £10,000 International fee 2017/18: £22,500
Principles of International Business
15
Managing Operations
15
Sustainable Engineering
15
Purchasing and Supply Chain Management
15
Management Science
15
Project
60
Core modules
Optional modules Global Sourcing and Logistics Management OR Strategy
16
Credits
Credits 15
Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
This programme is aimed at those who want to work in supply chain engineering, management and logistics. It provides the essentials of management theory and practice, whilst increasing the depth and scope of your technical engineering knowledge. The programme focuses on the supply chain in its entirety, how to construct it, set up operations, manage the input, control operations, and distribute the end product. It opens up the key issues of supply chain management and introduces you to the modern approaches to doing business in this context, teaching you to evaluate, manage and enhance the supply network. You will be taught jointly by the College of Engineering, Mathematics and Physical Sciences and the Business School and will study alongside students from all around the world, who have come to Exeter from a diverse range of business and engineering backgrounds. Successful completion of the programme will equip gradates with a range of skills applicable to many areas, most notably manufacturing and service companies, particularly for roles with responsibility for the supply chain, purchasing, logistics, procurement, materials and engineering management.
MSc Mechanical Engineering with Management MSc Mechanical Engineering Awaiting professional accreditation by the Institution
of Mechanical Engineers (IMechE)1 Specialist engineering programmes, with a
choice of pathways enabling you to enhance your management skills Choose from a range of optional modules 1
n application is underway to seek professional accreditation for these programmes. The programmes have been designed to meet A the requirements for accreditation, and the University of Exeter has a long history of accreditation success. Please see our website for latest information.
Core modules
Credits
Mechanics of Materials
15
Programming for Engineering
15
Systems Analysis in Engineering
15
Management Conceptsu
15
Management Science
15
Computer Aided Engineering Design
15
Research Methodology+
15
Sustainable Engineering+
15
Advanced Computational Fluid Dynamics
15
Project
60
Optional modules Strategic Innovation Management OR Strategy u
Credits 15
Duration and study mode 12 months full-time study. UK/EU fee 2017/18: £9,000 International fee 2017/18: £21,000 Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
These programmes will equip you with the skills required to be a modern mechanical engineer. They focus on the latest techniques and technologies used in mechanical engineering, teaching you how to apply these to complex contemporary problems. You will gain a range of computational skills which will enable you to analyse systems using numerical methods, simulation and optimisation techniques. Sustainability is also emphasised throughout the programme and you will be encouraged to consider responsible solutions to modern day challenges. The programmes are supported by internationally leading research projects in areas such as nano-scale materials engineering, biomedical engineering, 3D analysis from CT scans for prosthetic bone replacement surgery, additive layer manufacturing for high specification applications with aerospace metals, and application and recycling of polymers and composites. The programmes have been designed for mechanical engineers who want to progress their careers, and will enable graduates to proceed to Chartered Engineer status.
MSc Mechanical Engineering with Management only.
+ MSc Mechanical Engineering only.
17
MSc Materials Engineering with Management MSc Materials Engineering Awaiting professional accreditation by the Institute
of Materials, Minerals and Mining (IOM3)1 Strongly aligned to our research expertise, and the
latest developments in materials science A choice of pathways available so you can focus on
your technical engineering skills, or combine these with management skills 1
n application is underway to seek professional accreditation for these programmes. The programmes have been designed to meet A the requirements for accreditation, and the University of Exeter has a long history of accreditation success. Please see our website for latest information.
Core modules
Credits
Mechanics of Materials
15
Programming for Engineering
15
Advanced Materials Engineering
15
Management Conceptsu
15
Management Science
15
u
Computer Aided Engineering Design
15
Research Methodology
15
+
Sustainable Engineering
15
+
Engineering Materials and the Environment+
15
Contemporary Advanced Materials Researchu
15
Project
60
Optional modules Strategic Innovation Management OR Strategyu u
MSc Materials Engineering with Management only.
+ MSc Materials Engineering only.
18
Credits u
15
Duration and study mode 12 months full-time, part-time study details are available on our website. UK/EU fee 2017/18: £9,000 International fee 2017/18: £21,000 Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
These programmes bring together the latest developments in materials science and their application into new technology, providing you with specialist knowledge and skills which will enhance your engineering career. They focus on the theory and computational simulation of material structures for application into automotive, aerospace, technology and energy sectors. You will gain a strong understanding of the properties and behaviours of different substances, from raw materials to finished products, identifying their strengths and limitations, enabling you to find solutions to complex contemporary problems. Our particular research strengths are drawn into the programmes, in areas including functional materials (those with extra functionality such as electro-magnetic screening, self-sensing and active materials, and materials with negative thermal expansion and Poisson’s ratios), polymers, composites and biomaterials. The programmes will prepare you for an exciting and rewarding career, whether you have a desire to lead and manage teams, or wish to progress in a technical engineering role.
19
MSc Civil Engineering with Management MSc Civil Engineering Awaiting professional accreditation by the Joint Board
of Moderators, which includes the Institution of Civil Engineers, the Institution of Structural Engineers, the Chartered Institution of Highways and Transportation, and the Institute of Highway Engineers1 Option to include additional management modules
into the programme, through the MSc Civil Engineering with Management pathway Study with a wide range of students across all
engineering and business postgraduate programmes 1
n application is underway to seek professional accreditation for these programmes. The programmes have been designed to meet A the requirements for accreditation, and the University of Exeter has a long history of accreditation success. Please see our website for latest information.
Core modules
Credits
Mechanics of Materials
15
Programming for Engineering
15
Advanced Geotechnical Engineering
15
Management Conceptsu
15
Management Scienceu
15
Computer Aided Engineering Design
15
Active and Passive Structural Control+
15
Sustainable Engineering+
15
Advanced Structural Engineering+
15
Stuctural Design
15
Project
60
Optional modules Strategic Innovation Management OR Strategyu
u
20
Credits u
MSc Civil Engineering with Management only.
+ MSc Civil Engineering only.
15
Duration and study mode 12 months full-time, part-time study details are available on our website. UK/EU fee 2017/18: £9,000 International fee 2017/18: £21,000 Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
Civil engineering is essential for the sustainable provision of the infrastructure used in our daily lives, from buildings, to roads, bridges and waterways, and more innovative solutions are constantly being sought as the demands of modern civilisation increase. These programmes bring together the latest scientific developments in a range of civil engineering disciplines to provide you with an in-depth knowledge of the subject, specifically geotechnical and structural engineering. You will learn how to analyse, design, construct and maintain infrastructure, and put the theory you learn into practice to solve complex problems. The programmes prepare graduates for a successful career in the civil engineering industry. They will equip you with the knowledge and skills to play a leading role in providing essential infrastructure for society whilst maintaining the quality of our environment.
MSc Structural Engineering with Management MSc Structural Engineering Awaiting professional accreditation by the Joint Board
of Moderators, which includes the Institution of Civil Engineers, the Institution of Structural Engineers, the Chartered Institution of Highways and Transportation, and the Institute of Highway Engineers1 Taught within a rewarding and dynamic learning
environment, by an internationally leading academic team Utilises state-of-the-art facilities and equipment 1
n application is underway to seek professional accreditation for these programmes. The programmes have been designed to meet A the requirements for accreditation, and the University of Exeter has a long history of accreditation success. Please see our website for latest information.
Core modules
Credits
Structural Design
15
Programming for Engineering
15
Conceptual Design of Buildings
15
Linear Systems and Structural Analysis
15
Management Conceptsu
15
Active and Passive Structural Control
15
Vibration Engineering
15
Structural Health and Performance Monitoring+
15
Introduction to Earthquake Engineering+
15
Project
60
Optional modules Strategic Innovation Management OR Strategyu u
Duration and study mode 12 months full-time, part-time study details are available on our website. UK/EU fee 2017/18: £9,000 International fee 2017/18: £21,000 Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
Today, structural engineering is more than just design. Expert consultants are needed globally with a complete skillset; the ability to design, manage and maintain structures, but also to enable existing civil infrastructure to operate under changing loading and environments. These programmes will provide you with a solid understanding of the whole process of structural design, analysis and operation. You will discover how to design and manage the dynamic behaviour of structures using state of the art hardware and software for performance assessment, measurement, and instrumentation to withstand normal and extreme operational loads. The programmes are taught by our internationally leading academic team with expertise in structural performance analysis and health monitoring, structural dynamics, control, infrastructure management, systems and informatics. Successful graduates will be equipped with specialist skills increasingly demanded by employing infrastructure consultants, contractors, operators, and government agencies, and can expect to progress into international senior level positions in civil, construction and environmental industries.
Credits u
15
MSc Structural Engineering with Management only.
+ MSc Structural Engineering only.
21
22
Modules in Management and Strategy delivered by the University of Exeter Business School.
MSc Water Engineering with Management MSc Water Engineering Awaiting professional accreditation by the Joint Board
of Moderators, which includes the Institution of Civil Engineers, the Institution of Structural Engineers, the Chartered Institution of Highways and Transportation, and the Institute of Highway Engineers1 Linked to the University of Exeter’s Centre for
Water Systems A choice of pathways available so you can focus on
your technical engineering skills, or combine these with management skills 1
n application is underway to seek professional accreditation for these programmes. The programmes have been designed to meet A the requirements for accreditation, and the University of Exeter has a long history of accreditation success. Please see our website for latest information.
Core modules
Duration and study mode 12 months full-time, part-time study details are available on our website.
Hydroinformatics Tools
15
Programming for Engineering
15
Water Supply and Distribution Management
15
UK/EU fee 2017/18: £9,000 International fee 2017/18: £21,000
Water Management in Developing Countries
15
Entry requirements Please see details on page 32.
Management Conceptsu
15
Water and Environmental Systems
15
Urban Drainage and Waste Water Management
15
Sustainable Engineering+
15
Environmental Processes+
15
Project
60
Optional modules Strategic Innovation Managementu OR Strategyu u
Credits
Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
These programmes are designed for engineering graduates wishing to enhance their capabilities in urban water design, operation and management, or engineers working in the water industry looking to enhance their knowledge and skills in this area. They draw upon the expertise of our Centre for Water Systems, which is internationally renowned for its research into water supply and distribution systems, waste water and urban drainage systems, integrated modelling, risk and uncertainty, whole-life costing, water efficiency, catchment-based management, spatial water management, and associated areas. The programmes are highly relevant to the needs of future water engineers and will provide you with knowledge and key skills in the broad area of urban water engineering and management, equipping you to solve modern day engineering problems. Water engineering is of significant global interest and highly trained graduates are highly sought after. Graduates can expect to take on exciting roles in consultancies, water utilities, contractors, regulatory bodies, government agencies, and international organisations following successful completion of the programme.
Credits 15
M Sc Water Engineering with Management only.
+ MSc Water Engineering only.
23
MSc Renewable Energy Engineering Expertise in energy policy, marine renewables,
bio-fuels, electrical power and networks, wind, photo-voltaic and thermal technologies 92% of research classified as world-leading or
internationally excellent1 Industrial support from many key companies in
the industry 1
esearch Excellence Framework 2014 based on the percentage of research categorised as 3* or 4*. Renewable Energy is R returned to the General Engineering Unit of Assessment.
Network Engineering, Monitoring and Management
15
Duration and study mode 12 months full-time.
Renewable Energy Systems
30
UK/EU fee 2017/18: £9,000 International fee 2017/18: £21,000
Research Project and Dissertation
60
Core modules
Credits
Optional modules
Credits
Energy Storage
15
Sustainable Architecture
15
Social and Technological Innovation
15
Energy Policies for a Low Carbon Economy
15
Themes in Climate Change
15
Solar Energy Research and Innovation
15
Advanced Marine Renewable Energy
15
Advanced Wind Energy
15
Advanced Energy Storage
15
Further Electrical and Electronics Engineering
15
24
Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
Climate change and the need to manage diminishing fossil fuel reserves are, today, two of the biggest challenges facing the planet. In order to secure the future for ourselves and generations to follow, it is widely accepted that we must act now to reduce energy consumption, switch to renewable energy sources and substantially cut greenhouse gases, such as carbon dioxide. To do this, the renewables sector requires Renewable Energy Engineers with the right multidisciplinary skillset to pioneer the design, building and management of its infrastructure. Drawing upon our particular research strengths in marine, solar and wind based generation alongside specialist modules in energy storage, this programme prepares you for a career in a variety of energy-related roles across the sector.
MSc Tunnel Engineering 9th in the UK and 94th globally in the Times Higher
Education World University Rankings for Engineering and Technology.1 Superb facilities include an underground test mine and
world class analytical mineralogy labs Taught by Camborne School of Mines, an internationally
renowned centre for mining education and excellence 1
2015-2016 Times Higher Education World University Rankings: engineering and technology.
Core modules
Credits
Excavation and Geomechanics
15
Health and Safety in the Extractive Industry
15
Underground Construction
15
Research Project and Dissertation
60
Optional modules
Credits
Project Management
15
Site Investigation including Geophysics
15
Tunnelling and Underground Excavation
15
Geomechanics Computer Modelling for Excavation Design
15
Ventilation
15
Mine Planning and Design
15
Production and Cost Estimation
15
Duration and study mode 12 months full-time, part-time study details are available on our website UK/EU fee 2017/18: £10,000 International fee 2017/18: £21,000 Entry requirements Please see details on page 32. Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
Tunnelling, and the use of underground spaces, is an important aspect of the modern urban environment with developments of major underground infrastructure underpinning the changing needs of today’s society through transportation, storage and utilities. Safe and efficient design of these excavations is essential for optimisation and economic utilisation of underground space. National and global construction industries and associated businesses are coming under considerable pressure to design, build and manage infrastructure in a resource efficient, sustainable and environment friendly manner. To deliver this, they require qualified engineers with a multidisciplinary skillset and specialist expertise in tunnelling, underground excavation and underground space utilization. Camborne School of Mines is uniquely qualified in this area, being at once the UK’s most prestigious specialist mining school and part of a world ranking Russell Group University.
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ONE WORLD ENGINEERING MODULES Active and Passive Structural Control
Explore the advantages of implementing active and passive devices in historical and modern structures and gain an insight into cutting edge structural control technologies.
Contemporary Advanced Materials Research
MSc Civil Engineering MSc Structural Engineering MSc Structural Engineering with Management Advanced Computational Fluid Dynamics
Extends your practical understanding of computational fluid dynamics and complements this with an understanding of numerical and modelling issues. MSc Mechanical Engineering MSc Mechanical Engineering with Management
Advanced Geotechnical Engineering
MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering MSc Materials Engineering with Management Engineering Materials and the Environment
Introduces you to advanced concepts of geotechnical engineering including models in soil mechanics, elastoplastic constitutive models for soils, critical state theory, stress paths, and soil tests.
Exposes you to current research and developments in biomaterials, materials for energy, and nanocomposites. MSc Materials Engineering MSc Materials Engineering with Management
Advanced Structural Engineering Agile, Lean and Competitive Enterprise
Enhances your understanding of key manufacturing and enterprise concepts and techniques, and gives you the opportunity to put your knowledge into practice, by assessing the business environment of a company and formulating continuous improvement strategies. MSc Engineering Business Management MSc International Supply Chain Management
Computer Aided Engineering Design
Investigates the use of computer aided engineering design tools for a variety of engineering applications, from creating 3D engineering designs, to checking for weaknesses in design. MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering MSc Materials Engineering with Management MSc Civil Engineering MSc Civil Engineering with Management
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MSc Materials Engineering Environmental Processes
Extends your understanding of structural behaviour by studying new advanced concepts in the context of design and assessment of structures. MSc Civil Engineering
This module will cover recycling technologies (methods and issues), discuss reuse, remanufacturing and sustainable manufacture, waste hierarchy, legislation and directives, sustainability, and examples of evolving business models such as the circular economy. Some of the latest developments in engineering materials researched at Exeter (eg, auxetic materials, additive manufacturing materials, natural materials), including their properties, manufacturing processes and applications, will be presented in the context of Resource Efficiency and the Circular Economy.
MSc Civil Engineering MSc Civil Engineering with Management Advanced Materials Engineering
Learn from active material scientists about the practical methods they have used in their scientific research; in particular, the thinking and multidisciplinary knowledge involved in tackling different research subjects in material science and engineering.
Covers water management, water quality, water treatment and wastewater treatment processes and technologies, with applied examples, and the necessary background science to understand them. MSc Water Engineering
Functional Materials
Explores the design and fabrication of novel materials, providing an understanding of their physical properties and the ways they can be exploited for a range of real-world applications. MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering MSc Materials Engineering with Management
Global Sourcing and Logistics Management
Examines how multinational corporations manage their supply chains while implementing an internationalisation strategy and using sustainability as a strategic leverage to penetrate into emerging markets and gain access to key supplies. MSc International Supply Chain Management
Hydroinformatics Tools
Provides an understanding of tools in the emerging field of hydroinformatics for the practising engineer, offering practical experience in using these tools within the water management context. MSc Water Engineering MSc Water Engineering with Management
International Financial Management
This module introduces international financial management from a management rather than a technical finance perspective. The emphasis is therefore on understanding the main features of multinational finance and their implications for management decisions rather than on the more technical and specialist aspects of the subject.
Management Science
MSc Engineering Business Management Introduction to Earthquake Engineering
Provides a complete rationalisation of the earthquake engineering problem from the perspective of source (seismic hazard), path (structure dynamic behaviour) and performance (risk assessment). MSc Structural Engineering
Linear Systems and Structural Analysis
This module provides the mathematical knowledge and tools required to model and analyse the behaviour of linear structural systems. It will cover the fundamentals of linear systems theory and related mathematical topics such as matrix algebra and signal analysis, alongside an introduction to MATLAB programming. You will also review the essential concepts of linear structural analysis, and understand the underlying theory and concepts of finite element analysis. You will learn to apply these concepts for numerical analysis of planar structures including beams, trusses, frames and plane stress scenarios, while being aware of their strengths and limitations in the context of engineering design.
MSc International Supply Chain Management MSc Mechanical Engineering MSc Materials Engineering Managing Operations
Covers a broad array of management principles and practices, ranging from the analysis of financial statements, project costing and cost flow forecasting, to employee involvement and empowerment, the employer-employee relationship, contract of employment, reward systems and disciplines. MSc Engineering Business Management MSc Mechanical Engineering with Management MSc Materials Engineering with Management MSc Civil Engineering with Management MSc Structural Engineering with Management MSc Water Engineering with Management
Management of Product Development
Introduces you to the process of generating ideas for new product development, and develops your awareness of how the basic concepts and tools for managing new product development are applied in practice. MSc Engineering Business Management
Considers how operations performance can impact on the success of the whole organisation, focusing on technology, systems, processes, people and facilities in the production and flow of goods and services, and the general principles an organisation can use to guide decision making. MSc International Supply Chain Management
Manufacturing Supply Chain Management
MSc Structural Engineering MSc Structural Engineering with Management Management Concepts
This module aims to develop your skills in management science, applying advanced analytical methods to help you make optimal decisions. It will also enhance your ability of the use of mathematical modelling technologies and computer simulation to tackle modern operations and supply chain management problems. The knowledge you gain on this module will help you to appreciate a range of associated courses, especially in manufacturing and service operational and supply chain analysis areas.
Looks at the different aspects of the tools and techniques employed within supply chain management, including forecasting, planning, inventory and distribution, together with the strategic and management aspects of supply chain management, principally related to the manufacturing industry. MSc Engineering Business Management MSc International Supply Chain Management
Marketing Analysis and Research
Explores the qualitative and quantitative methodologies used in market research, data collection and data analysis methods for descriptive, causal, and exploratory research, the research design process and the utilisation of these techniques in market research. MSc Engineering Business Management
Marketing Strategy
Introduces you to the basic areas of marketing management, and gives you the broader perspective of how marketing strategy is created and developed by organisations. MSc Engineering Business Management
Mechanics of Materials
Teaches the fundamental theories governing elasticity and fracture in solids, and the methods engineers use to measure these properties in real world problems. MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering MSc Materials Engineering with Management MSc Civil Engineering MSc Civil Engineering with Management
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Principles of International Business
Considers political, economic and cultural difference and the strategies companies adopt when conducting business across national boundaries.
Programming for Engineering
MSc International Supply Chain Management Production Engineering
Looks at a range of alternative manufacturing processes to allow designed items to be produced. The module includes an introduction to the programming of computer numerical control (CNC) and additive layer manufacturing (ALM) equipment. MSc Engineering Business Management
Professional Skills
Develops a wide range of transferable professional skills that will enhance your study experience and improve your career prospects. MSc Engineering Business Management MSc Mechanical Engineering with Management MSc Materials Engineering with Management MSc Civil Engineering with Management
Project
Project Management
MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering MSc Materials Engineering with Management MSc Civil Engineering MSc Civil Engineering with Management MSc Structural Engineering MSc Structural Engineering with Management MSc Water Engineering MSc Water Engineering with Management
A research project on a topic of your choice, relevant to your degree programme. MSc Engineering Business Management MSc International Supply Chain Management MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering MSc Materials Engineering with Management MSc Civil Engineering MSc Civil Engineering with Management MSc Structural Engineering MSc Structural Engineering with Management MSc Water Engineering MSc Water Engineering with Management Covers the processes, methods, techniques and tools that can be used to manage projects, including systematic methodologies for initiating, planning, executing, controlling, closing and reviewing projects effectively. MSc Engineering Business Management
This course will focus on developing an understanding of basic issues related to programming which is part of the software development process within software engineering. You will be introduced to the basic concepts and principles of software development resulting in the ability to write your own code and create your own executable computer applications. The course will start with an introduction/overview of the software development process. This will be followed by the description of principles in procedural software programming with specific reference to the Python programming language. After this, you will be introduced to the basics of object-oriented programming, again, with reference to Python, before learning about the software development life cycle. Students will also be exposed to real world applications of computation within engineering, such as the use of evolutionary algorithms to optimise hard engineering problems.
Purchasing and Supply Chain Management
Examines how and why organisations manage their supply chains to purchase goods and services responsively, add-value to their customers, choose to sub-contract particular activities, and ultimately create lasting competitive advantage. MSc International Supply Chain Management
Strategic Innovation Management
Considers various concepts, tools and frameworks to organise and manage innovation in business, whilst providing an understanding of the complexities, challenges and rewards in managing innovation successfully. MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering with Management MSc Civil Engineering with Management MSc Structural Engineering with Management MSc Water Engineering with Management
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Strategy
Is strategy something that evolves in response to the organisation’s environment with many individuals and groups contributing to its development or is it a carefully crafted plan developed by a few master strategists with a limit to the moves and ploys that can be used? During this module we will be discussing the key issues affecting strategy for 21st century organisations and debating some of the different approaches theorists and practitioners have developed to explain how strategy really works. MSc Mechanical Engineering MSc Mechanical Engineering with Management MSc Materials Engineering with Management MSc Civil Engineering with Management MSc Structural Engineering with Management MSc Water Engineering with Management
Structural Design
A good knowledge of the philosophies and techniques of structural design and analysis are essential elements of the training of civil engineers. In this module you will learn about these philosophies, methodologies and techniques, and their application to the design of steel, reinforced concrete, and pre-stressed concrete structures. You will learn about factors such as elasticity, cracking, tensile strength, shear and flexure, through observation and analysis. You will complete two design projects, one in steel, one in concrete, and will get the chance to carry out calculations, sketch and exercise critical judgements. Furthermore, you will get the opportunity to hone your skills in methods of structural analyses, technical report writing and presentation. In addition, the module emphasises the role of the Codes of Practice (eg, Eurocodes), the application of engineering judgement, and the execution of appropriate structural analyses in the context of design problems. MSc Civil Engineering MSc Civil Engineering with Management MSc Structural Engineering MSc Structural Engineering with Management
Structural Health Monitoring
Introduces the state of art technologies for building a structural health monitoring system and discusses how to use the system to improve decision making.
Sustainable Enterprise Economy
Provides an understanding of the values that frame a model for sustainable enterprise and specifically the potential to shape future managerial practice. MSc International Supply Chain Management
Systems Analysis in Engineering
Explores how systems analysis can support the planning, design and management of engineering systems, including water and environmental systems. MSc Mechanical Engineering MSc Mechanical Engineering with Management
Urban Drainage and Waste Water Management
Covers the engineering and environmental aspects of the drainage of rainwater and wastewater from areas of human development, considering design, analysis, modelling, operation and maintenance. MSc Water Engineering MSc Water Engineering with Management
Vibration Engineering
Considers vibration engineering in relation to large civil engineering structures, focussing on theoretical concepts of single- (SDOF) and multiple-degree-offreedom (MDOF) systems and their application to real life vibration serviceability problems. MSc Structural Engineering MSc Structural Engineering with Management
Water and Environmental Systems
Investigates the current practices and issues in planning and management of water and environmental systems in the UK and around the world. MSc Water Engineering MSc Water Engineering with Management
Water Management in Developing Countries
Examines the issues associated with the management of water systems in developing countries and explores approaches to overcome them.
Water Supply and Distribution Management
Provides the theoretical and practical knowledge and understanding of classical and contemporary issues related to the management of water supply and distribution systems for the practising engineer.
MSc Water Engineering MSc Water Engineering with Management
MSc Water Engineering MSc Water Engineering with Management
MSc Structural Engineering Sustainable Engineering
Considers the ways in which engineers can responsibly use resources to make optimum use of materials and energy, whilst mitigating any associated environmental impacts. MSc International Supply Chain Management MSc Mechanical Engineering MSc Materials Engineering MSc Civil Engineering MSc Water Engineering
Modules are subject to change. Please check www.exeter.ac.uk/graduateengineering for latest details.
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BUSINESS SCHOOL PROGRAMMES MSc International Management 9 month programme (without dissertation or work
placement modules) 12 month programme (with dissertation or work
placement modules) 12 month programme with European Study
Compulsory Modules
Credits
Duration and study mode 9 or 12 months, full-time. Start – End: Sept – June (9 months); Sept – Sept (12 months).
Accounting for International Managers
15
Future Trends for International Management
15
International Human Resource Management
15
UK/EU fee 2017/18: £11,000 International fee 2017/18: £19,000
International Operations Management
15
Entry requirements Please see details on page 32.
Principles of International Business
15
Research and Analysis Skills for Business Research
15
Dissertation/Business Project (12 months only)
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Select three1 or five2 from:
Banking and Financial Services; Corporate Governance, Reporting and Regulation; Digital Business Models; Entrepreneurship: New Venture Development; Global Career Management – Theory and Practice; Global Sourcing and Logistics Management; Innovating Business Models in Developing Economies; Leadership and Global Challenges; Managing Projects and Programmes of Projects; Marketing Strategy; Multinational Finance for Managers; Purchasing and Supply Chain Management; Strategic Innovation Management; Sustainable Enterprise Economies. All Masters degree programmes may be subject to change, please check the website for the latest programme details.
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1
12 month programme; 2 9 month programme.
Please check www.exeter.ac.uk/ graduateengineering for latest programme details.
The MSc in International Management is designed to equip you with the skills, knowledge and insight to help you achieve a successful and sustainable career in business and management anywhere in the world. The world of business operates globally – simultaneously sourcing labour, logistics, materials, customers, services, products, technology and relationships from a variety of different economies. Understanding how business is conducted in different cultures is central to creating successful and sustainable business relationships. We will provide you with access to leading academics, whose research helps shape government policy and business practices around the globe. Success on the programme will equip you with the confidence, expertise and ability to be able to build a successful and sustainable career for the future. We’re committed to ensuring all of our students gain a truly international perspective while studying with us. We offer students on our 12 month programme the opportunity to spend a semester abroad at one of our partner institutions in Germany, Denmark or Italy. We’ll ensure you leave the programme with a new found confidence and expertise in international management that will enable you to build a successful and sustainable career for the future. International students should be aware that they will require a separate visa to enable them to study at a partner institution in another country.
Accounting, Finance, Economics and Management Programme
Duration
Dissertation
MSc Accounting and Finance
12 months
Yes
MSc Accounting and Tax
12 or 24 months
Yes
MSc Finance and Investment
9 or 12 months
12 month programme only
MSc Finance and Management
9 or 12 months
12 month programme only
MSc Financial Analysis and Fund Management
12 months
Yes
MSc Financial Mathematics
9 months
No
MSc Marketing and Financial Services
9 or 12 months
12 month programme only
MSc Behavioural Economics and Finance
12 months
Yes
MSc Economics
12 months
Yes
MSc Economics and Econometrics
12 months
Yes
MRes Economics
12 months
Yes
MSc Financial Economics
12 months
Yes
MRes Global Political Economy
12 months
Yes
MSc Money and Banking
12 months
Yes
MSc International Management
9 or 12 months
12 month programme only
MSc Marketing
12 months
Yes
MSc Human Resource Managementâ€
12 or 30 months
Yes
MSc International Hospitality Management
12 or 21 months
Yes
MSc International Tourism Management
12 months
Yes
MRes Management
12 months
Yes
MSc Information Technology for Business
12 months
Yes
Accounting
Finance
Economics
Management
Please visit www.exeter.ac.uk/business-school/programmes/postgraduate for individual programme requirements and the latest programme details.
â€
Also available as a Diploma programme, please see the website for further details.
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NEXT STEPS How to apply The quickest and most efficient way to apply for admission to our postgraduate programmes is online via the University’s secure electronic application form. To visit the Online Applications Centre, please visit www.exeter.ac.uk/ postgraduate/apply
What happens to your application?
As soon as your application is received it will be acknowledged via email. It is important that additional transcripts, references and other supporting documents are sent as soon as possible so that your application can be considered.
Deposits
All applicants applying for a full-time postgraduate taught programme will be required to pay a tuition fee deposit before the start of their programme. Receipt of your deposit acts as an indication of your commitment to study at Exeter and can assist international students with their visa application. Full details will be included with your offer letter or see the guide online at www.exeter.ac.uk/postgraduate/ money/deposit
Engineering programme entry requirements Qualifications
A good honours degree from a recognised university. We do consider all applications where there is evidence of exceptional performance in modules relevant to the programme of study, significant relevant work experience or professional qualifications.
English language
If English is not your first language you will be required to give evidence of your English proficiency. You can apply for a programme without evidence of English proficiency, however, you will not receive an unconditional offer or be able to register for the programme unless you meet the English requirements. Please see the individual requirements for each programme at www.exeter.ac.uk/graduateengineering
The Admissions Office
If you have an enquiry about the progress of your application, or on how to register with the University, please visit www.exeter.ac.uk/postgraduate/ admissions Alternatively, contact the University’s Admissions Office: UK telephone: 0300 555 60 60 International telephone: +44 (0)1392 723044 Email: pg-ad@exeter.ac.uk
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ABOUT THE UNIVERSITY OF EXETER 7th in the UK in The Times and The Sunday Times Good University Guide 2015 34th in the world in the Leiden University Rankings 2015 A member of Britain’s prestigious Russell Group of research-intensive universities Voted best University in the UK for international student satisfaction, in the StudyPortals International Student Satisfaction Awards 2014
FURTHER INFORMATION College of Engineering, Mathematics and Physical Sciences Department of Engineering Harrison Building North Park Road Exeter, EX4 4QF UNITED KINGDOM Telephone: +44 (0)1392 724061 Email: graduateengineering@exeter.ac.uk
www.exeter.ac.uk/graduateengineering Find us on Facebook and Twitter: www.facebook.com/exeteruni www.twitter.com/uniofexeter
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Photography by Tim Pestridge and James Ram.
2016CEMPS025
Every effort has been made to ensure that the information contained in this brochure is correct at the time of going to print. The University will use reasonable endeavours to deliver programmes and other services in accordance with the descriptions provided. The University reserves the right to make variations to programme content, entry requirements and methods of delivery, and to discontinue, merge or combine programmes, both before and after a student’s admission to the University. Full terms and conditions can be found at www.exeter.ac.uk/postgraduate/apply/disclaimer