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FACULTY OF ENGINEERING & DESIGN MSc COURSES2020 entry

CONTENTS

1 Introduction

2 Course finder

4 MSc Architectural Engineering: Environmental Design

6 MSc Automotive Engineering

8 MSc Civil Engineering: Innovative Structural Materials

10 MSc Conservation of Historic Buildings

12 MSc Engineering Business Management

14 MSc Engineering Design

16 MSc Environmental Engineering

18 MSc Innovation and Technology Management

20 MSc Mechatronics

22 MSc Modern Building Design

24 MSc Robotics and Autonomous Systems

26 MSc Sustainable Chemical Engineering

28 Pre-sessional programme

29 Applying to Bath

29 Fees and finances

32 Other useful resources

Important information that you should knowThe information in this publication is correct as of October 2019. However, all matters contained in this brochure are subject to change from time to time, both before and after a candidate’s submission. The University may, at its discretion and for any reason, alter or not offer courses or parts of courses. There may be occasions where due to unforeseen or unavoidable circumstances it becomes necessary to make significant changes to a course or to withdraw it or part of it.

Find out more• www.bath.ac.uk/corporate-information/changes-to-

or-withdrawal-of-courses• go.bath.ac.uk/pgp-important-terms

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Our specialised engineering, architectural engineering and conservation courses develop professional understanding in a research and design context. Our graduates are able to transfer their technical and business skills from Bath to their chosen career, and all our master’s courses reflect the world-changing research we carry out.

This brochure details how each degree delivers this unique combination of skills to enable you to become a future specialist and technology leader.

Contact usPostgraduate AdmissionsEmail: [email protected]: +44 (0) 1225 385115

Ranked 6th best university in the UK by the Guardian University Guide 2020

Our MSc courses are designed to give you the skills to further your career in today’s innovative engineering and design industries.

FACULTY OF ENGINEERING & DESIGN MSc COURSES

6th

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COURSE FINDER

MSc YOU’VE STUDIED YOUR BACHELOR’S DEGREE IN:

Mechanical Electrical & Civil Engineering Engineering Electronic Engineering

Architectural Engineering: Environmental Design

Automotive Engineering

Civil Engineering: Innovative Structural Materials

Conservation Historic Buildings

Engineering Business Management / ITM

Engineering Design

Environmental Engineering

Mechatronics

Modern Building Design

Robotics and Autonomous Systems

Sustainable Chemical Engineering

*please check course entry requirements for specific subjects accepted for entry to this course.

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Architecture Chemical Engineering Sciences (e.g. chemistry, physics, Other subjects* natural sciences, computer science) may be considered*

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Better at Bath Our course brings together architectural design and engineering so you can create spaces that are practical and sustainable as well as beautiful. You’ll learn how to design buildings with low-carbon footprints and a focus on comfortable and healthy living. There is a need for trained professionals who know how to reduce the environmental impact of construction. We’ll help you develop your design and technical skills throughout the course to meet this need.

You’ll apply engineering principles and your understanding of how people use buildings to come up with building design solutions. The new concepts and technologies you’ll explore will help you graduate with the skills to develop sustainable building strategies.

We also give you the opportunity to take a five-day intensive course in Passivhaus design. This trains you to become a qualified Passivhaus designer or consultant. There is an extra cost for taking this course.

Learn from experts in the fieldBased in our Department of Architecture & Civil Engineering, you’ll learn from academics with expertise in the effects of climate change on the built infrastructure and the need for sustainable development. Their international collaborations and research activity feed into our teaching and contribute to your learning experience.

Use specialist facilities We have a range of facilities to support your studies including environmental monitoring facilities and an artificial sky with light meters. You’ll also have access to specialist computer and software facilities for environmental modelling.

MSc ARCHITECTURAL ENGINEERING: ENVIRONMENTAL DESIGN

1 yearstarting in

September 2020

Develop the skills to become an environmental design specialist and create buildings that combine sustainability with comfortable living.

Start your future here Our course prepares you for a career in industry, research or academia by giving you the knowledge to make a valuable contribution to sustainable development. We work with industry partners to make sure that your studies reflect good practice in environmental design. Our graduates have gone on to work in some of the top UK and international engineering and design companies, including:

• BuroHappold • ARUP• SWECO

Some of our students continue their studies with us through our PhD programme.

Entry requirementsTo apply for this course, you should have an undergraduate degree in architecture (buildings related), architectural engineering, building engineering, civil engineering, mechanical engineering or physics.

We may make an offer based on a lower grade if you can provide evidence of your suitability for the degree.

British qualificationsA bachelor’s honours degree or international equivalent, typically a 2:1 or above.

International qualifications exampleChinese qualificationsA four-year bachelor’s degree with a final overall score of at least 75% (GPA 3.0) depending on the institution attended.

Indian qualificationsA bachelor’s degree with a final overall result of at least a First Class.

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SEMESTER 1 (October to January) & SEMESTER 2 (February to May)Compulsory units

Professional and research skills for the construction industryGain the essential knowledge and train in a range of professional skills and research techniques for the construction sector.

Project and construction managementDevelop the project and construction management understanding needed to work effectively on multidisciplinary construction projects.

Environmental performance of materials and buildingsYou’ll explore how the different elements of a building work independently and together, focusing on energy flow, occupants environmental impact and low- carbon building performance. You’ll also develop an understanding of construction material choices.

Building integrated environmental systemsLearn how to integrate technological systems into building design to improve environmental performance in a holistic manner. This includes shading devices, lighting, ventilation strategies and renewable energy resources.

Assessment and modelling toolsDevelop your knowledge of modelling tools that make energy and environmental assessments on aspects of building design. You’ll focus on both individual elements and buildings as a whole.

SEMESTER 2 ONLY (February to May)

Multidisciplinary projectWork with students from other construction-related MSc courses to develop a building design. Investigate aspects related to your MSc in depth.

SUMMER (June to September)

Dissertation Carry out fundamental or applied research in a topic relevant to your studies. You’ll be supervised by one of our academic experts and supported by other staff.

Unit descriptions can be found at www.bath.ac.uk/catalogues

Unit availability and structure may change, see go.bath.ac.uk/pgp-important-terms

Course structure

English language requirementsYou will normally need one of the following:

• IELTS: 7.0 overall with no less than 6.5 in all components

• The Pearson Test of English Academic (PTE Academic): 69 with no less than 62 in any element

• TOEFL IBT: 100 overall with a minimum 24 in all 4 components

If you need to improve your English language skills before starting your studies, you may be able to take a pre-sessional course to reach the required level. (see page 28)

Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/environmental-design

Learning and assessmentLearning• Laboratory sessions• Lectures• Online resources• Practical sessions• Seminars• Tutorials• Workshops

Assessment• Coursework• Dissertation• Essay• Oral assessment• Practical work• Other

What our graduates say“My ambition is to offer people comfortable living spaces with minimal running cost and energy demands, as well as reduced carbon emissions to benefit the environment.”

Chrysi Avgousti

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Better at Bath Our course is for engineers who want to develop their knowledge further and specialise in automotive engineering and technologies. Exploring research and development in this sector, your studies will focus on the design, performance and operation of automotive powertrains and vehicle systems. You’ll build on your existing engineering skills and apply them to the challenges of the automotive industry.

You’ll look in depth at developments in low-carbon and sustainable powertrain and propulsion systems and the future technologies of vehicles. Industry needs innovative engineers who can create the next generation of vehicles, and this course is geared specifically towards equipping you with those skills. You’ll learn how to develop sustainable solutions for the vehicles we build and the processes we use.

Learn from experts in the fieldFrom downsizing internal combustion engines and turbo-charging small engines, to alternative fuels, hybrid vehicles and electric vehicles, our course draws on the specialist automotive research in our Department of Mechanical Engineering. You’ll learn from academics with expertise in automotive engineering and low-carbon technologies. Their industrial collaborations and research activity feed into your teaching and learning experience.

Use specialist facilities Our facilities include a range of specialist automotive equipment including engine research platforms, transmission research and emissions measurement facilities. You’ll also have access to control, simulation and rapid prototyping equipment.

Start your future here Our course’s mix of theory, practical project work and research dissertation makes sure that you develop the range of advanced

MSc AUTOMOTIVE ENGINEERING1 yearstarting in

September 2020

Prepare for a career in the fast-paced automotive sector, with access to leading research and diverse opportunities to develop your skills.

engineering skills to pursue a career in the automotive sector. Our past graduates have secured jobs such as:

• Calibration engineer, Ford Motor Company Ltd

• Product engineer, Renault• Engineering consultant, D’Appolonia

Some of our graduates choose to further their studies on our PhD programme or with other leading institutions.

Entry requirementsTo apply for this course, you should have an undergraduate degree in mechanical engineering, automotive engineering or vehicle engineering.


British qualificationsA bachelor’s honours degree or international equivalent, typically a high 2:2 or above.

International qualifications example Chinese qualificationsA four-year bachelor’s degree with a final overall score of at least 75% (GPA 3.0) depending on the institution attended.






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ALL YEARCºmpulsory units

Engine and powertrain technologiesExplore thermodynamic and mechanical principles, emissions reduction, IC engine simulation techniques, and alternative automotive propulsion and powertrain systems.

SEMESTER 1 (October to January)Compulsory units

Vehicle engineeringLearn whole-vehicle design concepts including engine management, on-board diagnostics and braking and transmission systems.

Turbocharging and engine boostingLearn about turbocharging and boosting systems in internal combustion engines. Analyse turbocharger and supercharger interactions, performance and component design.

Engineering systems simulationUnderstand the role of simulation in design. Use mathematical modelling software like Simulink and Matlab to model complex engineering systems.

Professional skills for engineering practiceDevelop the communication, planning and critical evaluation skills needed to perform at a postgraduate professional level and as an engineer.

SEMESTER 2 (February to May)Compulsory units

ProjectFamiliarise yourself with the methods and techniques used in engineering research and design projects, including data analysis, project scoping and planning.

Engineering project managementGain project management skills to deal with a range of engineering projects from design and product development to large-scale production projects.

Vehicle dynamics and aerodynamicsDescribe a vehicle system’s engineering dynamics including how suspension works, how to predict vehicle ride behaviour and steady-state handling performance.

Conceptual design group activityWork in a team to investigate and solve a multidisciplinary engineering problem.


Dissertation Carry out an individual research project where you’ll analyse research data, formulate conclusions and communicate your findings in written and oral forms.



Course structure


Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/automotive-engineering

Learning and assessmentLearning• Lectures• Online resources• Practical sessions• Seminars• Tutorials• Workshops

Assessment• Coursework• Dissertation• Essay• Online assessment• Oral assessment• Seminar• Written examination

What our graduates say“The dissertation period has allowed me to work on a project in collaboration with Jaguar/Land Rover, Lotus and a few other research partners. It’s challenged me to work independently on a three-month project developing critical thinking, communication, and writing skills.”

Frederik Botes

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Better at Bath Our master’s degree is unique in the UK for the breadth of materials and sustainable construction methods it introduces you to. You’ll explore renewable and low-carbon engineering materials that are key to infrastructural development worldwide.

Focusing on sustainability, you’ll learn how to use materials and design to enhance our built environment. You’ll develop an in-depth understanding of the behaviour of structural materials and their characteristics. When you graduate, you’ll have the skills to analyse and design engineering structures with innovative materials and non-conventional technologies.

Learn from experts in the fieldOur course draws on the research knowledge in our Department of Architecture & Civil Engineering and BRE Centre for Innovative Construction Materials. Our academics’ international collaborations and research expertise feed into our teaching and contribute to your learning experience.

Use specialist facilitiesWe have a range of specialist facilities to support your studies. Our laboratories and workshops contain machinery and equipment that meet industry standards. These include concrete, timber, advanced materials, and geomaterials laboratories. You’ll also have access to specialist computer and teaching facilities. Our links with the BRE mean that you could have the opportunity to use their facilities through project work.

Start your future hereIf you want to pursue a career as a civil or structural engineer, or go further as a researcher or academic, our course equips you to take the next step. We work

MSc CIVIL ENGINEERING: INNOVATIVE STRUCTURAL MATERIALS

1 yearstarting in

September 2020

Advance your knowledge of civil engineering and specialise in innovative and sustainable materials for structural applications.

with industrial partners to make sure that you develop the practical and theoretical expertise that employers value in graduates. These include, technical, communication and design skills. You’ll also have the chance to study with students on other construction-related MSc courses, preparing you for working in industry. Our students have gone on to work in top UK and international engineering and design companies, including:

• AECOM• Atkins• Foster & Partners


AccreditationOur degree is accredited by the Joint Board of Moderators as meeting the requirements for a Chartered Engineer (CEng) for candidates who already have an accredited CEng (partial) BEng (Hons) or an accredited IEng (full) BEng/BSc (Hons) first degree. See www.jbm.org.uk for more details.

Entry requirementsTo apply for this course, you should have an undergraduate degree in aeronautical engineering, architectural engineering, building engineering, civil engineering, mechanical engineering or structural engineering.


British qualificationsA bachelor’s honours degree or international equivalent, typically a 2:1 or above.

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SEMESTER 1 (October to January) & SEMESTER 2 (February to May)Compulsory units



Sustainable concrete design and technologyAdvance your knowledge in sustainable concrete use including minimising the impact of concrete materials and novel design methods to reduce concrete use in structures.

Natural building materialsUnderstand how natural building materials and methods can be used for low-impact construction. Explore bio-based materials such as timber, and inorganic materials such as natural stone.

Innovative structural materials: past, present and futureAdvance your knowledge of modern structural materials and techniques used in the construction industry. Explore future materials and methods, such as graphene or 3D printing of buildings.

SEMESTER 2 ONLY (February to May)






Course structure



English language requirementsYou’ll normally need one of the following:

• ILTS: 6.5 overall with no less than 6.0 in all components




Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/ism


Assessment• Attendance• Coursework• Dissertation• Essay• Practical work

What our graduates say“The most enjoyable part of my course was my research project. It was very exciting as the university is advanced in the field of research. I got support from my supervisors and help from qualified technicians to achieve my experiments in the laboratories.”

Yolande Alves de Souza

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Better at Bath We offer you the unique opportunity to learn how to design and manage conservation projects while studying in a UNESCO World Heritage site. Taught by experts in the field, our course focuses on preserving historic buildings and cultural heritage worldwide. You’ll gain knowledge of philosophical approaches to conserving the built environment and its significance within the context of international standards and charters. You’ll also explore materials, techniques, traditional constructional principles and structural behaviour.

To learn about conservation in practice, you’ll visit and work on case studies at historic buildings sites in the UK. These help you understand how our built heritage is repaired and re-used, and develop your technical and communication skills. You’ll finish your master’s degree with a large research project in an area of conservation that excites you.

Learn from experts in the fieldOur course draws on the research knowledge in our Department of Architecture & Civil Engineering and expertise in the industry. Our academics’ international collaborations and research feed into our teaching and contribute to your learning experience.

Use specialist facilities We have a range of facilities to support your studies. Our library gives you access to online historical literature, maps and audio-visual services and professional databases such as Construction Information Services.

Start your future here If you want a future in preserving historic architecture, then our course is the right choice to help prepare you for the next step in your career. We work with industrial partners to make sure you have the technical, communication and design

MSc CONSERVATION OF HISTORIC BUILDINGS

1 yearstarting in

September 2020

Study the theory and practice of preserving historic architecture and cultural heritage sites in one of the world’s most culturally significant cities.

skills that employers value. You’ll work on group projects with students on other construction-related MSc courses, preparing you for a range of professional positions.. You’ll graduate with the ability to make a real contribution to the preservation of our architectural landscape. Graduates have gone on to work in roles including:

• Inspectors and managers at Historic England and English Heritage

• Senior National Trust managers and national amenity society inspectors

• Conservation architects, engineers and surveyors in specialist practices

Some of our graduates further their studies on our PhD programme or with other leading institutions.

AccreditationOur course is accredited by the Royal Institution of Chartered Surveyors (RICS). Graduating from this course makes you exempt from the RICS internal examinations and eligible for entry to the RICS Assessment of Professional Competence (APC). It is also fully recognised by the Institute of Historic Buildings Conservation (IHBC).

Entry requirementsTo apply for this course, you should have an undergraduate degree in any discipline relating to the built environment including architecture, engineering, surveying, planning, geography, archaeology, history or management.

We will also consider your application if you have an undergraduate degree in other disciplines, such as history of art, and wish to gain a vocational degree.


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Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/conservation-buildings.

Learning and assessmentLearning• Lectures• Online resources• Seminars• Tutorials• Field visits

Assessment• Attendance• Coursework• Dissertation

SEMESTER 1 (October to January) Compulsory units



Cultures and frameworks for conservationAdvance your knowledge of conservation philosophy and practice in a global context, including World Heritage Sites, cultural and designed landscapes, and national and international charters and frameworks.

Materials, construction and skillsLearn about traditional and innovative building materials, covering issues, application, characteristics and decay. This includes exploring building techniques, skills and tools, sustainability and environmental impact.

Structural conservationDevelop your knowledge and understanding of the history and theory of structures, construction and structural engineering in conservation practice. These will include assessment and diagnosis of structural failure and repair, challenges and techniques.

SEMESTER 2 (February to May)






Course structure

What our graduates say“The most interesting part has been the site visits. Ongoing conservation projects and heritage structures of significant historic, communal architectural and aesthetic value were included in the list of destinations.”

Iasonas Bakas

12

Better at Bath Our course builds your skills in leadership and management and teaches you how to apply them in an engineering context. You’ll explore the impact of new technologies and how they relate to management in the engineering sector. Your studies will include business analysis, product development and supply chain management.

Throughout the course, you’ll develop a strong foundation in management essentials such as project management, strategy, operations and finance. You’ll also have the opportunity to focus on areas of management that are most interesting to you.

Project work is a key feature of the course. You’ll work in multidisciplinary teams with students who bring knowledge from a range of backgrounds. You can also choose to carry out a practice track project which allows you to work on a real-world engineering management challenge together with an industrial partner.

Learn from experts in the fieldOur course is delivered by the Faculty of Engineering & Design and School of Management. This collaborative approach bridges the gap between the two disciplines. You’ll learn from academics and industry professionals with expertise in engineering, innovation, management and business. You’ll apply this learning to solve complex problems with real impact. You’ll also benefit from our links to business through guest lectures, site visits and opportunities to work with partner companies on real engineering management projects.

Start your future here The skills you graduate with will help prepare you for the next step in an engineering or business career. You could work in engineering companies, technology consultancies, research agencies and other organisations worldwide.

MSc ENGINEERING BUSINESS MANAGEMENT1 yearstarting in

September 2020

Develop the knowledge, skills and understanding of business, operations and strategy to prepare you for a career in engineering management.


Entry requirementsTo apply for this course, you should have an undergraduate degree in engineering or management. However, we will also consider students with a background in other disciplines.


British qualificationsYou should have a bachelor’s honours degree or international equivalent, typically a 2:2 or above.

International qualifications example Chinese qualificationsA four-year bachelor’s degree with a final overall score of at least 80% depending on the institution attended.







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Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/ebm

Learning and assessmentLearning• Lectures• Practical sessions• Seminars• Tutorials• Workshops

Assessment• Coursework• Dissertation• Essay• Oral assessment• Portfolio• Practical work• Seminar• Written examination

SEMESTER 1 (October to January)Semester one content is shared with our related course, MSc Innovation and Technology Management.

Compulsory units

Project and change managementExplore how to manage projects and organisational change in engineering organisations alongside strategic management and contemporary engineering practice.

Management practices for engineeringGain a solid grounding in the key managerial disciplines of finance, marketing, HR management and economics as they apply to engineering-driven enterprises.

Commercialisation of new technologyLearn about how to commercialise technologies such as product, services, software, systems, taking them from concept to market quickly and efficiently.

Leadership skills development for engineering managementIntegrate the concepts, techniques and skills you’ve learnt so far to solve a practical business problem.


Operations and supply chain managementLearn the core concepts and techniques in operations and supply chain management in manufacturing, service and non-profit contexts.

Developing and manufacturing products and servicesExplore product and service development including emerging manufacturing technologies and best practice management techniques.

Engineering management for sustainable valueDevelop the skills to manage engineering projects to maximise value by improving revenue and reducing costs.


Practice track You’ll work with one of our partner organisations to solve a real business challenge.

In teams, you’ll apply what you have learnt and present your work to the company.

OR

Dissertation Carry out an individual research project where you’ll analyse research data,

formulate conclusions and communicate your findings in written and oral forms.



Course structureWhat our graduates say“The MSc course has developed my management and leadership skills and will help me operate an engineering business.”

Lojen Kerish

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Better at Bath If you have a background in engineering and mathematics and you’re looking to apply your skills more creatively, our master’s is an excellent choice for you.

Our course brings together both the practical and creative aspects of designing new products and services. You’ll learn about how creative techniques, analytical skills and engineering principles are used to solve design challenges. Looking beyond the classroom, you’ll explore how design impacts all sectors of industry and how it overlaps with engineering. Project work allows you to use technical skills and your initiative to design, test and build working products. Many of our students choose to develop products or services that solve real environmental, social or economic problems.

Learn from experts in the fieldYou’ll learn from academics with professional, teaching and research expertise in our Department of Mechanical Engineering. Their industrial collaborations and research in product design and manufacturing feed into your teaching and learning experience.

Use specialist facilities You’ll have access to teaching and research laboratories that support a range of activities including advanced 3D printing, design and CAD labs.

Start your future here Our graduates have gone on to work with design consultancies in the UK and overseas. Some of our graduates have secured jobs at DNV GL (formerly Garrad Hassan), ABB Research and Dyson. We also encourage MSc students to continue their studies with us on our PhD programme.

MSc ENGINEERING DESIGN1 yearstarting in

September 2020

Apply your engineering skills to a master’s degree that focuses on design. Use your knowledge and creativity to come up with new products and services.

Entry requirementsTo apply for this course, you should have an undergraduate degree in mechanical engineering, production engineering, manufacturing engineering or engineering design. We will also consider other engineering undergraduate degrees.










Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/engineering-design

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Learning and assessmentLearning• Lectures• Online resources• Practical sessions• Seminars• Tutorials• Workshops

Assessment• Coursework• Dissertation• Essay• Oral assessment• Practical work• Seminar• Written examination

SEMESTER 1 (October to January)

Advanced computer-aided designLearn how computer-aided techniques are used in design, modelling and analysis, and understand how to apply them from concept through to manufacture.


Product design and developmentExplore the stages of the product design process, methods for creativity and styling, human factors and ergonomics.

BiomimeticsUnderstand the fundamental concepts of biological design such as designing for high strains and low loads, energy conservation, adaptive design and damage control.

Engineering systems simulationLearn the procedures for establishing mathematical models of engineering systems, and commercial software packages to solve mathematical models.


Advanced computer-aided designContinued from semester 1



Materials in engineering designReview the broad spectrum of materials in engineering and design, understanding their properties to inform material selection on projects.






Course structureWhat our graduates say“The most enjoyable part of my course was the hands-on experience we attained. One of the projects was to build a working prototype of a computer mouse. This required concept generation, evaluation, design embodiment and finally rapid prototyping.”

Thomas McLaughlin

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Better at Bath If you have a first degree in engineering or natural sciences and want to specialise in environmental and sustainable processes, our new MSc is a good choice for you.

Our course teaches you the core environmental engineering principles and supplements this with the digital expertise needed in industry. You’ll learn how to use professional environmental management analysis and modelling IT packages for compliance, data processing and visualisation. On top of this, our degree develops your skills in interdisciplinary teamwork, effective communication, networking and time and resource management.

Taking a whole-systems approach, you’ll analyse and evaluate environmental and industrial processes to protect air, water, land and life. Our course uses problem-based learning methodologies to enable you to solve environmental problems while considering economic and legislative factors. You’ll develop the techniques to analyse the technical, economic, environmental and social impact of human activities, industrial activities, resource efficiency and pollution, processes and product alternatives.

Learn from experts in the fieldYou’ll learn from academics with expertise in environmental aspects of chemical engineering. Based in our Department of Chemical Engineering, you’ll benefit from our national and international industrial links and research collaborations. This makes sure you study relevant and realistic scenarios and case studies.

Use specialist facilities Personal tutors and project supervisors in the Department support your academic progress and general welfare throughout the degree. You’ll have access to our teaching and computing facilities. Depending on your

MSc ENVIRONMENTAL ENGINEERING1 yearstarting in

September 2020

Study an environmental engineering master’s that gives you the technical, professional, digital and transferable skills needed in industry.

individual project topic, you could use our laboratory facilities that range from bench scale to pilot scale.

Start your future here We aim to develop your skills so that when you graduate you have a wide choice of career opportunities ahead of you. Our course’s multidisciplinary approach helps prepare you to work as an environmental engineer in the public and private sectors. You could work in consultancy firms, environmental management and manufacturing, or sustainable product distribution. Or you could play a critical role in stakeholder policy negotiations between economists, lawyers, engineers and environmentalists.


Entry requirementsTo apply for this course, you should have an undergraduate degree in biochemical engineering, chemical engineering or environmental engineering. We will also consider other relevant engineering and science disciplines.





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Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/environmental-engineering

Learning and assessmentLearning• Lectures• Seminars• Tutorials• Workshops

Assessment• Coursework• Dissertation• Essay• Oral assessment• Written examination


Environmental sciences, processes and engineeringLearn the foundations of environmental processes and environmental engineering including the behaviour of contaminants and how to avoid or remove them.

Whole system analysis: social, economic and policy aspectsExplore the social, economic, cultural, ethical, regulatory and political context that engineers work in to be able to evaluate and assess process sustainability.

Resource conservation: waste minimisation, recovery and valorisationCharacterise mass and energy fluxes in industrial processes to recognise process inefficiencies and opportunities for resource recovery and valorisation.

Resource conservation: the bioeconomyUnderstand the technologies and processes by which renewable material resources can be transformed into fuel, materials and chemicals to build a viable bioeconomy.

Industrial and urban water supplyExplore the role of water and water management in industrial processes and how to minimise the water footprint of a process through integrated design.

Project: scoping and planningFamiliarise yourself with the methods and techniques used in engineering research and design projects, including data analysis, project scoping and planning.


Resource conservation: advanced processing for resource efficiencyDevelop knowledge of advanced processing, concepts and technologies in process integration and process intensification.

Environmental economics and politicsUnderstand and apply traditional and advanced concepts and models of environmental economics and politics.

Environmental management, analysis, modelling and complianceExplore the administrative processes used to comply with environmental legislation. Use environmental management, analysis, compliance and modelling software.

Conceptual design group activityWork in groups to apply and integrate chemical engineering principles and sustainability concepts for designing sustainable industrial systems.

Project: scoping and planningContinued from semester 1.





Course structure

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Better at Bath Our course trains you in management in the specialist context of innovation. You’ll learn about creating and managing new technologies, products and services, operations and business models.

A mix of management theory and hands-on experience in creativity tools and the design process, helps you develop solutions for technology management problems. You’ll explore different ways to improve results, making important strategic decisions to create value for your organisation, the environment and society.

Our course focuses on developing your leadership skills in innovation and technology management to help prepare you for your career.

Learn from experts in the fieldOur course is delivered by the Faculty of Engineering & Design and School of Management. This collaborative approach bridges the gap between the two disciplines. You’ll learn from academics and industry professionals with expertise in engineering, innovation, management and business. Their research activities and industrial collaborations will enhance your learning experience. You’ll also benefit from our links to business through guest lectures, site visits and opportunities to work with partner companies on research projects.

Start your future here Our graduates have a great employment record. Many go on to work in areas like consultancy, project management, NGOs and governmental innovation programmes. Some start their own business and other go on to do academic research. Our graduates

MSc INNOVATION AND TECHNOLOGY MANAGEMENT

1 yearstarting in

September 2020

Learn the skills needed to become a leader who can manage and innovate in complex technology business environments.

have gone on to work with companies including:

• Deloitte• Dell EMC• Rothschild• Circular Economy Club• Airbus

Entry requirementsTo apply for this course, you should have an undergraduate degree in engineering or management or another relevant subject.


British qualificationsYou should have a bachelor’s honours degree or international equivalent, typically a 2:2 or above.

International qualifications example Chinese qualificationsA four-year bachelor’s degree with a final overall score of at least 80% depending on the institution attended.






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Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/itm


Assessment• Coursework• Dissertation• Essay• Oral assessment• Portfolio• Practical work• Seminar• Written examination

SEMESTER 1 (October to January) Semester one content is shared with our related course, MSc Engineering Business Management.

Compulsory units

Management concepts for engineeringGain a solid grounding in the key managerial disciplines of finance, marketing, HR management and economics as they apply to engineering-driven enterprises.

Commercialisation of new technologyLearn about how to commercialise technologies such as product, services, software, systems, taking them from concept to market quickly and efficiently.

Project and change managementExplore how to manage projects and organisational change in engineering organisations alongside strategic management and contemporary engineering practice.

Engineering management practicumIntegrate the concepts, techniques and skills you’ve learnt so far to solve a practical business problem.


Innovation managementLearn key innovation management concepts and the skills needed to manage product and process innovation at operational and strategic levels.

Engineering management for sustainable valueDevelop the skills to manage engineering projects to maximise value by improving revenue and reducing costs.

Creativity and innovationExplore the role of creativity in innovation and a range of tools that take different perspectives on innovation.


Practice track You’ll work with one of our partner organisations to solve a real business challenge.

In teams, you’ll apply what you have learnt and present your work to the company.

OR

Dissertation Carry out an individual research project where you’ll analyse research data,

formulate conclusions and communicate your findings in written and oral forms.



Course structureWhat our graduates say“The University of Bath has really good connections with global industries and a well-defined career support team who are always helping you shape your professional career from the first day.”

Claudia Lorena García Caicedo

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Better at Bath Our master’s integrates the latest thinking in electrical and mechanical engineering to give you in-depth training in producing mechatronics components and systems. You’ll explore ways to use mechatronics to improve the performance and energy efficiency of modern equipment and devices. These will include techniques using artificial intelligence, modern control and computer engineering. You’ll also learn about the principal subsystems and develop mathematical models and designs.

Group projects are a chance for you to apply mechatronics design principles to complex engineering problems. Working on realistic challenges help you develop skills in project management, teamwork and communication. You’ll also explore a range of topics including autonomous systems, robotics or tomography through an individual project.

Learn from experts in the fieldYou’ll learn from academics based in our Departments of Electronic & Electrical Engineering, and Mechanical Engineering. Their research expertise and international collaborations feed into your teaching and learning experience.

Use specialist facilities We have a range of mechanical, electrical and electronic facilities, workshops and laboratories to support your project work, covering:

• rapid prototyping (3D printers, laser cutting, additive manufacturing)

• advanced electronics systems design• power electronics• electric vehicles, robotics and

autonomous systems• advanced CNC machines• superconductivity• microgrids• real-time digital simulation

MSc MECHATRONICS1 yearstarting in

September 2020

Learn how to build mechatronic components and systems, developing the skills and expertise needed to work in engineering industries worldwide.

Start your future here We have developed this course with input from industrial partners to make sure that you have the relevant skills to work in this sector. You’ll graduate with the cross-disciplinary knowledge and training that are in high demand in aerospace, automotive and manufacturing industries. Jobs our graduates have secured include:

• Project manager, Guandong Best Control Technology

• Software engineer, DIAGNOS


Entry requirementsTo apply for this course, you should have an undergraduate degree in electrical and electronic engineering, electronic engineering, mechanical engineering or mechatronics.







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Control engineeringExplore the design of closed-loop controllers in the time domain and their practical implementation. Learn methods to analyse linear and non-linear systems.

Computational intelligenceLearn principles and techniques such as optimisation, control, machine learning, classification.

Robotics engineeringExplore the fundamentals of robotics as applied to industrial robot manipulators, including kinematics, dynamics, motion planning, control and machine vision.

Engineering systems simulationUnderstand the role of simulation in design. Use mathematical modelling software like Simulink and Matlab to model complex engineering systems.



Control of modern electrical power systemsGain a detailed understanding of power system control including stability control, frequency control and voltage control.

Electronic communications systemsLearn key techniques such as how to optimise the efficiency of communication links in electronic systems.








Course structure




Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/mechatronics


Assessment• Attendance• Coursework• Dissertation• Essay• Oral assessment• Practical work• Seminar• Written examination

What our graduates say“The best things about studying in Bath are the challenges you face; you are encouraged to maximise your potential and do what you thought would never be possible.”

Fatima Abdullahi Muhammad

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Better at Bath Our master’s introduces you to the challenges of managing building design processes and practices in industry. Using multidisciplinary approaches, you’ll learn how to balance conflicting design tensions and integrate regulatory requirements with low-carbon certification and basic building physics. During the course, you’ll explore a range of areas including building physics, regulations and codes, sustainability and well-being standards. You’ll also study the relationship between Building Information Modelling (BIM) and collaborative integrated design management.

Using dynamic digital modelling tools, you’ll apply your knowledge to optimise low-carbon building envelope solutions. You’ll put theory into practice working on live project briefs with students from different construction-related disciplines. This challenges you to solve design problems in real time while gaining an insight into multidisciplinary collaboration.

Learn from experts in the fieldYou’ll learn from academics who research sustainable and low-carbon development, building physics and the environment. Their expertise and international collaborations feed into teaching and contribute to your learning experience. Our research was ranked 1st in the UK in the Architecture and the Built Environment submission in the 2014 Research Excellence Framework

Use specialist facilities You’ll receive training in key BIM-enabled software and will have access to extensive online software training resources.

Start your future here We developed our course with professional industry partners in architecture and civil engineering. This ensures that your studies reflect everyday practice in the construction

MSc MODERN BUILDING DESIGN15 monthsincluding 3-month

placement, starting in September 2020

Develop the knowledge of modern building design practice, methodologies and processes sought after by major engineering and architectural design consultancies.

sector. When you graduate, you’ll have the knowledge in low-carbon and energy efficient design to help you start a career in engineering and design consultancies worldwide. Our graduates have gone on to work at companies including:

• ARUP• Balfour Beatty• Mott MacDonald

Some of our students continue their studies with us through our PhD programme.

Gain professional experienceYou’ll spend a minimum of three months in a professional practice between June and December, running parallel with your research dissertation. A placement is an opportunity for you to apply what you’ve learnt by working on industry-driven research topics. Some of our students have been on placement at ARUP, BRE, and Mott MacDonald. You can start your placement any time between June and the end of August.

We will do our best to help you find a placement and guide you through the process. Our partnerships team runs employability workshops covering CV writing and interview techniques, and preparing an application. We cannot guarantee you a position so if you are unable to secure a placement, you’ll transfer on to our 12-month alternative course and graduate with an MSc in Low-Carbon Building Design.

AccreditationOur degree is accredited by the Joint Board of Moderators as meeting the requirements for a Chartered Engineer (CEng) for candidates who already have an accredited CEng (partial) BEng (Hons) or an accredited IEng (full) BEng/BSc (Hons) first degree. See www.jbm.org.uk for more details.

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Entry requirementsTo apply for this course, you should have an undergraduate degree in architecture, architectural engineering, building engineering, civil engineering or environmental engineering.










Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/mbd


Assessment• Coursework• Dissertation• Essay• Oral assessment• Portfolio• Seminar

SEMESTER 1 AND 2 (October to May) Compulsory units

Professional and research skills for the construction industryLearn the essential knowledge and train in a range of professional skills and research techniques for the construction sector.


Integrated delivery of low-carbon buildingsLearn how to deliver more optimally designed low-carbon building solutions by integrating inter-related technical disciplines (such as Building Physics, BIM, Dynamic modelling), within specified sustainability targets. You’ll gain the skills to manage conflicting design challenges, preparing you for the workplace.

SEMESTER 2 (February to May)


SUMMER AND FINAL SEMESTER (June to December)

Professional practice placement Work in an industrial setting to gain industry-relevant professional development.

You’ll use what you’ve learnt so far on the course to work with different stakeholders such as clients, the public and other industry professionals.

Research dissertation Carry out fundamental or applied research in a topic relevant to your studies.

You’ll be supervised by one of our academic experts and supported by other staff.



Course structure

What our graduates say“The taught part of the master’s course has provided a strong base of knowledge that complemented the placement period, which I have found to be the most rewarding and valuable part. The knowledge we took from the taught units prepared us so we could deliver a research project of real value to the placement company.”

Robin Miedzybrodzki

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Better at Bath Our course will help you take your career forward in a progressive area of engineering. It balances advanced theory with technical skills so that you learn to develop complete operational robotics and autonomous systems. You’ll explore robotics engineering and software, autonomous systems technologies, processes and products throughout the industry value chain.

Your studies will focus on tackling engineering challenges using whole-systems approaches. We’ll give you the tools to analyse and evaluate the impact of resources, processes and products. You’ll consider stakeholder needs, and technical, economic, environmental and social factors. Practical learning ensures you have the skills to design and build robotic platforms and autonomous systems.

Learn from experts in the fieldYou’ll learn from academics in our Departments of Computer Science, Electronic & Electrical Engineering, and Mechanical Engineering. Their international collaborations and research expertise feed into your learning experience.

Use specialist facilities Project work gives you access to facilities and workshops including:

• Rapid prototyping (3D printers, laser cutting, additive manufacturing)

• advanced electronics systems design• power electronics• electric vehicles, robotics and

autonomous systems• advanced CNC machines• real-time digital simulation

Start your future here You’ll graduate with the skills to innovate and deliver resource-efficient practices and solutions for robotic and autonomous systems. Your knowledge will prepare you for a career in industry or further postgraduate study.

MSc ROBOTICS AND AUTONOMOUS SYSTEMS

15 monthsfull time including placement

or 12 months full time, starting in September 2020

Learn the essential skills and techniques needed to develop robotics, autonomous systems, and embedded artificial intelligence.

Gain professional experienceA three-month placement gives you the chance to apply your knowledge in industry. You could go on placement with companies such as Intel. You’ll have the opportunity to do your individual project at your placement company or at the University.

We will do our best to help you find a placement and guide you through the process. Our partnerships team runs workshops in CV writing and interview techniques to prepare you for applying. We cannot guarantee you a position so if you are unable to secure a placement, you’ll carry out your individual project during the summer period instead.

Entry requirementsTo apply for this course, you should have an undergraduate degree in electrical and electronic engineering, electronic engineering, electrical engineering, mechanical engineering or computer science. We will also consider other relevant engineering and science disciplines.







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Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/robotics-autonomous-systems


Assessment• Coursework• Dissertation• Multiple choice examination• Online assessment• Oral assessment• Practical work• Written examination


Robotic platform engineeringDesign, critically appraise and validate robotic systems hardware and platforms, techniques and technologies.

Robotics softwareLearn the key elements involved in robotics software design and explore established and new techniques.

Autonomous systems engineeringExplore concepts involved in autonomous system design, giving you the skills to design, implement and evaluate autonomous systems.

Humans and intelligent machinesGain knowledge in current theoretical, methodological and practical research issues in human interaction with robots and other computational intelligence.

Plus 1 optional unitOptional units include Artificial intelligence and Embedded systems design.


Autonomous systems navigation, guidance and communicationsLearn about the core elements of navigation, guidance and communication for autonomous systems, including established and new techniques.



Plus 2 optional unitsOptional units include Artificial intelligence, Sensors and instrumentation, Electronic Communication Systems and Electronic Control Systems Engineering.

SUMMER (June to December)

Professional practice placementApply what you’ve learnt on the course so far in a professional environment on industry-driven research topics.

Or dissertation (12 months route only)

SEMESTER 3 (October to January) (15 month route only)




Course structureWhat our graduates say“I like to put to practice what I have learnt in theory because that way I can visualise what I have been taught. I really enjoyed working on the VREP software platform to control and manipulate the functions of a robot.”

Kemi Borisade

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Better at Bath Our course is for engineers and scientists who want to play a leading role in innovating, designing and managing sustainable processes and systems. Improving resource efficiency is a priority for process industries that rely on materials and energy. We focus on giving you the tools to find sustainable ways to do more or better with less.

Building on your first degree, you’ll develop more in-depth knowledge and transferable skills in chemical engineering. You’ll learn how to use material and energy resources more efficiently by:

• minimising resource consumption and waste generation

• recovering, valorising and re-using waste within a process

You’ll learn how to apply whole-systems and life-cycle approaches to evaluate the impact of industrial activities on the environment and society. This ‘big-picture thinking’ gives you a deeper understanding and wider knowledge to move beyond traditional approaches to process engineering.

Learn from experts in the fieldBased in our Department of Chemical Engineering, you’ll have opportunities to hear from industrial and academic speakers at regular events in the Department. You’ll learn from academics with expertise in chemical engineering and sustainable technologies. Their international collaborations and research feed into teaching and contribute to your learning experience.

Use specialist facilities Our Department’s personal tutors and project supervisors support your academic progress and general welfare throughout the degree. You’ll have access to our teaching and computing facilities. Depending on your individual project topic, you could use our laboratory facilities that range from bench scale to pilot scale.

MSc SUSTAINABLE CHEMICAL ENGINEERING1 yearstarting in

September 2020

Take on the challenge of creating a more sustainable society by learning how to develop and manage resource efficient chemical engineering processes.

Start your future here Our course prepares you for a career in academia or industry. You could work in traditional industries such as chemicals, pharma, food or beverages. Or, you could choose to work in the green sector, in areas such as renewable fuels or resource and waste management.


Entry requirementsTo apply for this course, you should have an undergraduate degree in biochemical engineering, chemical engineering or environmental engineering. We will also consider other relevant engineering and science disciplines.









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Concepts in sustainability and resource conservationLearn about environmental management systems and tools used to minimise environmental impacts and increase resource efficiency in process engineering.

Whole system analysis: social, economic and policy aspectsExplore the social, economic, cultural, ethical, regulatory and political context that engineers work in to be able to evaluate and assess process sustainability.

Resource conservation: waste minimisation, recovery and valorisationCharacterise mass and energy fluxes in industrial processes to recognise process inefficiencies and opportunities for resource recovery and valorisation.

Resource conservation: the bioeconomyUnderstand the technologies and processes by which renewable material resources can be transformed into fuel, materials and chemicals to build a viable bioeconomy.

Industrial and urban water supplyExplore the role of water and water management in industrial processes and how to minimise the water footprint of a process through integrated design.

Project: scoping and planningFamiliarise yourself with the methods and techniques used in engineering research and design projects, including data analysis, project scoping and planning.


Whole systems analysis: environmental aspectsGain an understanding of process industry value chains and the benefits and characteristics of using a whole-life approach to systems analysis.

Resource conservation: advanced processing for resource efficiencyDevelop knowledge of advanced processing, concepts and technologies in process integration and process intensification.


Conceptual design group activityWork in groups to apply and integrate chemical engineering principles and sustainability concepts for designing sustainable industrial systems.

Project: scoping and planningContinued from semester 1





Course structure


Further informationFor more details on our course, units, entry requirements, learning and assessment visit go.bath.ac.uk/sustainable-chemical-engineering

Learning and assessmentLearning• Lectures• Seminars• Tutorials• Workshops

Assessment• Coursework• Dissertation• Oral assessment• Written examination

What our graduates say“This course has allowed me to broaden my understanding of how sustainable approaches could be incorporated in the industry, from resource management to the reduction of energy used. I found the bioeconomy topic to be particularly captivating, specifically, understanding how fuels (and other useful products) can be produced from renewable feedstocks.”

Lyana Adi Shamsul

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If you have an offer to study with us but need to improve your English language level before you start, we have a range of pre-sessional courses to help you. As long as you meet the English language requirement for your degree by the end of your pre-sessional course, you won’t need to take another IELTS test.

Studying with us will help you improve your English and develop skills in academic reading, writing, listening and speaking.

You’ll benefit from:

• small class sizes and regular feedback from your peers and tutors• lectures delivered by leading University of Bath academics• experience in research-based essay writing• group research projects, presentations and seminars• a varied programme of activities beyond your studies• support to help you transition to the UK and your degree• the opportunity to explore the University and city before you start

your degree

Combined offersIf you meet all the conditions of your offer except for the English language requirement, you may be eligible for a combined offer. This means that your pre-sessional course is combined with your postgraduate degree to make a 13-14 month course. The main benefits are:

• you only need one Tier 4 Visa and confirmation of acceptance for studies

• you can go straight from your pre-sessional course to your postgraduate course

You may be eligible for a combined offer if your English level is within a 1.0 IELTS band of the entry requirements for your degree. You’ll also need a minimum of 5.5 in each skill.

Email [email protected] to find out more about combined offers.

PRE-SESSIONAL PROGRAMME

We provide 5- to 30-week courses that will help you to improve your English and academic skills to be ready for your studies at Bath.

What our graduates say“This course not only helped me to improve my English language skills, but it also helped me get used to living and studying in the UK. It was a great experience.”

Jiazhu Lu, MSc Civil Engineering: Innovative Structural Materials

Further informationYou can find out more about our courses at go.bath.ac.uk/pre-sessional. Or you can contact our pre-sessional course administrator.Email: [email protected] Tel: +44 (0)1225 383663

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Apply onlineWhen you have decided which MSc course you want to study, you can apply using our online application system. Select your course at www.bath.ac.uk/study/pg/applications.pl and follow the instructions.

You’ll need to supply the following supporting documents in your application (uploaded or scanned):

• your final degree transcript or your most recent transcript• your degree certificate if you have one • your English language results if applicable

You’ll also need a referee. We’ll ask you to provide their contact details on your application form so that we can contact them for a reference. You can find out more details at www.bath.ac.uk/guides/applying -for-a-taught-postgraduate-course

Track your applicationWhen you apply, you’ll be given a unique login where you can track the progress of your application. You can log in at www.bath.ac.uk/applicant. We aim to give you a decision within four to six weeks of you completing your application.

Accepting your offerIf you receive a conditional offer, this means there are requirements you haven’t met yet but we hope you’ll be able to. You’ll need to submit proof to be able to start your course. If you meet the conditions of your offer, we’ll be in touch about the next steps.

If you receive an unconditional offer, this means you’ve met the full requirements to start your course.

APPLYING TO BATH FEES AND FINANCES

ATAS certificateIf you need a student visa for your course, you may also need to apply for a taught master’s academic technology approval scheme (ATAS). We will send you details about this if it’s necessary. For more information, visit www.fco.gov.uk/atas

Tuition feesTuition fees can vary from course to course. You can find out full details about our master’s fees at www.bath.ac.uk/topics/tuition-fees

ScholarshipsYou could be eligible to apply for one of our Faculty or International Office scholarships. You’ll need to accept your offer to study with us to be considered for a scholarship. Find out more about scholarships at www.bath.ac.uk/campaigns/find-funding-for-taught-postgraduate-courses

BudgetingYou’ll need to budget at least £100 for the cost of photocopying, printing and binding. You’ll also need to budget for the cost of textbooks. Some courses involve visits away from campus and you may be required to pay some or all of the costs of travel, accommodation and food and drink.

If you’re on a placement, you’re responsible for your own travel, accommodation and living costs. You should also consider the financial implications if you go on an unpaid or overseas placement.

Finding part-time workThe University offers jobs on campus through Joblink in the Students’ Union. Having a job on campus can be a real benefit as it can offer you flexible working hours depending on your studies. If you have a visa, you’ll need to check your working hour restrictions.

To help you find a job on campus in Bath, visit:

• bathstudent.com/joblink• www.thisisbath.co.uk/jobs• www.southgatebath.com/vacancies

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SportsTraining Village

Medical/ Dental Centre

The Edge

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The Edge

Library

Campus PostgraduateAccommodation: • Polden

City Accommodation: • Carpenter House• Pulteney Court • Thornbank Gardens • Clevelands Building

Students’ Union

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Information for international students• www.bath.ac.uk/international: country-specific guidance on

applying to Bath.

• www.ukcisa.org.uk: UK Council for international student affairs. Information and advice on immigration, financial support, work and study.

• www.educationuk.org: the British Council site for general information on studying in the UK and scholarship searches for international students.

• www.fco.gov.uk/atas: Academic Technology Approval Scheme (ATAS). Information on requirements for non UK, EEA or Swiss Nationals.

• www.ukba.homeoffice.gov.uk/visas-immigration: UK border agency website for information on obtaining a student visa.

VideosTo find out more about postgraduate opportunities in the Faculty of Engineering & Design you can watch our short videos: https://vimeo.com/album/4373815

Women in Engineering • www.bath.ac.uk/engineering/women: for funding opportunities,

resources, events and news for and about women in the Faculty of Engineering & Design.

Publications• The Grants Register: The Complete Guide to Postgraduate

Funding Worldwide - published by Palgrave Macmillan.

Websites• www.direct.gov.uk/studentfinance: for links and information

regarding postgraduate funding.

• www.rcuk.ac.uk: Research Councils in the UK for Postgraduate students.

• www.prospects.ac.uk: a careers website for postgraduate students with sections on further study and funding.

OTHER USEFUL RESOURCES

Engineering & Design MSc courses

MSc Architectural Engineering: Environmental DesignMSc Automotive EngineeringMSc Civil Engineering: Innovative Structural MaterialsMSc Conservation of Historic BuildingsMSc Engineering Business ManagementMSc Engineering DesignMSc Environmental EngineeringMSc Innovation and Technology ManagementMSc MechatronicsMSc Modern Building DesignMSc Robotics and Autonomous SystemsMSc Sustainable Chemical Engineering

Contact usFaculty of Engineering & DesignUniversity of BathClaverton DownBathBA2 7AY

Email: [email protected]: +44 (0) 1225 385115

www.bath.ac.uk/engineering

E-XX0336-0619

faculty of engineering & design msc courses€¦ · faculty of engineering & design msc...

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