SCHOOL OF ENGINEERING Faculty of Science and Engineering
THE UNIVERSIT Y OF OPPORTUNIT Y
SCHOOL OF ENGINEERING Faculty of Science and Engineering As a University and as a Faculty, we are pivotally positioned in the rebuilding of the technological and scientific capacity vital for the regeneration of engineering and related expertise in our country. We support the regeneration of the Black Country and, to meet national and global demand, we are committed to growing our base in Science, Technology, Engineering and Mathematics (STEM). This is of paramount importance for the rebuilding of the economy. The Black Country is the home of much of the manufacturing base and it needs a strong vocational university to support it. We have built on our rich and long history of technology, teaching and local skills provision to become a significant player in the high-tech re-skilling that is of national importance. Leading companies such as Morgan, Jaguar Land Rover, Moog and UTC Aerospace Systems work closely with us because we provide the skilled graduates necessary in the science/technology/engineering resurgence.
SCHOOL OF ENGINEERING Postgraduate engineering courses encourage you to acquire skills in creating innovative solutions to practical problems and realise your full creative potential in engineering design. You will learn from industry experts including respected organisations such as Smithers Rapra Technology Ltd and EOS GmbH, who transfer their hands-on engineering knowledge into our programmes. Our multi-million pound facilities are internationally recognised for their cutting-edge industrial hardware and software. We support international businesses with the development and commercialisation of new product ideas through our state-of-the-art engineering equipment. Full details of all courses and entry requirements can be found at: wlv.ac.uk/postgraduate
COURSES • Additive Layer Manufacturing Techniques (PG Cert, PG Dip, MSc) • Advanced Technology Management (Engineering Analysis) (MSc) • Advanced Technology Management (Manufacturing) (MSc) • Advanced Technology Management (Sustainability) (MSc) • Engineering (MPhil / PhD) • Manufacturing Engineering (MSc)
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ADDITIVE LAYER MANUFACTURING TECHNIQUES PG Cert, PG Dip, MSc
FULL-TIME: 1 year
PART-TIME: 2 years
LOCATION: Telford Campus
START:
Currently Additive Layer Manufacturing (ALM), also known as industrial 3D printing, is playing an increasing role in integrated large-scale manufacturing, for polymer and metal components alike. Anyone wanting to drive innovation and influence development going forward needs to gain an understanding of the principles of ALM, its potential, and its involvement in industry fourth-generation initiatives. The fact that Rolls Royce, Jaguar Land Rover, Unilever, Airbus, Boeing, Williams F1, McLaren F1, and Proctor & Gamble all use rapid manufacturing philosophies and technology vindicates the need to educate a wider audience to address the future need for engineers in this area.
WHY WOLVERHAMPTON?
WHAT WILL I STUDY?
New teaching facilities are an integral part of a recent £10m investment, which meets the teaching and learning requirements of students on the MSc course. All the specialist equipment needed for the delivery of the course already exists, including laser melting machines, polymer processing machines, powder analysis equipment, measurement equipment, post processing equipment and associated space. The course will be underpinned by the 15 years of experience of using ALM and the application research that has been done and resides at the University.
Modules will include:
HOW WILL THIS COURSE IMPROVE MY EMPLOYABILITY?
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Semester 1 or Semester 2
The course will be practically oriented and experience will be gained in the use, operation, application and validation of processes and components used and manufactured by ALM. These skills are currently in huge demand given the significant growth and demand for new manufacturing methods for high-performance components and assemblies. These skills will ultimately make candidates extremely employable in the future.
• Engineering Research Methods • Rapid Manufacturing Applications • Computational Fluid Dynamics and Heat Transfer • Advanced Materials • Computer Aided High Speed Machining Applications • Quality Control and Part Validation • MSc Project
HOW WILL I BE ASSESSED? There will be some examined modules, but the majority of the assessment will be through assignments and case study-based work.
OTHER COURSES YOU MAY BE INTERESTED IN • MSc Advanced Technology Management (Engineering Analysis) • MSc Advanced Technology Management (Manufacturing) • MSc Advanced Technology Management (Sustainability) • MSc Manufacturing Engineering
ADVANCED TECHNOLOGY MANAGEMENT (ENGINEERING ANALYSIS) MSc Study product life cycle management with an aim to design robust products and processes cost-effectively whilst minimising overall carbon footprint and environmental impact.
WHY WOLVERHAMPTON? This course enables you to address the demand for sustainabilityaware specialists with advanced design skills and knowledge to drive forward effective new product development. You will have access to the School of Engineering’s new facilities in support of engineering design, including a wide range of industrystandard software tools and design and visualisation technologies.
HOW WILL THIS COURSE IMPROVE MY EMPLOYABILITY?
Typical modules include:
You will be equipped to undertake cross-functional management roles and evaluate how modern organisations can strategically exploit existing and emerging technologies. For broader context, you will also be expected to critically evaluate emerging policy, regulation and technical aspects associated with renewable energy and its distribution.
• Project Management Tools and Techniques
WHAT WILL I STUDY?
FULL-TIME: 1 year
PART-TIME: 2 years
LOCATION: Telford Campus (also at ESTIA, Biarritz)
START: Semester 1
Alongside the technical requirements of new product development, you will gain a good understanding of the social, ethical, legal and environmental considerations associated with product life cycle management. This will include exploring the role/prospects that current and new technologies can play in overcoming the impacts associated with conventional energy sources and energy distribution, supply and storage. You will also have the opportunity to undertake a substantial piece of research, either in the University using its industry-standard facilities, or in your company if studying part-time.
• Research Methods and Professional Skills
• Emerging Design Tools • CAD and Product Definition • Design Optimisation and Simulation • Applied Stress Analysis • Dissertation
HOW WILL I BE ASSESSED? Most modules on your course will be assessed by a portfolio containing samples of work that demonstrate what you have accomplished. Other modules will be assessed by coursework.
OTHER COURSES YOU MAY BE INTERESTED IN: • MSc Advanced Technology Management (Manufacturing) • MSc Advanced Technology Management (Sustainability) • MSc Manufacturing Engineering
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ADVANCED TECHNOLOGY MANAGEMENT (MANUFACTURING) MSc
FULL-TIME: 1 year
PART-TIME: 2 years
LOCATION: Telford Campus (also at ESTIA, Biarritz)
START: Semester 1
There is a growing demand for specialists with advanced skills and knowledge to drive forward and project-manage effective new product development and introduction across all of the major industrial sectors.
WHY WOLVERHAMPTON? This course enables you to analyse and critically evaluate current issues and insights associated with new and innovative rapid manufacturing technologies, capitalising on our expertise in direct metal laser sintering and high speed machining. Both technologies are becoming increasingly important to the aerospace and automotive sectors, as they enable businesses to meet ever more demanding design requirements in terms of materials, function and cost.
Career opportunities include senior management where strategic thinking skills, project management experience and a deeper technological knowledgebase would be beneficial. It also prepares you for postgraduate research at academic institutions worldwide.
WHAT WILL I STUDY?
• MSc Advanced Technology Management (Engineering Analysis)
• Research Methods and Professional Skills
• MSc Advanced Technology Management (Sustainability)
• Project Management Tools and Techniques
• MSc Manufacturing Engineering
Typical modules include:
HOW WILL THIS COURSE IMPROVE MY EMPLOYABILITY?
• Rapid Manufacturing Applications
You will be equipped to undertake cross-functional management roles and to evaluate how modern organisations can strategically exploit existing and emerging technologies. You will also have the opportunity to undertake a substantial piece of research, either in the University using its industry-standard facilities, or in your company if studying part-time.
• Computer Aided and High Speed Machining Applications
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OTHER COURSES YOU MAY BE INTERESTED IN:
• CAD and Product Definition • Emerging Design Tools
• Dissertation
HOW WILL I BE ASSESSED? Most modules on your course will be assessed by a portfolio containing samples of work that demonstrate what you have accomplished. Other modules will be assessed by coursework.
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ADVANCED TECHNOLOGY MANAGEMENT (SUSTAINABILITY) MSc
FULL-TIME: 1 year
PART-TIME: 2 years
LOCATION: Telford Campus (also at ESTIA, Biarritz)
START: Semester 1 There is a growing demand for specialists with advanced skills and knowledge to drive forward and project-manage effective new product development and introduction across all of the major industrial sectors.
WHY WOLVERHAMPTON? This course enables you to analyse and critically evaluate current issues and insights associated with new and innovative rapid manufacturing technologies, capitalising on our expertise in Selective Laser Melting and high speed machining. Both technologies are becoming increasingly important to the aerospace and automotive sectors, as they enable businesses to meet ever more demanding design requirements in terms of materials, function and cost.
HOW WILL THIS COURSE IMPROVE MY EMPLOYABILITY? You will be equipped to undertake cross-functional management roles and to evaluate how modern organisations can strategically exploit existing and emerging technologies. You will also have the opportunity to undertake a substantial piece of research, either in the University using its industry-standard facilities, or in your company if studying part-time.
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Career opportunities include senior management where strategic thinking skills, project management experience and a deeper technological knowledgebase would be beneficial. It also prepares you for postgraduate research at academic institutions worldwide.
WHAT WILL I STUDY?
OTHER COURSES YOU MAY BE INTERESTED IN: • MSc Advanced Technology Management (Engineering Analysis)
• Research Methods and Professional Skills
• MSc Advanced Technology Management (Manufacturing)
• Project Management Tools and Techniques
• MSc Manufacturing Engineering
Typical modules include:
• Sustainability and Life Cycle Management • CAD and Product Definition • Emerging Design Tools • Renewable Energy and Smart Grids • Dissertation
HOW WILL I BE ASSESSED? Most modules on your course will be assessed by a portfolio containing samples of work that demonstrate what you have accomplished. Other modules will be assessed by coursework.
ENGINEERING MPhil / PhD
The Midlands is recognised as the heart of the engineering and manufacturing industry in the United Kingdom. The research areas we offer for MPhil and PhD supervision include: • materials engineering • rapid manufacturing • simulation • biomechanics • metal forming.
Our Engineering and Computer Science Research Centre includes the Engineering Research Group and the Midlands Simulation Group (MidSim). The MidSim Group is made up of active researchers with a common interest in numerical modelling and simulation. The aim of the group is to facilitate high-quality research and development in the area of computer simulation for engineering and related industries.
You will benefit from our established history of providing our students with essential industry knowledge to further your professional and personal development.
FULL-TIME: MPhil: Up to 2 years PhD: Up to 4 years
PART-TIME: MPhil: Up to 4 years PhD: Up to 8 years
LOCATION: Telford Campus
START: Any time throughout the year
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MANUFACTURING ENGINEERING MSc This course trains highly skilled engineers in the techniques of manufacturing engineering and its related technologies. It will provide effective career choices for managers who can meet challenges in a rapidly changing global manufacturing industry.
WHY WOLVERHAMPTON? This course is a comprehensive, specialist programme focusing on high-value manufacturing, especially for the aerospace and automotive industry. It adopts a systems / life cycle engineering approach during course delivery and applies specialist tools and techniques such as material utilisation principles, life cycle assessment sustainable design and manufacture, and value stream mapping to illustrate and demonstrate manufacturing engineering practice in the 21st century.
HOW WILL THIS COURSE IMPROVE MY EMPLOYABILITY?
FULL-TIME: 1 year
PART-TIME: 2 years
LOCATION: Telford Campus
START: Semester 1
Targeted at middle management, graduates will be able to apply for a variety of careers in the manufacturing and construction sectors both nationally and globally. It will develop your ability to analyse manufacturing techniques related to Rapid Manufacture (RM) and Direct Metal Laser Sintering (DMLS) through your own research or advanced scholarship.
WHAT WILL I STUDY? The programme will enhance the ability of current or potential engineers to increase the performance and profitability of engineering and manufacturing companies operating in the context of the global business environment through the use of modern design techniques,
manufacturing technologies and management philosophies. Case study materials and recent/ current academic journal research papers are used to support and enhance course delivery. Typical modules may include: • Research Methods and Professional Skills • Sustainability and Life Cycle Management • Rapid Manufacturing Applications • Lean and Agile Manufacturing • Emerging Design Tools • CAD and Product Definition • Dissertation
HOW WILL I BE ASSESSED? Most modules on your course will be assessed by a portfolio containing samples of work that demonstrate what you have accomplished. Other modules will be assessed by coursework.
OTHER COURSES YOU MAY BE INTERESTED IN: • MSc Advanced Technology Management (Engineering Analysis) • MSc Advanced Technology Management (Manufacturing) • MSc Advanced Technology Management (Sustainability)
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School of Engineering Telford Innovation Campus Shifnal Road Priorslee Telford Shropshire TF2 9NT Tel: +44 (0)1902 321 720 sci.eng@wlv.ac.uk @WLVsci_eng /WLVsae wlv.ac.uk/fse This Faculty booklet describes in outline the programmes offered by the University of Wolverhampton. These, as well as other details, are correct at the time of going to print. However, programmes and modules can be added or withdrawn without notice. Support offered and other details are subject to change. For the most up-to-date information and list of programmes currently offered, as well as campus tours, student case studies, and lots more useful information, please visit: wlv.ac.uk/postgraduate. We regularly review our courses to ensure they reflect the needs of students and employers. Courses advertised ‘subject to approval’ have successfully completed the first stage of the approval process. We welcome applications for these courses. However, their full academic detail is subject to final approval and may change – in rare instances a course may not run. If you have applied for a course that is subject to approval, our Admissions team will keep you informed of any changes to the advertised course. By accepting an offer from the University of Wolverhampton, a legal contract is formed between you and the University. The University’s terms and conditions and the course-specific information provided at the time of your offer form the basis of this contract. Admissions terms and conditions (found at wlv.ac.uk/admissions-terms-and-conditions) contain important information you must carefully read before accepting your offer. The University’s Policies and Regulations webpages at wlv.ac.uk/polsandregs also contain important information about rights and responsibilities, including complaints procedures.