glyndŵr university postgraduate courses and research: science and technology

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postgraduatecourses

&

science and technology

research

welcome

Glyndwr University offers over 150 postgraduate courses across a wide-range of subject areas. Most courses are offered on a full and part-time basis.

Our courses encourage entrepreneurship and are designed with your employability in mind. They are directly relevant to the challenges currently faced by our society, industry and economy.

The science and technology research opportunities and postgraduate courses outlined in this booklet showcase the breadth of expertise we have at Glyndwr University.

The University has a strong reputation for research within science and technology and its research in the field of Metallurgy & Materials was judged to be “world leading” (4*) in the last Research Assessment Exercise (RAE 2008).

Our courses will allow you to develop your knowledge and skills in specialist growth sectors, preparing you for the job that you want.

I look forward to welcoming you to Glyndwr University and to the Graduate School.

Dr Peter HeardDirector of the Graduate School

Other subject booklets are available:

Art & Humanities

Business & Management

Computing & Media Technologies

Education & Society

Health & Nursing

Theology

science & technology

contents

introduction 04

our expertise 08

research 12

student researcher profile 22

courses

advanced electronic techniques 24

aeronautical engineering 26

aircraft electronics and control 28

composites 30

digital and radio frequency communication systems 34

electrical and electronic systems 36

mechanical and manufacturing engineering 38

polymer science and technology 40

renewable energy 42

student profile 44

entry requirements 46

how to apply 48

contact us 50

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introduction to science & technology at Glyndwr University

Science and technology at Glyndwr University embraces a wide range of specialisms, including aeronautical, mechanical and automotive engineering; animal welfare; composites; horticulture; hydrocolloids; materials and analytical science; natural and built environment; optics polymers; and solar energy.

We are passionate about new discoveries and developing leading innovations that will aid industry. Our adademic staff regularly showcase and share their expertise, and work collaboratively with colleagues and industry around the world to solve real problems with original thinking.

leading expertise

The University enjoys a wide range of expertise in the fields of science and technology and the team are published throughout the world.

Our academic expertise, which includes our work in materials chemistry, photovoltaics, water soluble polymers, hydrocolloids, and renewable energy is internationally recognised and sought after.

Some of the companies that our researchers have worked with include GlaxoSmithKline, Corus, BASF, Marks and Spencer, The Findus Group, MI-Swaco, Innovia, San Ei Gen F.F.I. Inc, and Ellison Sensors International (ESI) Ltd.

Our water soluble polymers team established and edit the international Food Hydrocolloids journal, which is ranked 4th out of over 120 food science journals.

The University has engineering expertise in the areas of telecommunications, electromagnetic, modelling and simulation, power systems and medical electronics. A joint centre for research and training in composites has also been developed with Airbus specialising, in polymer composites.

As part of a collaboration between Glyndwr University, University College London and Cranfield University, we were awarded a €5m contract by the European Organisation for Astronomical Research in the Southern Hemisphere (ESO) to build seven prototype mirrors for the European Extremely Large Telescope (E-ELT).

The development of a microwave-based sterilisation system for typical medical or dentistry tools by our advanced materials team has also attracted worldwide attention.

Applied research undertaken by our natural and built environment team includes investigating food security, disability issues and property management, animal welfare, green architecture and regeneration.

More details of the research interests within these fields can be found on pages 12 - 21.


modern, dedicated facilities

Our postgraduate students have access to a wide range of modern, dedicated facilities and equipment.

We offer a diverse range of engineering facilities at Glyndwr University which are amongst the best in Wales. For automotive engineering there’s a Jaguar X-type and solar panel car in our dedicated automotive technology lab. If you’re studying anything aeronautical, there’s a wind-tunnel, state-of-the-art engineering flight simulator and a hangar complete with jet and piston engined aircraft. Our electronics laboratory features both mechanical and corrosion testing equipment. There is also a rapid prototyping facility to help your innovations come to life.

At our Northop campus in Flintshire the University has environmental and science laboratories, an ancient woodland and conservation area, formal and informal gardens, a stock-free organic farm and a British Horse Society (BHS) Approved Equine Unit. It is the base for many of the University’s land-based courses as well as our research in biodiversity, rural management and sport and the environment.

Another recent addition to the University’s facilities is a joint centre with Airbus, the Advanced Composite Training and Development Centre. The facility has excellent facilities for training and research in composites engineering. This centre will enable not only the development of courses related to the industry but also for specialist research to be undertaken in advanced materials and composites which will lead to advancements in manufacturing technology.

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specialist science laboratories

Our science programmes and research areas have specialist facilities and state- of-the-art equipment which help them to analyse industrial problems and create leading innovations.

Some of the techniques that can be undertaken in these laboratories include:

• Computer-controlledpolymerisationreactors• Reactiveprocessing• Gelpermeationchromatography• Highperformanceliquidchromatography• Controlstressorstrainrheometer• Highpressurehomogenisation• Laserdiffractionfordropletsize measurements • Turbidityzetapotentialmeasurements• Dynamiclightscattering• Differentialscanningcalorimetry• Isotherrmaltitrationcalorimetry• Capillarybreakuprheometer• Electronspinresonancespectroscopy• Photoncorrelationspectroscopy• Dopplervelocimetry• Laserdiffraction• Matrix-assistedlaserdesorption/ionisation (MALDI-TOF) • Dynamicsurfacetensiometry• Membraneosmometry• Imageanalysis• Scanningelectronmicroscopy

The University’s purpose-built centre for commercially exploiting electro-optic technology is located in St. Asaph. Offering Europe’s largest specialised industrial scale facilities the facility boasts cutting-edge technology with an unparalleled array of highly specialist equipment. World-leading research undertaken at the opTIC Glyndwr involve opto-electronics, 3D holograms, polymersandphotovoltaic(PV)materials.Applied research on industrial processes for PVmanufactureandexploitationofadvancedthin film materials also takes place here. At the facility new processes and “first build” products are designed and prototypes developed for industry. One of the projects currently being undertaken at this site is the University’s work on the European Extremely Large Telescope.

Our core technologies includes:• Micro-precisionengineering

Nano-scale polishing of large •substrates such as lenses, mirrors and flats (from 500mm up to 2.0m) using newly developed abrasive pad and fluid jet polishing technologies. This promises to revolutionise the industry by achieving greater accuracy at up to 6 times the speed of conventional techniques.Structured patterned drums in both •copper and nickel plating. Our unique drum diamond turning machine gives you the opportunity to replicate patterns/shapes/structurestotolerances and designs unparalleled in the world.


• SolarEnergyResearchCarrying out both fundamental •researchonphotovoltaic(PV)materialsand applied research on industrial processesforPVmanufactureandexploitation of advanced thin film materials. We also have experience of sensor •device development, testing and systems integration.

• HolographyWorld-renowned for its holographic •expertise, facilities here include precision optic labs with RGB laser operation capability.

• LasersDesign and assembly of customised •stable Nd: pulsed lasers and printers for full colour holography

• PolymerisationReactionEngineeringSupports emerging electro-optic •applications with novel polymers, and Reactive Injection Moulding and Reactive Extrusion machines.

• OpticalSystemsConsultancyOpticallens/mirrordesign,opto- •mechanical design, and prototype manufacture.

More details on our facilities and the student experience at Glyndwr University can be found in our Guide to the University booklet or on our website at www.glyndwr.ac.uk

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Artist’s impression of the European Extremely Large Telescope (E-ELT)

Dr Colin Richard Stuhlfelder - Lecturer in the Built Environment

Colin gained his broad-ranging experience on a slightly unconventional academic career-path.

He has a Degree in Architecture and an MA in ArtHistoryandTheory.HewasawardedaPhDforresearchintotheimpactofHIVonsocialidentities among gay and black African men.

Colin has worked on numerous housing projects which developed his interest in tenant engagement.

He is currently working on a number of research projects including a collaboration with a Southern African Housing Foundation. He is also interested in antisocial behaviour and gang issues.

Colin has published numerous papers and outside University he is vice-chair of a Liverpool HIVcharity.


Here is a flavour of some of the academics you’ll have the opportunity to be taught by and research alongside at Glyndwr University.

Dr Andy Wright – Senior Research Scientist and Group Leader of Advanced Materials Research

Andy has a full-time research position at Glyndwr University, having joined the University in 1991. His main interest is nanotechnology - with a particular focus on thin film related areas, for example microelectronics and optoelectronics.

He has an engineering background and holdsaPhD,andadegreeinmaterialsscienceand technology.

Andy recently led research developing spin-out technology to produce a portable device for sterilising medical equipment using a microwave oven. He has conducted Knowledge Transfer Partnershipswithlocalbusinesses,madeseveralpatent applications and disclosed many inventions to Glyndwr Innovations. He has also published over 70 scientific papers in journals.

“This is a great area to work in. It’s interesting, challenging and constantly evolving,” he says.

our expertise

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Dr David Skydmore

David is the Academic Leader for Natural and Built Environment. He also teaches horticulture modules on plant science, and landscape modules on plant use and sustainability, focusing on climate change and habitat management.

After a first degree at the University of Manchester in biology David completed his doctorate on plant pathology and epidemiology at the University of Wales. He followed this with postdoctoral work at Cambridge University on diseases affecting horticultural crops and forest trees.

His main research area is food security: analysing supply chains and making them efficient. His other specialism is helping small-island states safeguard against plant diseases through diverse crops. He is currently Director of ‘Horticulture Wales’ a project that runs across Wales.

In addition to his scientific research, David has won four RHS medals for garden design.

Professor Hans I. Bjelkhagen - Professor of Interferential Imaging Sciences, OpTIC Glynd wr

HansisaresearchprofessorwithaPhDinProductionEngineering,andIndustrialMetrologyawarded by the Royal Institute of Technology, Stockholm. He specialises in colour holography. Hans has worked in many different fields of the science and has conducted research at universities throughout Europe and the USA.

He is currently working on a pioneering project using holography to create images identical to the objects they represent. It is currently being trialed by Welsh museums to show artifacts held at the British Museum in Cardiff, that are not currently on public display.

In his spare time, he enjoys digital photography especially family portraits and landscapes.

Professor Peter A. Williams - Director, Materials Science Research

PeterisalsoAcademicLeaderforMaterialsandAnalytical Science. He has worked on numerous collaborative projects with other universities and industry, and has published a wealth of papers on his subject.

His main research focus is natural and synthetic water-soluble polymers for which the University is internationally recognised. It undertakes consultancy work and is currently working on several major collaborative projects, which include developing environmentally friendly polymers for application in drilling muds for oil recovery and the extraction and modification of chitin from crustacea shells for use as an antimicrobial agent. His leisure time is spent on a range of fundraising activities for local and international charities, and he is a keen golfer.

Professor Richard Day - Professor of Composites Engineering; Academic Leader, Mechanical and Aeronautical Engineering

RichardobtainedhisPhDinPhysicsfromthe University of London. He then moved to Manchester to join the Materials Science Centre at UMIST and after three years working on composite interfaces as a postdoctoral research assistant he was appointed a lecturer. Following the merger with the University of Manchester he continued in the Manchester Materials Science Centre. He was part of the team forming the Northwest Composites Centre and became its first director.

Richard has worked on polymer matrix and ceramic matrix composites over the two decades and is integral in the establishment of new courses in this area for Glyndwr University. He also plays a leading role in the development of the University’s Advanced Composite Training & Development Centre based at Airbus UK.His major research focus is the rapid processing of polymer composites using a variety of approaches. One of these is the use of microwave heating to rapidly cure thermosetting resins.

This research has three main areas: to develop improved, rapid-curing techniques for polymer composites, to evaluate the properties of the composites made and to develop the analytical techniques required to understand the processes that occur during microwave heating.

Richard has widely published and has presented his work across the world.


Professor Peter Excell - Academic Leader for Electrical Engineering & Computer Science

PeterobtainedaBScinEngineeringSciencefrom Reading University and was awarded his PhDfromBradfordUniversityforresearchinelectromagnetichazards.

His long-standing research interests have been in the applications and computation of high-frequency electromagnetic fields. These have led to numerous research grants, contracts and patents in the areas of antennas, electromagnetic hazards,electromagneticcompatibilityand field computation.

His current work includes studies of the direct effect of electromagnetic fields on biological cells, advanced antenna designs for mobile communications, and consideration of usage scenarios for future mobile communications devices. The latter topic is being developed in conjunction with colleagues from wider discipline areas, analysing human communications in a ‘holistic’ way and developing new ways of using mobile multimedia devices.

He has recently been involved with new collaborative work on design of content for mobile screens and on integration of mobile devices with garments.

Peterisamemberofseveralesteemedbodiesrelating to his field including being a Fellow of the British Computer Society and a Chartered ITProfessionalandCharteredEngineer,anAssociate Fellow of the Remote Sensing and PhotogrammetrySociety,andamemberoftheAssociation for Computing Machinery, the Applied Computational Electromagnetics Society, and the Bioelectromagnetics Society.

our expertise

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Professor Stuart Irvine - Research Professor in Solar Energy and Opto-electronic Materials

ProfessorStuartIrvineisResearchProfessorof Solar Energy and Opto-electronic Materials at Glyndwr University. His research interests cover deposition of thin film materials by Metal-organicChemicalVapourDeposition(MOCVD),thin film solar cells and application of advanced thin film materials to the solar energy and opto-electronics industry. This research has led to the development of new optical devices which are being commercialised through the spin out of a successfulcompany,ORSLtd(http://www.ors-ltd.com).ThevalueofawardedgrantstoProfessorIrvine’s group over the past six years has been in excess of £4m.

Stuart’s previous roles include chair of materials chemistry at the University and Assistant Manager forArrayProducibilityResearchatRockwellInternational Science Centre in Thousand Oaks, California. He also spent 12 years at the Royal SignalsandRadarEstablishment.ProfessorIrvineisaCharteredPhysicistandhaspublishedover 150 refereed papers and book chapters. He has seven patents in the area of semiconductor materials growth.

Creating prototype mirrors for the European Extremely Large Telescope (E-ELT)

The University’s Scanning Tunnelling Microscope joinedtoaChemicalVapourDeposition system.

The University has a strong reputation for research within Science and Technology. A high proportion of the work in Computer Science & Informatics and Metallurgy & Materials, was judged to be 4* “world leading” in the latest Research Assessment Exercise (RAE 2008), the first assessment of the quality of university research across the UK since 2001. This achievement demonstrates the high quality of research that is taking place at the University.

This booklet gives an overview of some of the specialist areas within Science and Technology. These are just a snapshot of our work; we are constantly expanding our research portfolio with new applied research being commissioned and new collaborations and relationships being built.

science & technology research

materials and analytical science

Materials and Analytical Science has a strong research focus in materials chemistry, with over 75% of its research rated as of international standing or higher, including work rated as world-leading, in the 2008 Research Assessment Exercise. It has five research areas which undertake strategic and applied research in the field of functional polymers, thin films and photovoltaics. Research activities are funded through, Research Councils, the European Commission,UK/WelshAssemblyGovernmentand Industry and involve national and international academic and industrial collaborations.

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water soluble polymers

WaterSolublePolymersisauniquespecialismat the University, investigating the technology of water-borne macromolecules, both natural and synthetic, and is concerned with their characterisation and structure-function properties. Work is carried out under the guidance of ProfessorPeterWilliamsandDrRobEnglish,who have many years of experience in the field of polymer and colloid chemistry and links with many companies including GlaxoSmithKline, Corus, BASF, Marks and Spencer, The Findus Group, MI-Swaco, and Innovia. We have established and edit the international Food Hydrocolloids Journal which is ranked 4th out of over 120 food science journals [Impact factor 3.196].

Projectareasinclude:The potential of soluble protein-•polysaccharide complexes as novel food emulsifiersDerivatisation and properties of chitosan •applied in packaging and seed coatingsEnvironmentally friendly inhibitors to •prevent clay swelling in oil recoveryPolymermatricesforthecontrolledrelease•of pheromones for pest controlPolymersandsurfactantsfortherapid•dispersion of powders in water Tailoring paint rheology and microstructure •to eliminate defects in coatings

Glyn O. Phillips Hydrocolloids

Research Centre

TheCentrewasestablishedbyProfessor G.O.PhillipsandkeystaffincludeDrSaphwanAl-Assaf, the Centre Director, and Dr Yapeng Fang. The broad research objective is to remove natural variability and enhance functionality of hydrocolloids and to develop new uses such as biomaterials for promoting health and controlling disease. The work is sponsored by San Ei Gen F.F.I. Inc, Japan and the Centre has developed an excellent track record in working with national and international companies and has several academic links around the world on various aspects of hydrocolloids chemistry.

Projectareasinclude;Characterisation of hydrocolloids using •GPC/FFF-MALLSandrelatedtechniquesEmulsification performance and stability of •natural food emulsifiersModification of hydrocolloids•Metal ions-hydrocolloids interactions and •gel properties Adhesives properties of hydrocolloids•The role of free radicals in inflammatory •diseasesAssociation/aggregationofcellwalland•animal polysaccharidesPhysiochemicalpropertiesofhydrocolloids•applied as dietary fibre


advanced materials research

This area is led by Dr Andy Wright who has expertise in the growth of thin films by chemical vapour deposition. Research projects have included the development of a novel solid state adhesive based on fibrous materials. A major interest involves collaboration with an international sensors company which is developing Silicon on Sapphire (SoS) strain gauge devices which have sensitivities some 150 times that of standard metals gauges. A custom built sputter coating system has been used to deposit silicon thin epitaxial films onto single crystal sapphire substrates. A further development is a microwave-based sterilisation system for typical medical or dentistry tools which has attracted worldwide attention.

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polymerisation reaction engineering

Thisarea,ledbyProfessorTonyJohnsonand Dr Steve Wong focuses on the science and technology of polymerisation processes ranging from the fundamental understanding of polymerisation chemistry through to the controlled full-scale manufacture of bespoke polymeric materials. A particular interest is the reactive processing of polymers, including polymer matrix composite materials. A recent project in collaboration with Bath University and industry was concerned with finding effective replacement non-toxic catalysts for the polyurethanes industry: this led to the development of a novel continuous manufacturing method for polyurethane adhesives.

Other areas have included:New biomedical-grade polymers using •aqueousdispersionpolymerization,involvingthe design and building of a reactor system capable of producing up to 1 tonne per day A manufacturing process for the manufacture •of pharmaceutical hydrogel products

optics and photonics research

TheOpticsandPhotonicsteamsaremainlybased at the University’s prestigious ultra-modern OpTIC Glyndwr facility located in St Asaph, Denbighshire.

Based here is The Centre for Solar Energy Research(CSER),ledbyProfessorStuartIrvine and part of the Low Carbon Research Institute which collaborates on renewable energy research and development across Wales. It has proven expertise and a world class reputation in researchingthinfilmPhotovoltaic(PV)devices.

Current projects include;AnEPSRCfundedPVSupergenproject•entitled“PVMaterialsandDevicesforthe21st Century”, involving 8 universities to researchhighperformancethinfilmPVmaterialsCollaborativeIndustrialResearchProjectand•a Knowledge Transfer Centre funded by the Welsh Assembly Government, to carry out appliedR&DtosupportthePVsupplychain.The work entails new materials development and process monitoringIn-lineprocesstechnology,basedonCVD•forPVmoduleleveltechnologyfundedbytheLCRIaspartoftheSPARCCymruconsortium of universities. This project is led by Glyndwr University

european extremely large

telescope (E-ELT) and precision

optical polishing

As part of a collaboration between Glyndwr University, University College London and Cranfield University a €5m contract was awarded by the European Organisation for Astronomical Research in the Southern Hemisphere (ESO) to build seven prototype mirrors for the European Extremely Large Telescope (E-ELT). This work is ledbyProfessorDavidWalker.Oncecompletedand fully operational (estimated 2018) the €1 billion E-ELT, with a diameter of 42m will be 100 times more sensitive than current optical telescopes. Much of the ingenuity resides in the polishing technology, for which many new techniques are being developed.

Successful delivery of the prototype project will allow the University to compete for the final multi-million euro contract for the construction of


all the telescope’s mirrors. This would secure the position of Glyndwr University and North Wales at the heart of the world optics industry and potentially bring hundreds of highly skilled, and highly paid, jobs to the region. The opportunities for researchers are consequently extensive.

holography and photonics

ResearchinthisfieldisledbyProfessorHansBjelkhagen and Dr Ardie Osanlou. The group has a history of successful contract research and consultancy in many aspects of physical optics and optical imaging including: full parallax colour 3D images based on colour holography; creation of computer generated holograms using a precision flat bed mover apparatus; creation of asymmetric masks of exceptionally high uniformity and contrast.

Current projects include:full colour holography and holographic •materials (joint project with European partners)optical speckle and holographic security•holographic microscopy for analysis of •drug precipitationproduction research on the mass fabrication •of diffusers for electronic displaysparallax barriers for three-dimensional •displaysmanufacture of holographic optical •elements for 3D computer displaysLippmann photography for •security applications

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engineering research

Research in Engineering has grown consistently over recent years and has now been strengthened considerablybytherecruitmentofProfessorRichard Day, who has a substantial research reputation in composite materials for aerospace structures,andbyProfessorPeterExcell,whohasa significant track record in telecommunications and electromagnetics has also joined the team.

The area is multidisciplinary, undertaking research collaboratively with both industry and academia. The principal research activities are described below.

Composite Materials

ThisareaisledbyProfessorRichardDay,whohas a specialism in polymer matrix and ceramic matrix composites, and is a leading player in the Northwest Composites Centre. A major current focus is on rapid processing of polymer composites using a variety of approaches, including the use of microwave heating to rapidly cure thermosetting resins. This research has three main areas: to develop improved, rapid curing techniques for polymer composites, to evaluate the properties of the composites made and to develop the analytical techniques required to understand the processes that occur during microwave heating.

Inadditiontothis,ProfessorDayhassetupGlyndwr University’s new joint research and training centre for composite engineering with Airbus near their site in Broughton, Flintshire. This is a major new investment in the region and will derive great impetus from the association with one of the world’s leading aircraft manufacturers. Current projects include;

Development of new moulding materials for •microwave assisted resin transfer mouldingDevelopment of a microwave heated injection •moulder Structure and properties of microwave •processedurethaneacrylate/vinylesterblendsMicrowave assisted vacuum bagging of •carbon fibre compositesMicrowave techniques for the production of •polymer foamsComparison of techniques for rapid •manufactureofcarbon/epoxylaminatesTemperature measurements in model epoxy •systems during microwave heating using Raman spectroscopy


Modelling and Simulation in Aerospace and Automotive Applications

Research in these areas, led by Dr Zoubir Zouaoui, is biased toward computational analysis and simulation using finite elements, boundary elements, computational fluid dynamics (CFD) and thermofluids techniques, as well as flight dynamics and control systems design and simulation using analytical tools. However, it is important to have experimental validation in computational work and hence both supersonic and subsonic wind tunnels are available, as well as a smoke tunnel. Models for these and other purposes can be created using the rapid prototyping facility that has also been acquired. The suite of equipment has recently been significantly augmented by the acquisition of a full motion engineering flight simulator, which underscores the strength and depth of the aerospace research capability.

The area is developing further capabilities in modelling and simulation to become a centre of excellence in aerospace structures, fluid dynamics analysis, and fluid structure interaction and a major research programme is underway to determine the aeroelastic behaviour of a wing using multiphysics (CFD+FE) simulation tools.

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electronic engineering:

signals, communications,

power systems and control

The main focus of the research in these areas is the application of advanced signal processing, simulation and control systems techniques in the fields of power systems, medicine, telecommunications and control engineering.

TelecommunicationsresearchisledbyProfessorPeterExcell,whoisaspecialistinantennasandcomputational electromagnetics (CEM). Current research includes exploitation of massively parallel processors for CEM and simulation of wideband antenna systems for detection of Cerenkov radiation.

Medical research applications are led by Dr Zhishun She; they include skin cancer detection using image processing, control systems to test ankle prostheses (ankle joint simulator) and micro and nanotechnology application in orthopaedics.

There is a major industrial-scale control system demonstration plant that has been developed with sponsorship from a national utility company (UnitedUtilitiesPLC).Thisisbeingusedtodevelop advanced control algorithms and to produce procedures for water process system optimisation, maintenance, and commissioning.

Work on solar-powered electric vehicles is also in progress in collaboration (with the Centre for Solar Energy Research), led by Dr Graham Sparey-Taylor. As well as optimisation of the very low-power drivetrain and vehicle structure, work is also in hand to use intelligent location-based services to optimise routing for hybrid and electric vehicles, thus extending battery life.

Further research covers the field of power electronics, especially as applied to sustainable and renewable energy systems, led by Dr Yanting Hu. An important new collaboration has been developed with a wind-energy company with substantial installations in Wales.

natural and built

environment research

These areas are central to current concerns for social and environmental sustainability. As natural and built environment are combined into one academic area there is an opportunity for research across themes which will give very valuable perspectives on the integration of ecosystems.

Research on the Natural Environment and Horticulture is based predominantly at our rural campus in Northop, Flintshire, which is the home of the Wales Horticulture Market Intelligence Centre. This specialist land-based campus boasts extensive land facilities including a woodland and a stock-free organic farm. This provides the ideal setting to develop studies on food security and animal welfare.

Current research includes:Supply chain analysis and communication of •market intelligence in horticultureDevelopment of small businesses in •horticultural supply chainsPhysiologicalandbehaviouralmeasuresof•stress in domestic horses


Animal Studies research focuses upon animal welfare in companion animals and horses and the new techniques that are being developed to enhance welfare. The horticulture area specialises in research on food security in both local and international contexts.

This area comprises a wealth of experience in building construction, management and housing and staff contribute widely to both academic research and to practical projects for local communities.

Key research interests of staff include:Cultural, social and economic aspects of •property valuationsSocial/geo-demographicsinretaillocation•DisabilityissuesandPropertyManagement•Social Anthropological Aspects of •communitiesGreen architecture and vernacular •architectureSociology of Housing, Regeneration •and Conflict

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get in touch

We welcome applications for research degrees (MPhil,PhD,ProfessionalDoctorate)fromanyone interested in the broad fields of polymers, materials, engineering, automation, electronics, renewable energy, holography, heritage, housing, built environment, hydrocolloids, robotics, animal welfare and horticulture.

This booklet showcases just some of the research interests of academics within this area; if you have a related research proposal that you would like us to consider please get in touch.

Application forms can be downloaded from our website and should be sent through to [email protected]

Simon Hodgson Research Student

Simon became interested in solar energy while working on his undergraduate projects at Bangor University. During his third year project, Simon workedalongsideProfessorStuartIrvinewhowent on to head Glyndwr University’s Centre for SolarEnergyResearch.ProfessorIrvine’sworkand our reputation in materials science research is what attracted Simon to Glyndwr University.

His research project is aimed at the renewable energy sector.

“We’re trying to come up with a coating for the outer layer of a solar panel that will allow us to absorb the energy from it more efficiently,” he explains.

“The University is very good for materials science research. The group Heads are all leaders in their particular fields.

“The Centre has state-of-the-art facilities, such as specialist microscopes and spectrometers. I can do all my work here. My supervisors are on hand if I get stuck, they seem to know when to back off and when to get involved”.

While Simon enjoys being left alone to get on with his work he also appreciates working with people he can bounce ideas off. And he enjoys the internal collaboration between groups, as well as external contact with both UK and overseas universities.

SimonwantstostayinacademiaafterhisPhD:

“I’m learning a broad range of skills here. So even if I don’t stay in renewable energy, I’ll have the basics for a wide range of things in the materials research area.”

student research profile


advanced electronic techniques

MSc Advanced Electronic Techniques*

If you want to be at the heart of electronic invention, the MSc Advanced Electronic Techniques is ideal.

This course provides core analytical studies covering three key areas of electronics:

advanced analogue •electronics (including radio frequency design) embedded digital system •design (microprocessors and programmable gate arrays) and automatic-test system design •

There are also options covering the exciting fields of image and digital processing or control systems.

The dissertation (one-third of the course time) allows you to develop a specialist interest you may have in order to become an expert in that subject.

key facts

Excellent student support •availablewithinalearning/research environment Gain exposure to cutting edge •technological development in electronics State-of-the-art IT facilities •and analytical tools support the taught and research elements of the degree

Course durationFull-time1 year

Part-time 2-3 years

LocationWrexham

Start monthSeptember

The design of modern electronics systems requires knowledge and skills over a wide range of topics, covering analogue and digital electronics in an intelligent-device centred environment, plus a vision of future innovations.

Use your creativity combined with your electronics knowledge to contribute to and enhance an ever-changing electronic future.

* subject to validation

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career opportunities

The course is ideal if you are a graduate already working in electronics and wanting to update your skills to further your career opportunities. It is also suitable if you’re a recent graduate looking to gain higher skills, or if you are a graduate from a related discipline but want a change of career direction. On completion of the MSc Advanced Electronic Techniques, you will be able to progress to a job as an electronics design engineer at an advanced level. This may involve academic research, including study at doctoral level.

course content

Research Methods •Sustainable Design and •InnovationRadio Frequency •ElectronicsEmbedded System Design •Advanced Signal and Image •Processing(Option)Advanced Control Systems •

OptionsAdvanced Electronics •Design and Testing Dissertation/Research •Project

entry requirements

A good honours degree or equivalent in an appropriate engineering discipline.

assessment

You will be assessed throughout your course by a variety of methods including practical work, portfolios, presentations and, for certain subjects, examinations.

aeronautical engineering

MSc Aeronautical EngineeringMRes Aeronautical Engineering

Aeronautical engineering is a fast paced and popular area of engineering. With the global trend towards high-speed travel and the recent radical design of double-decker commercial aircraft, there’s never been a more exciting or interesting time to study this subject.

Glyndwr University has close links with the aerospace industry including Airbus UK, which has helped tailor the course to meet industry requirements.

key facts

These courses allow you to •apply to become a student member of the Institute of Mechanical Engineers (IMechE) and the Royal Aeronautical Society (RAeS) The courses will •stimulate your interests in aeronautical engineering and enable you to develop new concepts These Master courses •are focused on research and development in areas such as computational fluid dynamics, finite element analysis, design, applied aerodynamics, blended wing, structure design, aerodynamic noise reduction and advanced materials development


Part-time 2-3 years

LocationWrexham


The field of aeronautical engineering is one of the most diverse, technically advanced and challenging fields to work in. And as the UK is renowned for its excellence in aeronautical engineering, studying to Masters level in Wales, which has a long history of aeronautical engineering, at this time is a powerful combination.

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The courses will give you the chance to advance your career to management levels. You also might consider consultancy, research and development, testing and design positions within the aeronautical industry. Airbus is a classic example of an employer excelling in this field, in the north Wales region.

course content

MSc Aeronautical Engineering

Research Design •and Methods Advanced Computational •Fluid Dynamics Aerospace Structures •and Numerical Analysis Applied Aerodynamics •Advanced Aeronautical •Materials Dissertation •

OptionsAdvanced Manufacturing •Technologies Flight Dynamics and Control •

MRes Aeronautical Engineering

You will pursue a number •of options from the modules listed for the MSc; along with your extensive research project.

entry requirements

An honours degree with at least a 2:2 classification or equivalent in an appropriate engineering discipline or relevant professional experience.

assessment

You will be assessed throughout your course by a variety of methods including portfolios, presentations and, for certain subjects, examinations.

aircraft electronics and control

MSc Aircraft Electronics and Control*

The subject of ‘avionics’ generally covers two specialist areas, namely (i) radio, microwave and radar-based technologies and (ii) aircraft automatic control. In-depth study is provided in aircraft control systems, particularly in the use of airborne computer networks aimed at flight control (fly-by-wire and automatic flight control). To do this your understanding of the flight characteristics of the aircraft being studied will be developed. This course is centred around using the full three-axis engineering flight simulator to characterise a given aircraft performance and to design control systems for it. This is supported by other studies in control theory and electronics selected from a range of option modules.

The dissertation (one-third of the course time) allows you to develop a specialist interest you may have in order to become an expert in that subject.

key facts

Excellent student support •availablewithinalearning/research environmentGain exposure to cutting edge •technological development in electrical and electronic technologyState-of-the-art IT facilities •and analytical tools support the taught and research elements of the course The University has excellent •facilities for this course including its own state-of-the-art engineering flight simulator and its joint facility with Airbus UK in connection with compositesStrong links have been •developed within the aircraft industry including Airbus who have the largest wing manufacturing site in Europe nearby in Broughton


Part-time 2-3 years

LocationWrexham


Aircraft, perhaps even more than other vehicles, are increasingly dependent on computer-based automatic systems. In aircraft, the avionics, communications and control systems increasingly fly the aircraft automatically

This course is an opportunity to combine a knowledge of electronics with an interest in aircraft and hence to develop, model and test in-flight control systems by ‘flying’ our 3-axis flight simulator.


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If you’re a graduate already working in electronics and looking to update your skills, or gain further career opportunities, the MSc is ideal. It’s also suitable if you’re a recent graduate wanting to gain higher skills, or if you’re a graduate from another related discipline but looking to change the direction of your career.Successfully complete the MSc Aircraft Electronics and Control and you should be in a position to gain a senior position as an avionics or flight systems design engineer.

Other future progression may involve academic research, including study at doctoral level.

course content

Research Methods •Sustainable Design and •Innovation Aircraft Avionics Systems •Flight Dynamics and Control •Advanced Control Systems •

OptionsDigital Communication •Systems Advanced Electronic Design •and TestingRadio Frequency •Electronics Dissertation •

entry requirements

A good honours degree or equivalent in an appropriate engineering discipline or relevant professional experience.

assessment


composites

MSc Composites*MRes Composites*

These courses cover the theory of the mechanics of composites, design considerations and the environmental aspects of composites. The aim is to provide a cradle to grave understanding of these materials.

The courses have been constructed in close collaboration with Airbus UK to serve as an industry-led introduction to composites and their application in the aircraft and other industries. They provide the background understanding of the issues behind the use of composites in aerostructures and other transport applications, in manufacturing of composite detail and assemblies, the mechanics of composites and how they differ from isotropic materials.

The MSc provides a conversion course for those with backgrounds in metallic structures as well as a comprehensive introduction to composites and their industrial exploitation.

The MRes course is a research-based Masters degree for people who already have a first degree or conversion Masters in a related subject, who would like to explore and develop their own potential by undertaking research at postgraduate level.

Course durationFull-timeMSc: 1 yearMRes: 1 year

Part-time MSc: 2 yearsMRes: 2 years

LocationAdvanced Composites Training and Development Centre, Hawarden


Aircraft wings have historically been made from aluminum alloys. There is now a revolution in materials usage with composites being widely adopted in the industry due to the lower weight of the structures leading to reduced running costs.


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key facts

Accreditation is being •sought from the Institution of Engineering and Technology (IET) for these coursesExcellent lecture, research •and IT facilities are available through the University’s collaboration with Airbus UK at the Advanced Composites Training and Development joint facilityThe University has extensive •experience of out of autoclave rapid processing of polymer composites using a variety of techniques, including microwave, induction and Quickstep (fluid heat transfer) processing. There is also expertise in resin chemistry and a wide range of resin types

The lab will have facilities •for thermal analysis of composites and manufacture of small components from prepreg and dry fibresResearch in this area can •be linked to the existing research work in the areas of computational fluid dynamics, aeronautical engineering and performance car engineering. Since some of the composites research involves modelling of heating using electromagnetic waves this links into research in computing and electrical engineering

continues overleaf


The expertise that you will gain from these programmes will put you at the forefront of the development of the aircraft and related industries where new processes and materials are integral to the future of industry.

Completing the MRes course could lead to a career in research where you could continue your research interest and lead innovation.

course content

MSc Composites

An introduction to the •use, manufacture and properties of composites - An overview of the aerospace-led demand for composite materials including the type of composites available and their constituents. As part of this module you will look at the issues behind selection of the correct composite for an application, manufacturing methods commonly used for making composites and the fundamentals of the mechanics of composites.

Assembly, joining and •repair of composites – Examining the tools and techniques of composite assembly and joining, this includes drilling, trimming, shimming, sealing and fastening. You will review how this differs from metallics and be introduced to the procedures used for repair.

composites

This module will also discuss the impact and crash worthiness of composites and review methods used for quality assurance.

Design with composites •- theory – this covers the detailed mechanics and applications of composites and classical laminate theory including basic composites theory for brittle and ductile matrix composites. It will also look at analytical theory for effect of volume fraction, failure of composites and effect of loading angle as well as the main failure criteria.

Design with composites- •practice – you will cover the detailed mechanics of composites and classical laminate theory, as well as getting the chance to apply principles to the choice and design of specific laminate(s) . From this module you will understand in depth the potential requirements that lightning

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strikes pose to an aircraft and its composite structure. You will also apply modern management approaches to the management of composite materials.

Analysis, testing and •QA of composites – this module will to explore the mechanical characterisation of composite materials; and explain their limitations. It will also introduce the thermal analysis methods used in the analysis of composites.

Environmental aspects •of composites - you will understand the effects of environmental conditions on composite life; the effect of fire on composites; the effect of lightning strikes on materials and structures. You will also learn the recyclability and end of life management methods for composites as well as gaining an understanding of legal implications and health and safety issues.

Dissertation/Project •

MRes Composites

You will pursue a number of options from the modules listed for the MSc above along with your extensive research project.

entry requirements

This course is taught in block release from employment, so you should already be employed in a related sector and have working knowledge of composites.

digital and radio frequency communication systems

MSc Digital and Radio Frequency Communication Systems*

ProgressindigitaltechnologymeansthatdigitalTV,theInternet, mobile telephones, domestic networks, personal computers and public telephone services are becoming combined into single integrated systems. This has created a demand for engineers with this specialist knowledge.

Led by an internationally-recognised research group with a long track record of achievements in electromagnetic transmission and system development, this programme provides the student with an insight into the latest technological advances in transmission and reception – covering both digital and analogue media butemphasizingmoderndevelopments and advances.

key facts

Accreditation is in the process •of being sought from The Institution of Engineering and Technology (IET) for this MScThe course team is proud of •its enthusiastic and dedicated staff that are valued for the quality of support provided to students. All staff are actively engaged in research, as well as teachingThe area has strong links with •industries, professional bodies and many other universities, and is regularly visited by professional bodies in relation to the accreditation the coursesAn engineering Masters •qualification is now required if you wish to become a Chartered EngineerGain exposure to cutting edge •technological development in electrical and electronic technologyState-of-the-art facilities and •analytical tools support the taught and research elements of the course


LocationWrexham

Start monthSeptember and February

Internet, telephone, mobile phones, television, radio and personal computer communications – these are becoming increasingly integrated in a combined, telecommunications-based network.

This course aims to explore and develop your ability to harness these technological advances and to understand the engineering behind them so that you too can be a part of this revolution.


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The Engineering Council now requires a Chartered Engineer to be qualified to Masters level or its equivalent, so there has never been a better time to consider studying for an engineering Masters qualification.

This course has been tailored to meet the needs of local employers enabling you to gain career advancement or specialise in digital communications. This is particularly timely when many situations around the world now rely on mobile and satellite communications.

course content

You can choose a research project from a wide range of topics which gives you the opportunity to focus your strengths and pursue your own particular interests. You may also find that your research project can be linked to your employment.

Research Methods and •ProjectManagementSustainable Design & •InnovationDissertation •

Other areas covered on the course will include: Digital Communication Systems, Antennas, propagation and RF hardware design, modulation, coding, protocols and satellite orbits as well as digital hardware and software relevant to the telecommunications industry.

entry requirements

The MSc is designed as a progression route from a related undergraduate degree including sound engineering degrees. If you are interested in the course but are uncertain about whether you can apply, please get in touch with us.

assessment


electrical and electronic systems

MSc Electrical and Electronic Systems* MRes Electrical and Electronic Systems*

The MSc Electrical and Electronic Systems combines the expanding areas of electrical technology and electronic technology.

Centred around the use of power electronics and drive controls, this course provides a mix of electrical and electronic courses to provide a student with the analytical skills needed for developmental work in the areas of electric drives for the control of motor-powered machinery, industrial electronics and control systems.

On completion of the degree, you will have skills and knowledge at the leading edge of today’s technology.

The MRes course is a research-led Masters course that gives you the opportunity to select specialist options from your MSc programmes, together with an in-depth research project, helping you to develop your research skills.

key facts

Excellent student support •availablewithinalearning/research environment Gain exposure to cutting edge •technological development in electrical and electronic technology State-of-the-art IT facilities •and analytical tools support the taught and research elements of the course


The Engineering Council now requires a Chartered Engineer to be qualified to Masters level or equivalent, so there has never been a better time to consider studying for an engineering Masters qualification.

This course has been tailored to meet the needs of local employers giving you the opportunity to, for you to be able to gain career advancement or specialise in industrial electrical and electronic systems.


Part-time MSc: 2-3 years

LocationWrexham


These two programmes are aimed at industrial electrical/electronic engineering and, as such, form the core programme for our MSc provision. These programmes are designed to best match students learning and skills to modern industrial needs.

The courses are aimed at modern manufacturing applications, especially automated manufacturing, including such diverse applications as the powering and control of production lines, heating, lighting and electric vehicles.


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course content

MSc Electrical and Electronic Systems*

Research Methods •Sustainable Design and •InnovationAdvanced Control Systems •AdvancedPower •Electronics and Electric Drives Advanced Electronic Design •and Testing Dissertation •

OptionsAdvanced Signal and Image •ProcessingEmbedded Systems •

MRes Electrical and Electronic Systems*

Research Methods •Dissertation •

Options (two modules from)

Sustainable Design and •InnovationElectricalPowerand •Distributed GenerationAdvanced Electronic Design •and Testing Digital Communication •SystemsAircraft Avionics Systems •

entry requirements

A good honours degree or equivalent in an appropriate engineering discipline.

assessment


mechanical & manufacturing engineering

MSc Mechanical EngineeringMSc ManufacturingMRes Mechanical EngineeringMRes Manufacturing

The need and demand for highly-qualified mechanical and manufacturing engineers in the UK has never been higher. A recent report by the government sets out a vision to be achieved by 2022 to ensure the UK is the leading world player in Aerospace Manufacturing Technology. The focus of this course will be on research and development in such areas as computational analysis, design, advanced propulsion, blended wing, structural design, composite and advanced material development.

These MSc courses have been designed in consultation with industry and will extend your depth of study in the fields of mechanical engineering and manufacturing to an advanced level. They will give you the ability to integrate and solve problems over a range of engineering areas and give you the confidence to lead innovative design, development and application of new and cutting-edge technology.

key facts

The University is seeking •accreditation for these new courses from The Institution of Mechanical Engineers (IMechE)The course team is proud •of its enthusiastic and dedicated staff valued for the quality of support provided to students. All staff members are actively engaged in research work as well as teachingThe area has strong links •with industries, professional bodies and many other universities, and is regularly visited by professional bodies in relation to the accreditation of the coursesAn engineering Masters •qualification is now required if you wish to become a Chartered EngineerGain exposure to cutting •edge technological development in electrical and electronic technologyState-of-the-art facilities •and analytical tools support the taught and research elements of the course


Part-time 2 years

LocationWrexham


Take a lead in manufacturing and mechanics with these industry focused courses.

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The Engineering Council now requires a Chartered Engineer to be qualified to Masters level or equivalent, so there has never been a better time to consider studying for an engineering masters qualification.

This course has been tailored to meet the needs of local employers giving you the opportunity to gain career advancement or specialise in mechanical engineering or manufacturing.

course content

Students can choose a research project from a wide range of topics giving them an opportunity to focus their strengths and pursue their interests.

MSc Mechanical Engineering

Research Design and •MethodsAdvanced Computational •Fluid DynamicsStructures & Numerical •AnalysesAdvanced Materials •Advanced Manufacturing •TechnologiesViscousFlowandHeat •Transfer Dissertation •

MSc Manufacturing

Research Design and •MethodsStructures & Numerical •AnalysesAdvanced Materials •Advanced Manufacturing •TechnologiesAdvancedProduction& •Assembly SystemsComposite Materials •Dissertation •

MRes Mechanical EngineeringMRes Manufacturing You will pursue modules from the related MSc courses; along with an extensive research project.

entry requirements

These courses are designed as a progression from a related undergraduate degree. If you have are interested in the course but are uncertain about whether you can apply, please get in touch with us.

assessment


polymer science and technology

MRes Polymer Science and Technology

This MRes course provides specialist knowledge and understanding of the physical chemistry, processing and industrial applications of macromolecular systems, together with the development of generic skills in research project management.

Polymericmaterialsareusedin a diverse range of industrial, consumer and biomedical products and these aspects are reflected in the course.

Originality in problem solving is fostered through consideration of numerous industrial case studies, lectures from industrial speakers and the option to undertake an industry sponsored research project.

The research at Glyndwr University in this area has particular strengths in polysaccharides and hydrocolloids, reactive processing and polymerisation process development, experimental rheology and industrial applications of water soluble polymers. The overall

approach is multidisciplinary and covers emerging areas such as polymers from renewable resources and soft nanotechnology.

key facts

Excellent employment •opportunities globally in a wide range of key industrial sectors – including biomedical, pharmaceuticals, renewables and soft nanotechnology High levels of industrial •exposure through case studies, industrial lectures and industrially sponsored research projectsState-of-the-art polymer •characterisation and processing facilities – polymer fractionation, light scattering, shear and extensional rheometry, thermal analysis, extrusion, injection moulding This is an excellent ‘discipline •hopping’ route to doctoral study in a polymer related fieldSupportive learning •environment based in established research teams and student centered approach to training and assessment


Part-time 2-3 years

LocationWrexham


Play an integral role in developing future uses for polymers in industry and everyday life.

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The course provides excellent career opportunities across a wide range of industrial sectors. Graduates can expect to obtain a research and development position in areas related to biomedical devices, pharmaceutical formulation, food and beverages, petroleum recovery, agrochemicals, functionalpolymers/specialitychemicals, inks, paints and coatings or cosmetics and personal care products.

The course also provides a direct route to doctoral study, for those wishing to undertake further research training or pursue an academic career.

course content

Analytical Methods II •Analytical Methods III •MResResearchProjectand •Dissertation

Specialist modules

Chemistry and Technology •ofWaterSolublePolymersRheologyandProcessingof •Macromolecular Systems

entry requirements

A good first degree in the physical sciences, materials science, chemical engineering or a related discipline or equivalent experience in a polymer related industry.

assessment

Analytical Methods are assessed through open book problem solving exercises and a formal unseen examination.

Specialist modules are assessed through negotiated assessment tailored to the specific needs of the student, which is set out in a learning contract. Indicative assessments include a critical review of module related literature, laboratory based practical work (polymer synthesis, processing or instrumental analysis), poster presentations and oral presentations.

The research project is examined wholly through a viva voce examination in the presence of an internal and external examiner.

renewable energy

MSc Renewable Energy Systems and Sustainability*MRes Renewable Energy Systems and Sustainability*

Government policy is encouraging the energy industry to research and develop renewable and sustainable energy to reduce CO2 emissions, creating a demand for Masters level graduates with knowledge of the latest developments in renewable energy, especially with the growing number of off-shore and on-shore wind farms introduced to achieve the green energy target.

Your core studies will cover the use of power-interfacing systems to link industrial-scale ‘renewables’ generating equipment, especially wind-power and solar-power units to distribution networks such as the national grid.

The MSc covers the efficient generation and use of electricity energy from solar and wind power, power electronics for modern power systems, stability analysis and active power management.

Other modules cover broader environmental issues, including assessing the viability of novel engineering schemes. Further modules are drawn from a selection of electrical and electronics studies.

The MRes course is a research-led Masters course which offers you the opportunity to select specialist options from the MSc in this area, together with a major research project.


Part-time MSc: 2-3 years

LocationGlyndwr University, Wrexham


Renewable energy and reduction of carbon emissions are now at the top of the global agenda. Making use of clean and sustainable energy and technology will have a direct impact on reducing CO2 and limiting the impact of Global Warming.

This course aims to provide a specialist electrical/electronic engineering perspective, particularly in the development of intelligent and automatic systems to manage and control the use of major wind-powered or solar-powered sources connecting to the National Grid.

Despite the broad-based title of this course, it is aimed firmly at aspiring electrical engineers in the areas of renewable energy and sustainable development.


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key facts

These courses have been •developed in consultation with industry and have strong links with a wind farm organisation that supports national scale projects. Opportunities will be available for you to tailor your research to the work of this organisationAccreditation is in the process •of being sought from The Institution of Engineering and Technology (IET) for these coursesThe course team is proud of •its enthusiastic and dedicated staff that are valued for the quality of support provided to students. All staff are actively engaged in research work as well as teachingThe course team has •strong links with industries, professional bodies and many other universities, and is regularly visited by professional bodies in relation to the accreditation the coursesAn engineering Masters •qualification is now required if you wish to become a Chartered EngineerGain exposure to cutting edge •technological development in electrical and electronic technologyState-of-the-art facilities and •analytical tools support the taught and research elements of the course


The Engineering Council now requires a Chartered Engineer to be qualified to Masters level or its equivalent, so there has never been a better time to consider studying for an engineering masters qualification.

This course has been tailored to meet the needs of employers in this area, for you to be able to gain career advancement or specialise in renewable energy.

course content

MSc Renewable Energy Systems and Sustainability*

Research Methods •Sustainable Design & •InnovationEnergy and Environment: •PoliciesandEconomicsElectricalPowerand •Distributed Generation

OptionsAdvancedPower •Electronics and Electric DrivesAdvanced Control Systems •Embedded System Design •

MRes Renewable Energy Systems and Sustainability*

Advanced Control Systems •AdvancedPower •Electronics and Electric DrivesEmbedded System Design •EnergyResourcesPolicy •and Environmental EconomicsSustainable Design & •Innovation

entry requirements

These courses are designed as a progression from a related undergraduate degree. If you are interested in the course but are uncertain about whether you can apply, please get in touch with us.

If you are interested in the MRes option you should also have relevant experience of self-motivated project development.

assessment


James Doyle joined the MSc Aeronautical Engineering course at Glyndwr University with a view to helping him to fulfil his ambition of becoming a professional engineer.

“The course is accredited by the Royal Aeronautical Society, acknowledging the high quality of teaching and content, and this was the university’s biggest draw. To become a professional engineer I have to reach a minimum academic standard. Both an undergraduate and Masters degree in engineering are required and through the MSc, Glyndwr has helped me to achieve this benchmark.”

James was offered a place in the Royal Navy as a Young Officer during his studies. When he takes up the position, he will undergo further training in aircraft engineering, maintaining and overseeing the Navy’s fleet of helicopters and fixed wing aircraft.

student profile

James DoyleMSc Aeronautical Engineering Student

“Without my Masters, I would not have been offered the opportunity to work in the Royal Navy. The course has helped to build on the knowledge base I acquired at undergraduate level. It brought together all of the topics which I’d learnt previously and pushed me onwards into new and interesting areas such as Advanced Computational Fluid Dynamics and Advanced Aerodynamics.

“I was given the opportunity to do some research into the aerodynamic effects of surface roughness on spheres, which was an area of personal interest. I had no previous research experience before coming here so I was grateful for what was an exciting opportunity to apply all the theory and science I’d learnt through college and undergraduate level into something more in depth.I owe a lot to my course tutors for being given the chance to study for my MSc at Glyndwr. The experience has been excellent. None of the opportunities I’ve had over the last year would have happened without coming here.”


taught courses

The entry requirement for taught postgraduate courses is normally a recognised honours degree in a relevant subject. This usually means equivalence to at least second-class honours degree standard. Entry to a professional course dependsontheleveloftheawardoffered.Pleasesee the course listing for your chosen course for details of any specific requirements.

All applicants are considered on an individual basis and motivation and commitment are considered alongside academic requirements. All applicants should be able to show their ability to complete their chosen programme successfully.

accreditation of prior learning and

experience

If you are able to demonstrate appropriate knowledge and experience in your chosen subject, you may be eligible for exemption from parts of your course.

criminal records bureau checks and

independent safeguarding authority

Some of the courses may involve regular and unsupervised contact with children or vulnerable adults. Where this is the case, a Criminal Records Bureau (CRB) check is required for which you will be required to complete a form and pay the appropriate fee.

Having a criminal record will not necessarily exclude you from studying with us. A decision as to whether to offer you a place will depend on the nature of the programme and the circumstances and background of any offences.

If you are accepted for a course which involves contact with children or vulnerable adults and are admitted to this course, in addition to needing a satisfactory CRB disclosure you will also be required to register with the Independent Safeguarding Authority or to inform the University if you are already registered. You will receive further information about this when you apply.

TheVettingandBarringSchemeforWales,England and Northern Ireland has been introduced to help prevent unsuitable people from working with children and vulnerable adults. The Independent Safeguarding Authority has been set up to oversee the operation of this scheme and will work in partnership with the Criminal Records Bureau. The fee for registration with the Independent Safeguarding Authority is £28, in addition to the fee of £36 for CRB disclosure, a total fee of £64 (as at the time of being published).

international students

For international students applying to study at Glyndwr University, please send copies of your transcripts and certificates (translated into English), along with the completed application form, to the Glyndwr University International Office. They will be happy to advise you on whether you meet the entry requirements. The British Council in your own country will also offer advice if needed.

entry requirements


research degrees

ToregisterforanMPhil,withorwithoutthepossibilityoftransfertoPhD,youwillbeexpected to possess a good UK honours degree, normally with at least upper second class honours, or an academic or professional qualification which the Research Degrees Committee deems to be equivalent.

You will also need to be able to demonstrate competence in the use of the English or Welsh language to the satisfaction of the Research Degrees Committee. Students who have studied in the UK for three years within the previous six years or have a UK bachelors or masters degree shall be deemed to have demonstrated such competence.

In addition at least two references are required, concerning your academic ability and fitness to conduct research.

Exceptionally, you may be considered for admissiondirectlyasacandidateforPhD, if you posses, in addition to the requirements above, a UK masters degree in a relevant subject, which included a substantial research element, or an academic qualification which the Research Degrees Committee deems to be equivalent.

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how to apply

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taught courses

To apply for any of our taught postgraduate courses, contact our enquiries and admissions team on 01978 293439 or e-mail [email protected]. We will then provide you with an application form. Alternatively, you can download an application form from our website www.glyndwr.ac.uk

Once you have submitted your application form to Glyndwr University, we will arrange for the relevant course leader to assess your suitability for the course you have chosen. You may be required to attend for an interview with the admissions tutor.

If you are successful you will be sent a formal letter offering you a place which you can then sign and return to Glyndwr University to confirm you wish to start the course.

research degrees

To undertake a research degree you will need to identifyasuitabletopic/projectwhichwillbeanappropriate intellectual challenge and has not previously been researched.

Support will be provided by the University to give you a contact person who will discuss your topic/projectwithyouandhelpyoumakeanymodifications to your outline proposal.

In some circumstances a subject area may already haveasponsoredtopic/projectwhichtheyarelooking for a research student to pursue.

You must initially complete a research programme application form and submit it to the Graduate School. You can download a research application form from our website www.glyndwr.ac.uk.

This should then be returned as an e-mail attachment to [email protected]

If the necessary expertise for supervision is available, applicants for research degree programmes shall normally be interviewed by at least two members of academic staff as consistent with Glyndwr University’s Code of PracticeforResearchDegreeProgrammes,andtheQAACodeofPracticeforPostgraduateResearchProgrammes(2004).

The application will be considered in terms of its academic merit and its viability within the resources available.

international students

If you believe that you are an international student for fees purposes, or are unsure, please contact the Glyndwr University International Office admissions hotline on 0044 1978 293390 (outside of the UK) or 01978 293390 (from within the UK). Alternatively, please email [email protected]. For further information about studying at Glyndwr University as an international student please visit www.glyndwr.ac.uk and click on the ‘International students’ link on the homepage.

*subject to validation

In our publications, an asterisk (*) next to a course title indicates that this is a new or revised course, and that at the time of going to print, the details of the course e.g. module topics and titles, are subject to, and in the process of being approved by,appropriatevalidationprocesses.Pleasevisitwww.glyndwr.ac.uk for the latest information on each course.

If you are thinking about coming to Glyndwr University we would recommend that you come along to one of our Open Events. This will give you the chance to see our facilities, talk about the courses and find out more about studying at the University.

Saturday 16 October 2010, 10.00am–3.00pm Saturday 4 December 2010, 10.00am–3.00pm Saturday 4 June 2011, 10.00am–3.00pm Saturday 20 August 2011, 10.00am–3.00pm

Find out about dates for Open Events www.glyndwr.ac.uk


visit us online for more information

glyndwr.ac.uk

You can find more information about courses, fees and funding, our research, student support, our campuses – and much more.

Contact the enquiries and admissions team with your questions, concerns or any feedback on01978 293439 or [email protected]

Our enquiries and admissions team are on hand to help. They can deal with your questions on anything from our courses to accommodation. And they can put you in touch with the right person if you need to speak further with an academic programme leader or a member of the student support team.

If your questions relate mainly to applying for a research degree please contact our Graduate School on 01978 293576 or e-mail [email protected] (applications) or [email protected] (general enquiries).

open days

Our open days are held regularly throughout the year and give you a chance to meet with lecturers, tour our campuses and get a feel for what life is likeasastudenthere.Visitourwebsiteforalistofupcoming open days, or contact the enquiries and admissions team.

campus tours

Campus tours are held at 2pm every day and offer a chance to view accommodation, lecture rooms, workshops, laboratories, and catering outlets. Contact us for more information.

international Students

If you believe that you are an international student for fees purposes, or are unsure, please contact the Glyndwr University International Office admissions hotline on 0044 1978 293390 (outside of the UK) or 01978 293390 (from within the UK). Alternatively, please email [email protected]. For further information about studying at Glyndwr University as an international student please visit www.glyndwr.ac.uk and click on the ‘international students’ link on the homepage.

contact us

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unlock your potential

Glyndwr UniversityMold Road, Wrexham LL11 2AW

T: 01978 293439 F: 01978 290008 E: [email protected]

glyndŵr university postgraduate courses and research: science and technology

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