Cardiff School of Engineering Postgraduate Programmes.

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1 Cardiff School of Engineering Postgraduate Programmes

2 Contents Welcome from the Head of School 1 Cardiff: The City 2 Cardiff: The University 4 Accommodation 6 Cardiff School of Engineering: An Introduction 8 Postgraduate Taught Programmes at Cardiff School of Engineering 9 MSc in Advanced Mechanical Engineering 10 MSc in Civil Engineering 11 MSc in Clinical Engineering 12 MSc in Electrical Energy Systems 13 MSc Geoenvironmental Engineering 14 MSc in Hydro-environment Engineering 15 Contact Us engineering-pg@cardiff.ac.uk engineering-pgr@cardiff.ac.uk Tel: +44 (0) Fax: +44 (0) Stay connected facebook.com/cardiff schoolofengineering twitter.com/cdf_engineering youtube.com/ cardiffengineering This document can also be made available in large print (text), braille and on audio tape/cd. To request an alternative format, please contact Laura Roberts, Tel: +44 (0) RobertsL9@cardiff.ac.uk MSc in Multimedia Systems and Communications Engineering 16 MSc in Orthopaedic Engineering 17 MSc in Professional Engineering 18 MSc in Structural Engineering 19 MSc in Sustainable Energy and Environment 20 MSc in Wireless and Microwave Communication Engineering 21 The Postgraduate Research Programme (MPhil/PhD) 22 Research Institutes: Institute of Energy 24 Institute of Environment and Sustainability 26 Institute of Green Electronic Systems-Communications, Sensors and Materials 28 Institute of Mechanical and Manufacturing Engineering 30 Institute of Mechanics and Advanced Materials 32 Institute of Medical Engineering Medical Physics 34 BRE Institute of Sustainable Engineering 36 Funding your Postgraduate Study 38 International Students 39 How to Apply 40 How to Find Us and Points of Contact Inside Back Cover

3 Welcome to the Cardiff School of Engineering At the Cardiff School of Engineering we have a wide range of opportunities for postgraduate study. Our postgraduate taught courses range from core disciplines such as Civil Engineering to topical programmes such as Sustainable Energy and Environment and involve teaching of a very high quality and excellent research facilities and supervision. We also provide PhD, EngD and MPhil programmes across the core discipline areas of civil, electrical and electronic, and mechanical engineering. We are organised into world class research groups which focus on today s most challenging and exciting engineering issues, including nanotechnology, communications, medical engineering, sustainability and the environment, and energy generation and supply. We have very strong links with industry so you may find yourself working with companies to solve real life current industrial problems. We also have some of the best teaching and research facilities in the UK as well as academic staff who are nationally or internationally renowned for their research. The School also places a strong emphasis on broadening your skills base and we encourage you to do this by attending a number of dedicated courses here in the School of Engineering and at the University s Graduate School. This enables you to not only develop your knowledge and expertise in a range of areas but also to meet other postgraduate students from across the university. The School of Engineering is a supportive and friendly environment in which to study and we provide the very best in facilities and academic support for our students. The School is committed to equality of opportunity and encourages inclusiveness and diversity. I look forward to welcoming you to the School, if you should choose to join us, and I wish you every success in your future studies. Professor PJ Bowen CEng, MIMechE, FInstP Director, Cardiff School of Engineering Professor PJ Bowen We are organised into world class research groups which focus on today s most challenging and exciting engineering issues... 1

4 Cardiff: the Capital City of Wales The University is surrounded by attractive parkland and is adjacent to Cardiff Castle and the city centre 2

5 Cardiff is a thriving and attractive city which is widely recognised as an outstanding place in which to live and study. Location Cardiff is located on the coast of South Wales, which has beautiful national parks and beaches only 30 minutes away. Cardiff is approximately 230km (145 miles) west of London and is easily accessed by train in about 2 hours. Cardiff has excellent transport links (ranked 1st in the UK for the most transport friendly city) with an international airport that has flights to many cities in Europe. The perfect student city Cardiff is a small city with a population of about 320,000 people. Approximately 20% of the population are students, which makes it safe, friendly and affordable (see pages 8-9). Cardiff, however, is also a capital city with all the culture, sports, shops, entertainment, work opportunities and atmosphere you would expect of a modern European metropolis. With its distinctive character, good quality of life, and growing national and international reputation, it hosts many high-profile sporting and cultural events, including international rugby, soccer, cricket and motor sport, Cardiff Singer of the World and the UK s largest free summer festival. Home to the world-renowned Welsh National Opera, it boasts prestigious concert venues such as the Wales Millennium Centre, St David s Hall and the Motorpoint Arena, as well as the iconic Millennium Stadium, the National Museum and Gallery of Wales, several theatres and the historic Cardiff Castle. Cardiff is the location for award-winning television productions, including Dr Who, Sherlock, Torchwood and Casualty, and the Dr Who Experience in Cardiff Bay is a popular new attraction. This means you get a small inexpensive city you can easily walk around, but also an exciting city where there is always something to do. To find out more about the city of Cardiff visit: A diverse, international city Cardiff was one of the UK s first multicultural cities and an estimated 94 languages are spoken here. This is a real benefit for international students because many of the food and ingredients you have in your country are also sold in Cardiff. You can also be assured that there are many religious and cultural facilities across the city, including mosques, synagogues, churches and temples. 12 Facts About Cardiff Cardiff University is in the city centre of Cardiff. Cardiff Airport has more than 30 flights a day to UK and European cities. Cardiff is only 2 hours from London by train. Cardiff has a new 675 million shopping centre in the city centre. Voted the UK's seventh best nightlife city in 2011 by TripAdvisor users. Cardiff has a 70,000 seated stadium, an international sports village and a football league soccer club: Cardiff City FC. Cardiff has more than 330 parks and gardens. Cardiff was one of National Geographic s top 10 summer destinations The popular TV shows Doctor Who and Torchwood are filmed in Cardiff. Cardiff will be the European capital of sport for Named as 6th best shopping destination in the UK. Home to Europe s oldest living language, Welsh is spoken by 20% of the population, but don t worry everybody speaks English! Weather in Cardiff The average temperature in Cardiff in Winter is 7 C, and in Summer temperatures can reach up to 30 C. With four seasons, the weather in the UK is generally unpredictable and can vary considerably, however, Cardiff experiences less rainfall than other areas of Wales and is consistent with the rest of the UK. 3

6 Cardiff: the University The Glamorgan Building 4

7 Cardiff University has an international reputation for excellence in teaching and research, built on a history of service and achievement since 1883, and recognised by our membership of the Russell Group of leading research-led universities. A History of Achievement The University was founded in 1883 when it was granted its own Royal Charter. Today, Cardiff is a member of the Russell Group, the UK s top 20 research intensive universities. It attracts students from more than 100 countries and substantial research funding from the Research Councils, public bodies, industry, commerce and other sources. Cardiff University has celebrated a number of notable achievements during the past few years. Foremost among these was the award of the Nobel Prize for Medicine to Professor Sir Martin Evans of the School of Biosciences; Sir Martin becoming Cardiff University s second Nobel Prize winner, joining Professor Robert Huber of the School of Chemistry. The University was also awarded its fourth Queen s Anniversary Prize an award which recognises universities and colleges across the UK for work of outstanding excellence. Looking to the future, further increasing partnerships and collaboration are central to the University s mission to be a worldleading university; both internally through interdisciplinary teams and externally, through links with organisations of all types, nationally and internationally. Location The University s Cathays Park campus is located in and around the impressive Portland stone buildings, parks and wide tree- lined avenues that form Cardiff s attractive civic centre. The majority of academic schools are located here - just a few minutes walk from the city centre. The four academic schools offering healthcare courses (excluding Optometry and Pharmacy) are based at the Heath Park campus, approximately one mile away, which is also home to the University Hospital of Wales. Facilities Although dating from 1883, Cardiff is focused on the 21st century, and has modern state-of-the-art buildings and facilities. The University has invested 200 million in its estate in recent years and most academic schools have benefited from major refurbishment, including new and well-equipped laboratories, lecture theatres, libraries and computing facilities. The Graduate Centre Our Graduate Centre is a unique facility for taught and research postgraduates. It complements our academic schools by offering additional resources of space, study and social facilities, workshops and events for students during their time on taught or research postgraduate programmes at Cardiff. Through its facilities and programmes, the Centre addresses the needs of postgraduate students and contributes to the development of a strong postgraduate community. The Graduate Centre is located on the third floor of the Students Union Building, directly opposite the Main Building on Park Place (Cathays Park Campus). The Centre operates throughout the year, including opening on some bank holidays. Opening hours are from 8.00 am until 12 midnight, Monday to Friday; and from 12 noon until 12 midnight, Saturdays and Sundays. The hours of opening are shorter during the summer period, closing at 10pm mid-july to mid-september, reflecting reduced demand through these months. There is wireless access to the University s computing network throughout the Graduate Centre and a dedicated computer room with 35 networked terminals, printers, scanner and photocopier. Five meeting rooms provide space for training workshops, project groups, seminars and presentations. A Reading Room offers individual quiet study space for up to 35 people. The Lounge provides informal meeting space for group study, as well as additional computers for checking . The Café Bar hosts regular quiz nights and film screenings and is a modern, comfortable social space where postgraduates can relax, meet friends and watch television. It can also be booked for postgraduate-led events. A variety of social and academic-related events are planned during the year, including a welcome programme at the start of each academic year to help new students meet each other and settle in. Social events range from film screenings to day trips and students are encouraged to become involved in the planning of activities. Postgraduates are also involved in the management of the Graduate Centre, which is a joint project between the University and the Students Union. The Graduate Centre's website ( is updated frequently and is an excellent source of information about our events and facilities. You can also find us on Facebook (The Graduate Centre Cardiff University) and join in with the network of other postgraduate students at Cardiff. The Centre's address is: grad-centre@cardiff.ac.uk 10 Facts About Cardiff Ranked 15 in the UK and top 1.5% in the world. Cardiff University is a member of the elite Russell Group top 20 UK research-led universities. The University teaches more than 28,000 students from more than 110 countries. Employment rates for Cardiff University s international graduates are 10% higher than the UK average. Accommodation in University residences is guaranteed for most international students and is within walking distance of the University. The University has 18 libraries, 28 IT suites, a Wi-Fi enabled campus and more than 1.5 million books. The University is on two campuses at the very centre of Cardiff, the capital city of Wales. Cardiff is only 2 hours from London by train. Teaching at the University was given the highest possible award in the last UK Government review. The University s degree programmes are also recognised by more than 40 professional bodies. The University generates more than 100 million annually from research grants and contracts. The University President Professor Sir Martin Evans FRS, is a Nobel Prize winner for Medicine. 5

8 Accommodation International/EU postgraduate students are guaranteed a single-occupancy place in University residences for the full duration of your studies. This is providing you apply through the normal admission and allocation process, and re-apply for residences each year through the overseas returners process. Your Guarantee of Accommodation We know that where you live is very important to you. You will want to settle quickly and live in a secure, well-located, sociable location that is also a suitable study environment. This is why Cardiff University provides all international/eu postgraduate students a guarantee of accommodation in one of our highly-ranked University residences. The University has 14 residences, each with different facilities, in different locations and at different costs. All international/eu postgraduate students are guaranteed a single occupancy place in University residences, providing they submit an online application and make a pre-payment by the specified deadline. Living in a university residence provides an opportunity to meet and get to know students from a variety of backgrounds, studying a range of different subjects. Your choices include: single or mixed gender accommodation. private or shared bathrooms. About 70% of University residences have private bathrooms (called ensuite ). self-catered, part-catered or fully catered (with vegetarian options). a variety of social and sporting facilities. You will have your own study bedroom. Cardiff University does not have shared rooms or dormitories. There is a very limited supply of residences suitable for couples and families. We are therefore unable to guarantee this type of residence and priority in the allocation process is given to students coming from overseas for their first year of study. You should not bring your family to Cardiff until suitable accommodation has been secured. Close to the School Cardiff s residences are very well located, with many residences being a short distance from the Queen s building complex in which the School of Computer Science & Informatics is located. The majority of students are able to easily walk or cycle to their lectures everyday. The table below gives the approximate walking times from three residences to the School (see table below). Safe and supportive One of the advantages of University residences is the support you are offered. Each residence has a network of residences staff, student wardens and security staff that provide 24 hour assistance. Only students, guests of students and staff are allowed on University residences sites. This makes them safe and secure. 6

9 What do University residences provide A typical apartment in University residences could include 6 study bedrooms, each with their own bathroom. Six occupants would share a kitchen. Every student has their own bedroom. Each room has a bed, desk, chair, wardrobe and storage. You won t need to buy additional furniture. Also Halls of Residence bedrooms are connected to the University network and highspeed internet. In your flat you will have access to a shared kitchen/dining room. This area includes a cooker, refrigerator, sink, table and chairs. If you choose ensuite you will have your own bathroom with shower. How much do University residences cost? The cost of residences depends on several factors, including the residence you choose, length of stay, meal options and whether you want private bathroom facilities. University residences are very good value as the cost includes water, electricity, security, furniture and internet access. As everything is included in one price, it helps you more easily budget. For the 2012/13 year self-catering residences ranged from a week. Part/fully catered residences ranged from a week. Rooms with private bathrooms are generally more expensive than rooms with shared bathrooms. Private Sector Accommodation For students who wish to rent privatelyowned accommodation, there is a great choice of accommodation available for rental in the city including a good variety within walking distance of the University and city centre. The University s Residences Office can help by providing you with lists of properties that are currently available to rent. Detailed advice on tenancy agreements and other aspects of living in private sector accommodation is made available via the University s Student Support Centre or the Students Union Advice and Representation Centre. The Students Union also runs a letting agency, details of which can be found at: If you are looking for private accommodation you should arrange to visit Cardiff before the start of term as it is not advisable to arrange such accommodation either by post or telephone. When you come to Cardiff for this purpose, you can take advantage of low cost accommodation in our halls provided your visit is outside term-time and that you arrange this with us in advance. Details can be found at: How does Cardiff compare with other places? Cardiff has many advantages which make it a cheaper place to study than other university cities. These include: Cardiff is a compact city and the University is in the middle therefore you won t have far to travel between the University, city centre shops and your accommodation. Cardiff is also very flat making it easy to walk or cycle around. You won t need to spend money on buses or taxis. Cardiff council runs bicycle and car sharing schemes. This will make it even easier for you to get around without large extra costs. Cardiff is also one of the most affordable of the traditional university cities. The table below compares the Russell Group of Universities, and the average cost of rent for students per week and per month. Cardiff is almost 20 cheaper a month than the average UK student rent, and a massive 198 cheaper a month than rent in London. This does not include other items such as food and entertainment, which are also significantly more expensive in other cities, especially London. Living Expenses For the 2012/13 session the University estimated that a single student in Cardiff would need 877 a month. These estimates are based on the actual experiences of students living in Cardiff. This means for the year that a postgraduate student (September June) needed 9,811 a year. These estimates include accommodation, bills, food, books, clothes, travel, telephone and social expenses. If you are intending to bring family members, such as a spouse or child, you will need to have at least an extra 400 a month for each family member. Voted Top 5 for accomodation whatuni.com 7

10 Cardiff School of Engineering: An Introduction Working on the School of Engineering s Formula Student Car The School is widely recognised as being one of the leading departments in the UK for both teaching and research. Independent government assessments in both these activities have provided validation of teaching and research excellence. The School of Engineering is an integrated school that encompasses all the major engineering fields, allowing for an exciting, interdisciplinary approach to teaching and research. There is a vibrant research culture with over 95% of our staff involved in internationally recognised research. In the latest Research Assessment Exercise (2008) the School consolidated its position as one of the top ten research led engineering schools in the UK. You will also find that there are many opportunities to work with industry on real life engineering problems. Many of our staff have worked in industry and the majority have excellent industrial links. These research links feed through into our taught programmes from development of the taught modules to the projects that are available to students. Some of the large international companies that are currently working with the School include Laing O Rourke, TATA, Halcrow, Ove Arup, Qinetiq, EADS, Rolls Royce, National Grid, Augusta Westland, Motorola, GEC, Siemens, IBM, Hewlett Packard, Nokia, and Bosch, to name but a few. The School is one of three universities which are members of both the UK Electronic Skills Foundation and the prestigious Power Academy which were established to support the education and training of the best electrical and electronic engineers for the future. The School conducts international research of the highest calibre and each year earns between 10 and 20 million pounds in research income. This research income helps to support state of the art facilities and means that teaching is up-to-date and takes account of the latest trends and research findings in engineering. The School s teaching and research facilities are among the best in the UK and over the last five years over 15 million has been invested in these facilities. Students enjoy the best in well equipped lecture theatres and state-of-the-art laboratory facilities. The Engineering complex is close to other academic departments, the Students Union and is in the heart of the city centre. It has its own Student and Staff Refectory which serves breakfasts, lunches and dinners, a comprehensive and well equipped library containing a broad range of books, journals and the latest computer and CD-ROM reference media, extensive computing facilities open 24 hours a day, and a coffee shop equipped with computer terminals. The Trevithick library is dedicated to the Schools on the Trevithick site, Engineering, Physics, and Computer Science. It is an outstanding facility which has recently had an award winning refurbishment and expansion. Our students are provided with extensive computing facilities which can be used to access specific reference material, as well as the university network which provides a wide range of general and specialised packages for use in engineering study. The network also provides full and internet facilities. 8

11 Postgraduate Taught Programmes at Cardiff School of Engineering The School of Engineering is one of the premier engineering schools in the UK for postgraduate engineering study. The 2008 Research Assessment Exercise confirmed that the School is one of the top ten engineering schools in the UK for research. It offers outstanding on-site facilities for postgraduate training and research, with state of the art laboratories and equipment, a newly renovated on-site library, and comprehensive up to date computing facilities. This is complemented by research led teaching of the highest calibre. The School places great importance on industrial involvement in both the development and practice of its undergraduate and postgraduate programmes and requests input from its Industrial Advisory Board when developing courses as well as using practising industrial engineers to teach on appropriate modules. Many of our industrial research collaborators also participate in projects carried out by students on MSc and PhD programmes which has benefits for both the student and the company involved. The lecturers have considerable experience of working on a wide range of practical engineering projects and can provide expert guidance and advice. All staff are research active and this provides scope for interesting and topical MSc research projects. The School of Engineering has a wide range of MSc programmes which have been designed to address the needs of graduates and industry. Many of them can also be undertaken on a part-time basis. MSc programmes currently available include: MSc in Advanced Mechanical Engineering This new programme provides the opportunity to develop a wide range of intellectual, practical and transferable skills creating graduates equipped to assume leading roles as professional engineers across the mechanical engineering industry. MSc in Civil Engineering An established and popular course which extends and develops expertise and skills for those with a civil engineering background or who are currently working in civil engineering. MSc in Clinical Engineering A specialist distance learning course for those in Clinical Engineering or Medical Physics related employment who wish to enhance their career prospects and upgrade their skills. MSc in Electrical Energy Systems A programme developed to meet an urgent need to train specialists in advanced electric energy systems in order to address the global energy challenges. MSc in Geoenvironmental Engineering An innovative programme which was established to allow civil and structural engineers to broaden and/ or acquire new skills in geotechnical and environmental engineering. MSc in Hydro-environment Engineering Developed to provide specialist training in environmental hydraulic engineering for those with a civil engineering background. MSc in Multimedia Systems and Communications Engineering A programme created to develop the latest skills and knowledge in the field of multimedia and communications based technology. MSc in Orthopaedic Engineering A distance learning specialist MSc for orthopaedic and related surgeons to enhance their qualifications and career prospects. MSc Professional Engineering A new programme which has been structured to deliver a broad range of professional and managerial concepts through a spectrum of innovative modules. MSc in Structural Engineering Aimed at Civil and Structural engineers in order to provide them with advanced skills and qualifications. MSc in Sustainable Energy and Environment An established course developed to address the need for more engineers trained in energy and environmental engineering. MSc in Wireless and Microwave Communication Engineering A well established course which has recently been renamed and updated to provide enhanced qualifications for those wishing to follow a career in electronics and communications. MSc students generally undertake a taught programme of study comprising a number of compulsory and optional modules followed by a research project and dissertation. In many cases the project is developed with industrial partners to solve a particular problem. All of our established MSc programmes are accredited by the relevant professional institutions. A class discussion in the High Voltage Laboratory The School places great importance on industrial involvement in both the development and practice of its undergraduate and postgraduate programmes. 9

12 MSc in Advanced Mechanical Engineering Students on this course will be guided and encouraged to show originality in applying the knowledge they acquire, and will develop an appreciation of how the boundaries of knowledge are advanced through research. Participants will be trained to deal with complex issues both systematically and creatively and will be given the opportunity and encouragement to demonstrate initiative and innovation in solving challenging problems and in designing new components and systems. The Degree Programme This course will provide the opportunity for graduate mechanical engineers to both widen and deepen their knowledge across a spectrum of important topics. It is a broadly based programme which will allow participants to further their understanding of traditional engineering subjects whilst exploring the specialist research interests within the Cardiff School of Engineering. In addition to technical skills, students will acquire professional skills such as effective communication to technical, management and non-technical audiences, project planning, evaluation and prioritisation. A close involvement with industry ensures that research has both relevance and meaning, working with some of the world s most renowned engineering companies. Partners include Airbus, BAe Systems, Tata Steel, IBM, Messier-Dowty and Rolls Royce. Programme Structure Areas that are covered by this course include: Tribology Control Engineering Thermodynamics and Heat Transfer Energy Management Quality and Reliability Engineering Nano-mechanics Robotics Artificial Intelligence Risk and Hazard Management Condition Monitoring Research Project and Dissertation All students complete a case study and project that are integrated to allow them to explore in depth a topic selected. The dissertation is seen as the key opportunity to acquire and exercise leading edge mechanical engineering knowledge. Employment Opportunities Graduates of MSc in Advanced Mechanical Engineering will have developed a wide range of intellectual, practical and transferable skills allowing them to follow careers in research, industry and other professional areas of the economy. Entry Requirements The normal minimum requirement will be an upper second class honours degree (or equivalent) BEng in Mechanical Engineering or related subject areas from a British or recognised overseas university. Other applicants with relevant industrial experience will be considered on an individual basis. For overseas students, the requirements for English language are an IELTS score of 6.5 or a TOEFL ibt 90. This course will provide the opportunity for graduate mechanical engineers to both widen and deepen their knowledge across a spectrum of important topics. For further course information contact: Course Tutor: Dr Michael Packianather engineering-pg@cardiff.ac.uk +44 (0)

13 MSc in Civil Engineering More online at: The development of any progressive society is largely dependent upon the skill, imagination and dedication of its civil engineers. They are concerned with the planning, design, construction, maintenance and decommissioning of highways, railways, airports, docks, harbours, canals, coastal defences, irrigation systems, essential municipal services (such as water supply, drainage and sewage disposal), and structural work including buildings, bridges, dams, reservoirs and power stations. A civil engineering career offers many different challenges and opportunities in all parts of the world. The Degree Programme This programme offers an opportunity for updating skills and undertaking advanced studies over a wide range of Civil Engineering topics. It is particularly well suited to those with broad interests in construction. It can also be adapted for candidates who wish to receive advanced training in more than one specialised area, since subjects from the Geoenvironmental, Structural and Water Engineering MScs may be substituted for the non-compulsory subjects. The MSc in Civil Engineering is accredited by the ICE, IStructE, IHT and IHIE, as meeting the requirements for Further Learning for a Chartered Engineer under the provisions of UK-SPEC for intakes inclusive, for candidates that have already acquired a CEng accredited BEng (Hons) undergraduate first degree or an IEng accredited BSc (Hons) undergraduate first degree. The degree programme is available on a one-year fulltime basis or on a three-year part-time basis. The full-time programme is delivered over two taught semesters followed by a research period and preparation of a dissertation. Assessment is conducted via coursework and examinations. Suspension bridge at dusk Programme Structure First (Autumn) Semester All students will required to take the following modules: Environmental Hydraulics Advanced Concrete Materials and Structures Engineering Geology Steel Structures Advanced Structural Mechanics Advanced Engineering Management Second (Spring) Semester All students will required to take the following modules: Numerical Techniques in Civil Engineering Engineering Case Study And THREE of the following: Theoretical Soil Mechanics Management in Industry Water Quality Control River Basin Management Fundamentals of Nanomechanics Research Project and Dissertation Students will be required to undertake an individual research project in a specialist area of civil engineering, leading to the preparation of a dissertation. Project work is undertaken under the direct supervision of a member of staff in one of the three participating departments. Assessment is conducted via coursework and examinations. Employment Prospects The record of employment of graduates of the Cardiff University MSc in Civil Engineering is excellent, with the majority of graduates joining engineering consultants. A small number of graduates (about 5 to 10% each year) go on to further study, typically a PhD. Entry Requirements The normal entry requirement is a good honours degree in Civil or Structural Engineering, or a related discipline, from a recognised university, or equivalent professional experience. Currently, a good first degree is taken to mean one that would be equivalent in attainment to a 2(i) honours classification from a UK university. For applicants for whom English is not their first language, there is also a minimum English Language requirement of IELTS 6.5/TOEFL ibt 90. For further course information contact: Course Tutors: Dr Steve Rees Dr Diane Gardner engineering-pg@cardiff.ac.uk +44 (0)

14 MSc in Clinical Engineering This is a structured parttime learning package for those currently working in engineering related disciplines within the healthcare sector or associated industries who wish to develop their expertise at postgraduate level but who do not wish to disturb their career by taking time out. Ultrasound research at the University Hospital Considerable emphasis is placed on distance learning with a requirement of four compulsory weekends per academic year in Cardiff. The aim of the course is to provide participants with the engineering grounding and the specialist skills required to succeed in their profession. The course introduces the basic features of engineering principles and practice combined with the relevant anatomy and physiology to provide the participant with a thorough background in the theory and practice of clinical engineering. The course aims to equip its participants with a greater understanding of the factors affecting the design of medical devices and an appreciation of the state of the art and possible future trends and developments. Programme Structure The MSc is studied over 2 years on a part time basis only. Emphasis is directed in the first year of Part I towards an understanding of basic principles of technology in medicine, risk management and regulation as applied to clinical engineering. In the second year of Part I, there will be emphasis on gerneral medical equipment. In Part II, paricipants will study, in depth, the application of their learning to a problem leading to the submission of a dissertation. The project may be undertaken at a university or at the student s place of work: Modules: Clinical Engineering 1 and 2: This module will combine the teaching of engineering with core specialist subject areas in clinical engineering and general medical equipment. Medical Aspects: This module will provide participants with a knowledge of the medical aspects associated with clinical engineering including anatomy and physiology. Mechanical Engineering 1 and 2: Participants will gain a good understanding of mechanical engineering, basic mechanics, materials, manufacturing techniques and quality systems. Electronics, Computing and Instrumentation: Participants will obtain an understanding of electronic components and electronic instrumentation used in clinical engineering. Mathematics and Statistics: To provide participants with a mathematical and statistical background associated with medical data collection and research. Dissertation Research Project and Dissertation Participants will be required to undertake an individual research project in a specialist area of Clinical Engineering, leading to the preparation of a dissertation. Project work is undertaken under the direct supervision of an academic member of staff. Assessment is conducted via coursework and examinations. Employment Prospects The MSc in Clinical Engineering is currently accredited by the Institute of Medical Engineering and Medical Physics (IPEM), and prepares students for Clinical Scientist status. Graduates are usually employed in the National Health Service, the Defence Forces and the medical devices industry. Entry Requirements A good honours degree equivalent to at least a 2.1 from a recognised university in engineering, physics or a related discipline plus employment in the health care sector or a related industry. In selected cases relevant professional experience will be considered in lieu of formal degree qualifications. For applicants for whom English is not their first language, there is also a minimum English Language requirement of IELTS 6.5 or TOEFL ibt 90. For further course information contact: Course Tutor: Dr Mike Jones engineering-pg@cardiff.ac.uk +44 (0)

15 MSc in Electrical Energy Systems More online at: This programme is suitable for graduates in electrical engineering, applied science or relevant disciplines. Applicants with appropriate professional experience are also encouraged to apply. It offers the knowledge and expertise to meet an urgent need for specialists in advanced electrical energy systems. These specialists are required to function in a rapidly changing global energy environment and address challenges such as the integration of renewable generation in electricity transmission and distribution networks. Graduates of this MSc will obtain unique specialist training for their future professional employment trends and developments. Programme Structure The core modules are delivered by research academics in the School of Engineering with key invited lectures from experienced engineers and managers from the electricity industry. A key feature of the programme is its integrated approach to teaching Power Systems, High Voltage Plant Technology and the enabling technologies which provides essential preparation for a career in future electricity networks. Optional modules are taught by colleagues from other research groups in the School in order to achieve a multidisciplinary input to the programme. MSc students will work closely with researchers in the School of Engineering s Centre for Integrated Renewable Energy Generation and Supply (CIREGS) and the High Voltage Energy Systems Group (HIVES). Topics covered on the course include: Power Systems Analysis, Distributed Generation, Smartgrids and Active Network Devices, Power System Protection, Condition Monitoring, Systems Modelling & Forecasting, High Voltage Technology, Alternative Energy Systems, Sustainable Energy Studies, Advanced Power Electronics, Introduction to Digital Signal Processing, Industrial Computer Control Systems, Management in Industry, and Energy Management. The state-of-the-art Power Systems Simulator After successful completion of the taught component, students will proceed to undertake a research project. Students are able to choose a topic from one of the following areas of specialisation: Power System Protection and Control, Renewable Energy, Distribution System Design, Demand Side Management, Condition Monitoring, Smart Metering, High Voltage Insulation, Overvoltage Protection, Thermoelectricity and Earthing Systems. Special Features of this programme: Research-led programme based on partnerships with industry and involving industrially-linked projects with major electricity companies Unique laboratory facility in Europe including a hardware power system simulator for training and projects Opportunities for PhD research following successful completion of MSc, and excellent job opportunities with leading electrical energy companies University partner on both IET Power Academy and Power Networks Research Academy Research Project and Dissertation Students will be required to undertake an individual research project in a specialist area of Electrical Energy Systems Engineering, leading to the preparation of a dissertation. Project work is undertaken under the direct supervision of a member of staff. Assessment is conducted via coursework and examinations. Employment Prospects The demand for graduates from this type of course is very strong and is expected remain so for the foreseeable future. Graduates are expected to gain employment in large electrical energy utilities, electricity distribution companies, the public sector (Energy agencies, Carbon Trust etc), research and development, or set up their own companies. Entry Requirements A good first class or 2.1 Honours degree in electrical engineering or applied science. Other related degrees will be considered. For applicants whose first language is not English, there is a minimum language entry requirement of IELTS 6.5/TOEFL ibt 90. Prospective applicants with appropriate alternative qualifications and experience will also be considered. For further course information contact: Course Tutor: Dr Dan Rogers engineering-pg@cardiff.ac.uk +44 (0)

16 MSc in Geoenvironmental Engineering Geoenvironmental engineering is an inclusive discipline which recognises that many environmental challenges cannot be solved by one traditional discipline alone. Testing polluted soil samples The term Geoenvironmental Engineering is a broad one covering the contributions that geotechnical engineers, environmental engineers, hydrogeologists, earth scientists, geochemists, water engineers, biologists, and ecologists, amongst others, make to environmental management, site characterisation, environmental risk assessment, waste disposal, soil and groundwater remediation, habitat protection, and environmental rehabilitation. Geoenvironmental engineering is a forward looking discipline interfacing with areas traditionally within civil engineering, earth sciences and the life sciences. The discipline centres on human interaction with the ground and water environment, in particular through infrastructure development, environmental assessment and environmental management. Geoenvironmental engineers are involved in a wide range of activities, including contaminated land management, hydrogeology, water resource management, geochemical analysis, groundwater and surface water contamination fate and transport prediction, environmental impact assessment, environmental risk assessment, and habitat management. Geoenvironmental engineers frequently work in multidisciplinary project teams and developments. The Degree Programme The solutions to the environmental challenges related to human interaction with soil, groundwater and surface water require engineers to possess a broad range of knowledge and expertise. The Cardiff University MSc in Geoenvironmental Engineering prepares students to meet those challenges. The MSc is an innovative partnership between the Cardiff School of Engineering, the School of Earth, Ocean and Planetary Science and the Cardiff School of Biosciences, and is administered by Cardiff School of Engineering. A feature of the MSc in Geoenvironmental Engineering is the series of short, workshop style training courses covering practical applications integrating professional practice issues with the scientific and engineering foundation of the course. These workshops are delivered by recognised professional practitioners in the industry. The MSc in Geoenvironmental Engineering is accredited by the ICE, IStructE, IHT and IHIE, as meeting the requirements for Further Learning for a Chartered Engineer under the provisions of UK-SPEC for intakes inclusive, for candidates that have already acquired a CEng accredited BEng (Hons) undergraduate first degree or an IEng accredited BSc (Hons) undergraduate first degree. The degree programme is available on a one-year fulltime basis or on a three-year part-time basis. The full-time programme is delivered over two taught semesters followed by a research period and preparation of a dissertation. Assessment is conducted via coursework and examinations. Programme Structure First (Autumn) Semester All students will required to take the following modules: Environmental Law Soil and Groundwater Chemistry Engineering Geology Land Contamination Advanced Engineering Management Geo and Hydro-environmental Modelling Second (Spring) Semester All students will required to take the following modules: Water Quality Control Environmental Engineering Applications Engineering Case Study And two of the following: Management in Industry Theoretical Soil Mechanics River Basin Management Research Project and Dissertation Students will be required to undertake an individual research project in a specialist area of geoenvironmental engineering, leading to the preparation of a dissertation. Project work is undertaken under the direct supervision of a member of staff in one of the three participating departments. Assessment is conducted via coursework and examinations. Employment Prospects The record of employment of graduates of the Cardiff University MSc in Geoenvironmental Engineering is excellent, with the majority of graduates joining engineering consultants. A small number of graduates each year go on to further study, typically a PhD. Substantial industrial involvement with the design and delivery of the course ensures the continuing relevance of the MSc as preparation for professional employment work in this area. Entry Requirements The normal entry requirement is a good honours degree in Civil or Structural Engineering, or a related discipline, from a recognised university, or equivalent professional experience. Currently, a good first degree is taken to mean one that would be equivalent in attainment to a 2(i) honours classification from a UK university. Good mathematical skills are an advantage. For applicants for whom English is not their first language, there is also a minimum English Language requirement of IELTS 6.5/TOEFL ibt 90. For further course information contact: Course Tutors: Dr Steve Rees Dr Diane Gardner engineering-pg@cardiff.ac.uk +44 (0)

17 MSc in Hydro-environment Engineering More online at: In recent years, there has been a growing world-wide concern about environmental water management issues including, for example, concerns about coastal and estuarine water pollution, river flooding and urban drainage, wetland and mangrove management, ecological aspects of lakes and reservoirs, to mention but a few. In addressing these and other environmental challenges, engineers and environmental managers are increasingly using sophisticated numerical models for predicting complex hydrodynamic, water quality and sediment transport processes. These models are increasingly complemented with decision support software systems and a wide range of related hydroinformatics software tools. The programme is aimed graduates in Civil Engineering, Earth Sciences, Environmental Sciences and Bio-Sciences. Good mathematical skills are an advantage. The degree programme is also aimed at engineers/scientists working in relevant areas wishing to upgrade or refresh their qualifications. The Degree Programme The MSc in Hydro-environment Engineering is run by the Cardiff School of Engineering and is designed to provide specialised, postgraduate training in environmental water engineering whilst having a measure of flexibility to permit some study of related subjects in Civil and Geoenvironmental Engineering. The aim of the programme is to enhance the engineering skills of its graduates and an extended project within one of the water engineering fields forms a major part of the programme. Thus, the MSc in Hydro-environment Engineering aims to complement an undergraduate degree in Civil Engineering, or similar, by introducing candidates to hydroinformatics, computational hydraulics and environmental hydraulics, including water quality indicator and sediment transport processes in coastal, esturaine and inland waters. Students will have the opportunity to work with some of these models in an extended project. The programme runs on full-time and part-time basis, with both starting in September. The MSc in Hydro-environment Engineering is accredited by the ICE, IStructE, IHT and IHIE, as meeting the requirements for Further Learning for a Chartered Engineer under the provisions of UK-SPEC for intakes inclusive, for candidates that have already acquired a CEng accredited BEng (Hons) undergraduate first degree or an IEng accredited BSc (Hons) undergraduate first degree. The degree programme is available on a one-year full-time basis or on a three-year part-time basis. The fulltime programme is delivered over two taught semesters followed by a research period and preparation of a dissertation. Assessment is conducted via coursework and examinations. Programme Structure First (Autumn) Semester All students will required to take the following modules: Environmental Hydraulics Soil and Groundwater Chemistry Geo and Hydro-environmental Modelling Flood Design Environmental Law Advanced Engineering Management Second (Spring) Semester All students will required to take the following modules: River Basin Management Numerical Techniques in Hydroenvironment Engineering Engineering Case Study And TWO of the following: Management in Industry Water Quality Control Environmental Engineering Applications Students at work in the Hydraulics Laboratory Research Project and Dissertation Students will be required to undertake an individual research project in a specialist area of Hydro-environment Engineering, leading to the preparation of a dissertation. Project work is undertaken under the direct supervision of a member of staff in one of the three participating departments. Assessment is conducted via coursework and examinations. Employment Prospects The record of employment of graduates of the Cardiff University MSc in Hydroenvironment Engineering is excellent, with the majority of graduates joining engineering consultants. A small number of graduates each year go on to further study, typically a PhD. Entry Requirements The normal entry requirement is a good honours degree in Science or Engineering, or a related discipline, from a recognised university, or equivalent professional experience. Currently, a good first degree is taken to mean one that would be equivalent in attainment to a 2(i) honours classification from a UK university. Good mathematical skills are an advantage. For applicants for whom English is not their first language, there is also a minimum English Language requirement of IELTS 6.5/TOEFL ibt 90. For further course information contact: Course Tutors: Dr Steve Rees Dr Diane Gardner engineering-pg@cardiff.ac.uk +44 (0)

18 MSc in Multimedia Systems and Communications Engineering Multimedia is the convergence and integration of various types of digital media, such as images, sound, video, text, graphics and animations. The delivery of multimedia content to consumers relies on various technologies, including digital signal processing; image, audio and video processing; communications engineering; and computer systems. The Degree Programme The MSc in Multimedia Systems and Communications Engineering provides an opportunity to develop a deep understanding of the above technologies and associated data analysis and processing techniques. This is ideally suited for those wishing to pursue a career in the broadcast, entertainment, security, gaming, medical, defence, or communications industries. This MSc is designed to develop engineers with a high level of training in multimedia technologies and is uniquely supported by the academic staff from two Schools: Cardiff School of Engineering and Cardiff School of Computer Science and Informatics. The teaching on this MSc course is complemented by guest lectures given by industrial professionals, and some projects are co-supervised by our industrial collaborators. Programme Structure The programme is based on 120 credits of Masters level modules taught over two semesters (7 months), followed by a 5 month industrially-related research project. The core modules are delivered by research academics from the Schools of Engineering and Computer Science and Informatics, with invited lectures from experienced engineers and managers from industry. MSc students will work closely with researchers in the multidisciplinary Human Factors Technology Centre, founded in 2004 by the research staff of three Schools: Engineering, Computer Science and Informatics, and Psychology. The modules cover four main areas: Multimedia Systems, Communications Engineering, Computer Science and Artificial Intelligence. After successful completion of the taught component, students will proceed to undertake a research project. Students are able to choose a topic from one of the following areas of specialisation: Multimedia Systems; Image Processing; Digital Signal Processing; Audio Processing; Medical Image Processing; Computer Vision; Human Motion Tracking and Analysis; Human Body and Face Modelling; Computer Graphics; Visualisation; or Surveillance. This course may also pave the way for a career in academia, leading to a PhD for selected graduates who wish to develop their research skills. Employment Prospects Cardiff s graduates have been able to develop very successful careers at prominent companies all over the world, including: Agilent; Arup; AT&T; Bosch; Daimler-Benz; EADS; GEC; GE; Hewlett Packard; IBM; Jaguar; MOD; Motorola; National Grid; National Instruments; Nokia; PowerGen; Rohde and Schwarz; Rolls Royce; Scottish Power; Shell; and Siemens. This course will equip highly capable postgraduates with the latest skills and knowledge in the field of multimedia and communications based technologies, readily employable in a wide range of industries including: digital telecommunications digital media production (film & TV industry) finance medicine defence and homeland security; and research and development Entry Requirements This course is suitable for graduates with a 1st class or good 2.1 honours degree in electronic engineering, computer science, applied science or in a relevant discipline, or with appropriate professional experience. Applicants without an engineering or applied science background will be assessed on an individual basis. Applicants whose first language is not English will be required to obtain a satisfactory standard in an approved English language qualification before being accepted unconditionally onto a postgraduate programme. For further course information contact: Course Tutor: Dr Yulia Hicks engineering-pg@cardiff.ac.uk +44 (0)

19 MSc in Orthopaedic Engineering More online at: The practice of orthopaedic surgery has expanded rapidly in recent years, and is likely to have to meet further demands from patients for new forms of treatment in the future. These developments have led to a need for orthopaedic surgeons to have a greater knowledge of the scientific principles involved in disease processes and various forms of treatment. The introduction of this MSc degree in Orthopaedic Engineering will provide practitioners with an understanding of engineering in the specific context of orthopaedic disease. The course is aimed at practising orthopaedic surgeons who do not wish to disturb their career by taking time out. Considerable emphasis is placed on distance learning and with the attendance of four compulsory weekends per academic year in Cardiff. The course is designed for orthopaedic surgeons who wish to develop an interest in engineering related to their area of specialisation. The degree will enable surgeons to critically appraise both new and old treatments in the light of a greater understanding of the development of deformity and disease. Programme Structure The MSc in Orthopaedic Engineering is a two year part-time course comprising taught modules in Part I and a project and dissertation in Part II. Emphasis is directed in Part I towards an understanding of engineering principles, experimental techniques and materials. In Part II participants will study in depth an engineering problem in clinical orthopaedics leading to the submission of a dissertation. The project and dissertation may be carried out at a university or the participants place of work. Modules Materials and their properties: Participants will gain an understanding of the materials used in orthopaedics and their properties. A knee trial in the Gait Analysis Laboratory Experimental Techniques: Participants will become familiar with basic data and statistical analysis techniques including computing allied to medicine. Engineering Theory 1 and 2: The introduction of basic principles of mechanics in relation to biomechanics encountered within orthopaedics. Surgical Practice: To provide a scientific basis for rational analysis of common surgical techniques and an understanding of the mechanisms of injury and biology of bone and soft tissue. Research Methodology: To conduct a relevant case study/literature review and introduction to research procedures and practices and the skills and techniques needed to complete a project and dissertation. Dissertation Research Project and Dissertation Participants will be required to undertake an individual research project in a specialist area of Orthopaedic Engineering, leading to the preparation of a dissertation. Project work is undertaken under the direct supervision of a member of academic staff. Assessment is conducted via coursework and examinations. Employment Prospects While most participants on the MSc in Orthopaedic Engineering are current practitioners in Orthopaedic Surgery, the programme also may be applicable to other surgical fields such as veterinary surgery, neurosurgery, etc. On successful completion of the MSc, most graduates find that their understanding of orthopaedics is expanded to enable them to better carry out their profession and that their career prospects are enhanced. Entry Requirements An MB BCh is essential and preferably also MRCS/FRCS. For applicants whose first language is not English, there is a minimum English language entry requirement of IELTS 6.5/TOEFL ibt 90. For further course information contact: Course Tutor: Dr Mike Jones engineering-pg@cardiff.ac.uk +44 (0)

20 MSc in Professional Engineering The Cardiff School of Engineering and the Engineering Council have worked closely to develop this qualification which provides a structured route towards both the academic and professional elements of chartership. Participants learn both within the University, and for the majority of their time, in their workplace. The sympathetic mentoring system combined with a carefully developed format ensures that this programme suits participants from the vast majority of engineering backgrounds, irrespective of the time away from formal education. The schedule of teaching weekends means that participants will be able to receive face to face tuition and interact with their peers without losing valuable time in the workplace. The Degree Programme The programme will last for three years. This structure allows for 21 months in which the 8 teaching weekends are scheduled, before an 8 month period for the participant to complete their dissertation. This MSc has been carefully structured to ensure close alignment with the required competencies of a Chartered Engineer as defined by UK-SPEC. Each student will be assigned an Academic Supervisor who is responsible for ensuring the transition back into education is smooth, and will serve as first point of contact within the School. An Industrial Mentor will also be assigned, who will assist students with their activities in the work place. Participants will also benefit from gaining exposure to a range of research laboratories, potentially during their dissertation. Facilities include: Centre for Integrated Renewable Energy Generation and Supply; Gas Turbine Research Centre; Civil Engineering Structures Laboratory; High Power Simulator; Lightning Laboratory; Mechanical Engineering Centre and High Speed Motion Analysis suites. Programme Structure All students will be required to take the following modules: Professional Development Audit Risk & Hazard Management Quality & Reliability Professional Skills Analytical Techniques for Engineers Condition Monitoring & Forecasting Management in Industry Research Study Dissertation Research Project and Dissertation Students will be required to undertake an individual 60 credit dissertation module. This provides the opportunity to conduct an industrially relevant research project under the close supervision of an experienced academic with aligned research interests. Entry Requirements This programme will appeal to those participants who have already been awarded an accredited BEng degree. Applicants are assessed via a combination of experience and qualifications. Applications are encouraged from engineers across the spectrum who aspire to CEng status. The normal requirement is a good honours degree in engineering, or related discipline from a recognised university, and typically at least 2 years post-graduation experience. For applicants for whom English is not their first language, there is also a minimum English requirement of IELTS 6.5 or TOEFL ibt 90. For further course information contact: Course Tutor: Dr Peter Theobald engineering-pg@cardiff.ac.uk +44 (0)