SCHOOL OF COMPUTING & MATHEMATICAL SCIENCESB Computer Systems and Networking BSc Hons Greenwich Campus www.gre.ac.uk/cms
Why study this programme? You should consider this programme if you wish to pursue a career as a networking professional. You will work with the latest technologies to develop a sound theoretical understanding and in-depth practical experience of advanced networking, including cuttingedge developments in mobile computing. You will also acquire expertise in the design and management of modern distributed computer systems using the latest software and development technologies. There are opportunities to take industrial examinations such as Cisco, Microsoft and Sun Java certifications. You will be automatically enrolled as a student member of the British Computer Society and the Institution of Engineering and Technology, the chartered bodies responsible for establishing and maintaining technical and ethical standards in the profession. The programme will also give you the opportunity to spend a year in industry. For more on this, please see What will you study? At the end of the programme, you will be competent in the skills and disciplines needed to succeed in the world of technology and industry. You will also be in a good position, through new insight and understanding, to contribute to research and to shape the solutions to tomorrow s challenges. Why study with us? The School of Computing & Mathematical Sciences, part of the Faculty of Architecture, Computing & Humanities, offers an exciting and innovative portfolio of programmes. This covers diverse subjects such as computing, information systems, digital and multimedia technology, interactive multimedia games, networking, Internet and web technologies,
data mining, mathematics, statistics, decision science and computational science and engineering. Each programme is designed in close collaboration with employers and informed by world-class research and enterprise, leading to great jobs in industry, both in the UK and internationally. The school is widely recognised for the excellence of its teaching. The Guardian University Guide 2013, for instance, ranks both mathematics and computer sciences at Greenwich as top in London for student satisfaction with teaching; maths was rated 11th and computer sciences 12th in the country. In the Sunday Times University Guide, computer sciences and mathematical sciences subjects are in the national top 20 for teaching excellence, with the two subject areas rated 15th and 4th respectively. We are recognised nationally and internationally for our cutting-edge research and innovative approach to curriculum development. We are one of the first universities in the country to use Virtual Desktop Infrastructure, which provides our students with off-campus access to our resources. Our students study on the university s Greenwich Campus, which is part of the Old Royal Naval College and on the banks of the River Thames. Greenwich is the university s largest campus and is centred on three 17th-century buildings designed by Sir Christopher Wren. The surrounding town is a mix of markets, shops, restaurants and pubs, as well as some of the most famous museums and tourist attractions in the country. By train, central London is only a few minutes away. What will you study? Year 1 Computer Programming (30 credits) This course will give you a solid foundation in fundamental programming and program design skills. You will design and code nontrivial and object-oriented programs and apply principles of code design for flexibility and re-use. System Building (30 credits) This course provides an overview of the major components human, conceptual and physical in a software systems building environment. Communication Systems This course explores the principles of communication systems and provides an introduction to the range of techniques that make communication possible between computing devices. Computer Systems Architectures You will learn to describe the basic hardware and software components of a computer system and the representations of data types. Logical Foundations This course explores the logical and mathematical ideas that underpin a rigorous approach to computing. Analytical Methods for Computing This course will give you the analytical skills and techniques needed to underpin a rigorous approach to computing. Emphasis will be on developing precise thinking and on analytical, modelling and algorithmic skills in the context of computing.
Year 2 Introduction to Smart Systems This course introduces smart systems and places them in context with topical application domains. Network Implementation This course will give you the ability to design and implement a local area network using Cisco switches and routers. Operating Systems This course provides a theoretical background of operating system architectures with a focus on the implementation and management of memory, storage, processes, devices, file systems and users. Network Security This course provides an understanding of the security issues surrounding networks. This includes the security of web servers and networks generally, including attachment to the Internet. Professionalism in the IT Industry This course will enable you to develop appropriate business communication skills and an understanding of the role of the IT professional. You will learn to apply employability and critical-thinking skills to vocational and workplace situations. Systems Development Project (30 credits) This project provides an in-depth understanding of the methods, attitudes, techniques and tools employed in the analysis, design and development of large complex systems. You will also undertake one of the following two courses: Systems Programming This course will introduce you to concepts and techniques for designing and developing software applications that communicate across a network. Computer Forensics 2 This course will give you an understanding of how a computer forensic investigator retrieves evidence, employs tools in specific scenarios and maintains the chain of evidence. Optional Sandwich Year You may undertake an industrial placement as an optional sandwich year. A placement will give you practical experience by enabling you to work on real-life scenarios and witness the end results. It will also consolidate and expand on your first two years of study. Many of our students return to their placement employers upon completion of their degree, so you can also gain useful contacts for the future. Recent companies providing placements to our students include Walt Disney (Buena Vista Games), Thomson Reuters, Sony and IBM. Our results in the National Student Survey demonstrate how much our students benefit from placement opportunities. You may obtain a placement via the university or find your own, subject to university approval. Final Year Project (60 credits) This substantial individual project will be based on a topic of your choice.
Network Technology You will acquire the ability to analyse networking requirements, choose the right initial platform, and recommend appropriate action (reconfiguration, enhancements or upgrades) if performance problems should arise. Network Design and Implementation This course will provide you with an appreciation of the different types of distributed applications that may be supported by modern integrated networks, the types of traffic generated and their quality of service requirements. Option courses (30 credits) You will undertake one or two options from a range that currently includes: Computer Forensics 3 (30); Computing Education and Communications (30); Enterprise Server Management and Security (15); Enterprise Web Software Development (15); Penetration Testing (15); Service- Oriented Web Applications (15); Smart Systems Development (15); Web Application Development (15) Career opportunities This programme has been designed with the active involvement of representatives from the computing and networking industry. It is intended to meet the growing demand for graduates with the necessary knowledge and technical skills to design, create, operate and maintain network infrastructure for modern distributed enterprise computer systems. You will graduate from the programme able to pursue a wide range of employment opportunities in industry, commerce and research. Teaching and assessment You will be taught through a mixture of formal lectures, classroom-based tutorials, laboratory sessions and case studies. Professional recognition On successful graduation from this degree, you will have fulfilled the academic requirement for registration as a chartered IT professional and partially fulfilled the education requirement for registration as a chartered engineer or chartered scientist. Accreditation is with the BCS The Chartered Institute for IT, the body responsible for establishing and maintaining technical and ethical standards in the computing profession. Please note that you must fulfil additional requirements, including work experience, to achieve full chartered status. See the BCS website at www.bcs.org for further information. Financial information For information on tuition fees and financial help, please visit www.gre.ac.uk/finance.
Key facts UCAS code: G491 G BSc/CSN Attendance: 3 years full-time, 4 years sandwich, 6 years part-time Entry requirements: You should have: 260 UCAS points FROM subjects studied at A-level or equivalent qualifications. PLUS GCSEs in English and mathematics at grade C or above, or equivalent qualifications such as Key Skills Level 2. Applications from students taking Access to Higher Education courses are welcome. If you were educated in a language other than English and/or in a country where English speakers are in a minority, you should have a minimum IELTS score of 6.0 (with a minimum of 5.5 in each skill) or an equivalent rating in another Secure English Language Test. We welcome applications from mature students and/or students with professional work backgrounds. How to apply: Full-time students Home and EU students must apply through UCAS. Please carefully consider the programmes available and apply as early as possible. For further information and UCAS deadlines, please visit www.ucas.ac.uk. International students should apply online at www.gre.ac.uk/apply. For further information, e-mail international@gre.ac.uk. Part-time students Part-time students must apply online at www.gre.ac.uk/apply.
Your next step University Open Days are held several times a year. They include a programme of talks and offer you the opportunity to speak to staff and students. You may also be given a tour of the campus. A list of dates can be found at www.gre.ac.uk/ opendays, or contact the Enquiry Unit or International Office for further information. Why not sign up as a Greenwich VIP and create your own Greenwich web page, personalised to your choice of programme and interests? Becoming a Greenwich VIP is a fast route to ordering our publications, booking a place on an Open Day and finding out more about the university. You can also take part in chat sessions with staff and students, receive text and e-mail alerts, and enter our online competitions. Sign up at www.gre.ac.uk/study. School of Computing & Mathematical Sciences Faculty of Architecture, Computing & Humanities University of Greenwich Old Royal Naval College Park Row Greenwich London SE10 9LS For further information To find out more about studying at the University of Greenwich, please visit www.greenwich.ac.uk. UK students Enquiry Unit Telephone: 020 8331 9000 Fax: 020 8331 8145 E-mail: courseinfo@gre.ac.uk International/EU students International Office Telephone: +44 20 8331 8136 Fax: +44 20 8331 8625 E-mail: international@gre.ac.uk This document is available in other formats on request University of Greenwich, a charity and company limited by guarantee, registered in England (reg. no. 986729). Registered office: Old Royal Naval College, Park Row, Greenwich, London SE10 9LS Every effort has been made to ensure that this document is as accurate as possible. However, the university reserves the right to discontinue any class or programme, to alter any programme or to amend without notice any other information detailed here. D8048-12 E April 13