This degree in mobile and distributed systems includes a year of study at Master's level, providing you with a deep understanding of this important field.
You will learn about the design and development of advanced systems that allow multiple computers to communicate, for example, in online banking or gaming. You gain the skills and knowledge to design and develop such systems.
Mobile and distributed systems involves multiple computers processing data and communicating the results to each other, such as in electronic banking or online gaming, where the users are geographically separated.
Students on these degrees use their computing knowledge to solve the challenges posed by such systems, for example how to move money between accounts online without losing it.
Our degrees draw on three main areas of expertise of our research groups:
Graduates will be able to design, build and integrate advanced networked computing systems in a range of application areas, such as mobile and wireless communications, computationally intensive financial and health applications, and applications involving multiple business and outsourcing.
Computer Science at Newcastle achieved an impressive 92% overall student satisfaction score in the National Student Survey 2014.
We rank in the top 20 UK universities for Computer Science in The Times and Sunday Times University Guide 2015, The Guardian University Guide 2016 and The Complete University Guide 2016 and we are ranked 9th overall in the UK for research (Research Excellence Framework 2014).
We have a policy of seeking British Computer Society (BCS) accreditation for all of our degrees, so you can be assured that you will graduate with a degree that meets the standards set out by the IT industry.
Our existing degrees are already accredited and we apply for accreditation for all new degrees.
BCS is the chartered institute for IT. Studying a BCS-accredited degree provides the foundation for professional membership of the BCS on graduation and is the first step to becoming a chartered IT professional.
Please note that students who choose to undertake a study abroad exchange as part of their degree do not meet the requirements for BCS accreditation.
You might not be sure which area of computing science you want to specialise in yet. Don't worry.
At Newcastle, all Computing Science students study the same modules for the first two years, before specialising in the later years.
This gives you time, in your first two years, to explore the subject and decide which area you want to specialise in. It also means you can transfer between our degrees up to the end of second year (although transfer from a BSc to an MComp is dependent on your academic performance).
Our MComp degrees involve an additional year of advanced study during which you follow Master's-level modules from one of our MSc programmes. This provides you with a deeper level of knowledge that some employers will look for when recruiting.
If you are unsure whether to apply for a BSc or an MComp, please contact us for more information.
We have strong links with a number of organisations within the industry.
UK and EU students have the opportunity to gain an international perspective on their subject by taking part in an Erasmus study exchange and studying abroad for one semester.
Many of our partners teach in English, so you don't necessarily need a foreign language in order to study abroad.
However, with planning, there is the opportunity of doing so as part of Stage 1 of your degree, and the University has exceptional facilities for self-study of foreign languages.
You will be part of the School of Computing Science, based in Claremont Tower in the heart of Newcastle's city-centre campus.
This degree is approved by the Defence Technical Undergraduate Scheme (DTUS) for entry to all technical corps.
DTUS is a Ministry of Defence sponsorship programme.
It is for students who, when they graduate, want to become a technical officer in:
Newcastle is one of only 10 UK universities taking part in DTUS. Find out more on the Armed Forces page on our website.