University of Gloucestershire It
Get paid work on technical projects
Develop advanced technical skills, learn to patent your designs and prepare a professional portfolio ready for industry. You’ll work real business briefs on this course – from the development of mobile apps, fly drones and a European MCU rally car, to hardware platforms and mission critical software. Computing problem solving and software engineering are the focus of this degree. You’ll develop skills in high and low level languages including C/C++, Java, Python, HTML5 and CSS and will use a range of Agile Methods including Scrum. You’ll present your work in a professional manner, developing an industry-ready portfolio of your projects and achievements.
From the beginning of the course, you’ll work on real-life projects. Students have recently built mobile apps for businesses as well as a card-based visitor information system. From your second year onwards, you’ll be supported to pursue your own paid freelance work to develop your experience and portfolio. You’ll also have the opportunity to travel to Germany to race your own-built line-tracing robotic car in the European Renesas MCU Car Rally. The MCU Car Rally is held as part of the Embedded World event in connection with AND Technology Research Ltd and Renesas Electronics.
On our four-year sandwich degree, you can get a head start with your career with a one-year work placement. Recent work placement destinations include Accenture, Hewlett Packard, Fujitsu, GE Capital and Renishaw. Students often get their graduate jobs with these organisations. You’ll learn in our new purpose-built School of Computing and Technology. This includes: a dedicated research lab; purpose-built break-out areas for workshop sessions; games consoles and screens in social areas; and the latest computing technology and software. You’ll use tools and operating systems such as Android, Arduino, Raspberry Pi, Drones, Photoshop, Microsoft, Oracle and Cisco.
Designed to build your individual portfolio, the key mode of assessment will focus on coursework and technical projects. This includes building your own robots, writing software to break secret codes, predicting share prices and designing intelligent search engines.
Tariff information for 2017 entry
112 tariff points
BBC at A levels, DMM at BTEC or use a combination of your qualifications to achieve the required tariff total.
Mature Applicants: We welcome applications from mature students (aged 21 and over) and do not necessarily require the same academic qualifications as school leaving applicants. To find out more, please email our enquiries team.
International Students: Please see the full details of entry requirements in your country. If you do not meet the academic and English language requirements, you should consider a preparation course at INTO University of Gloucestershire, which will help to prepare you for study on this degree. INTO University of Gloucestershire is based at our Park campus and offers a range of courses including International Foundation Business, Hospitality and Tourism.
Grade C in GCSE English and Mathematics (or equivalent) are normally required. If you don’t meet your tariff points total we may still consider your application. Please email our admissions team for further information.
Check your UCAS tariff points
If you are unsure whether your predicted grades will carry enough points to study the course, we can help. Whether you’re taking A levels or BTECs, Access courses or anything else the tariff calculator will let you know whether you currently have the grades and advise on what to do next.
See the further details of fees and potential extra costs when studying a course at the University of Gloucestershire.
|UCAS codes available for this subject|
|Single Honours – 3 years full-time||G400|
|Single Honours – 4 years placement||G406|
- Developer (application, system, web, software, database)
- Architect (system, solutions, data, information)
- Support (IT, application, network, service desk)
- Data (analyst, modeller, scientist)
- Crypto analyst (breaking ciphers)