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teaching and assessment
You will be taught by specialists in computer science, computing, mathematics and philosophy. We are proud of our teaching approach which provides a strong user-based focus underpinned by theory.
You will be assessed by a combination of coursework and end-of-semester examination. Coursework is often highly practical, for example designing solutions, evaluating algorithms, writing programmes, constructing and testing software, analysing problems or presenting solutions to clients.
Students have 24-hour access to our award winning computing building with its unusual mixture of lab space and breakout areas. Here they can use a range of equipment such as servers, Macs, Arduino systems and programming kit for games consoles including the Nintendo Wii and Sony Playstation. Dundee is also home to one of only two Microsoft Surface tables in Scotland.
Our students also take part in the Yahoo! Hack Day, which challenges programmers to come up with fresh, creative ideas. Dundee was the first university to host a Yahoo! Hack Day and remains the only university to include this as part of the course work for students.
why did you choose to study at the university of dundee?
As soon as I walked onto the campus at Dundee, I knew instantly that this was the university I wanted to go to. The staff were so friendly, enthusiastic and helpful and the facilities were fantastic. I knew studying at this university for the next four years would be the best decision I could ever make. So far I don’t regret a thing.
Louise Myles, 1st year student – BSc Computing Science
programme content • typical degree programme example BSc Honours degree
Advanced entry BSc Honours degree
Level 1 > Computer Science - software development, data structures and algorithms, argumentation, probrlem solving
> Information Technology - Java programming, www authoring
> Mathematics - calculus, differential equations, algebra, geometry, and trigonometry
Level 2 > Computer Science - logic and artificial intelligence, C++, data structures, architectures, UNIX, communications and concurrency
> Information Technology - databases, C#, Internet authoring
> Mathematics - calculus, algebra, linear algebra, statistics and discrete mathematics
After Level 2, students have the option of continuing with computing science at Levels 3 and 4, or of pursuing a degree in applied computing, or a degree in mathematics if they so choose
Level 3 > Analysis of Data Structures and Algorithms
> Software Engineering, including agile methods
> Internet Programming
> Database Systems (multimedia and object databases plus data warehousing)
> GUI Programming > Networks and Data > Communications
> Computer Architecture and Operating Systems
Plus a choice of one of three specialist modules in mathematics:
> Graph Theory > Scientific Computing > Operations Research
Level 4 > 18 week Individual Project
> Comparative Programming Languages & Complexity Theory (core)
plus 2 modules from: > Multimedia Audio
> Computer Vision > Secure e-commerce
> Technology Innovation Management
> Computer Graphics
plus 4 from a set of Research Topics and Applications options such as: artificial intelligence, machine learning, signal processing, information theory and cryptography, constraint programming, multi-agent systems and computer vision
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