The Master of Engineering in Computer and Communications Systems is a one-year, full-time, or as a two-year part-time taught postgraduate programme, worth 90 ECTS credits. It consists of ten taught modules and a major project. Each taught module is worth 6 ECTS credits and the project has a weight of 30 ECTS credits.
The full-time course runs over three academic semesters, Autumn, Spring and Summer. Taught material is presented in the Autumn and Spring semesters, and the project is completed in the Summer semester. In each of the Autumn and Spring semesters, students study five modules, three of which are compulsory and two of which are "elective", that is, chosen from a selection of available modules.
The part-time course runs over two years. In the first year, students study the compulsory modules, while in the second year they study two elective modules, while also working on their projects. Projects are completed at the end of the summer semester in the second year.
The Master of Engineering in Computer and Communications Systems will appeal to graduates with primary degrees in electronics or computing who wish to focus on a career in telecommunications, as well as to those with other science or engineering backgrounds who wish to work in the telecommunications industry. The Programme is designed to equip students with a detailed knowledge of software engineering and the skills required to apply this knowledge in the field of communications systems. The need for these skills continues to expand as telecommunications becomes an increasingly common and important part of peoples lives.
On successful completion of the programme, graduates will be able to:
Design, and develop advanced software, with emphasis on communications systems.
Manage complex software engineering projects using up to date tools and techniques.
Deploy and administer up to date network management technologies.
Develop and maintain web-based application software.
Assess security and performance issues relating to networked wireless communications systems.
Evaluate new developments in telecommunications engineering using the relevant analysis methods.
Develop real-time solutions for communications systems.