.

Distance & Part-time Study

Students are able to study Electrical, Electronic and Power Engineering MSc programmes (MSc Telecommunications Technology and MSc Data Communication Networks) from home, and part time over the Internet[1]. They are able to take individual modules to obtain certificates as part of their Continuing Professional Development (CPD). Students who complete all of the required taught modules for one of the Masters programmes, may then proceed to the MSc Project (EE4006), possibly at their place of work[2].

Students taking the courses over the Internet will cover the same material concurrently with our on-campus students i.e. individual modules will start in October or January and continue over 11 weeks (9 weeks teaching, exams in week 11). Particular emphasis will be placed on the use of dynamic tutorials, various types of online assessment and online interaction with fellow students, for example using discussion groups. Much of this activity will be through the universities Virtual Learning Environment, Blackboard. We will maintain the same assessment and academic standards for both types of provision.

Please note that distance learning and part-time students will be required to attend the University to take their examinations concurrently with the full-time students, usually in mid December and mid March and, if they are referred and have to take examinations they may additionally need to attend in September.

All students will be required to attend at least one summer school on Campus, usually held in June. At this summer school, they will complete the laboratory components of the modules that cannot be done at a distance and will have tutorials with the individual module owners. It is the students responsibility to meet their living and travelling costs and to obtain any necessary travel documents to attend the summer school. Rooms in the university accommodation can be booked through the MSc office.

The overall aim is to allow as flexible an approach as possible to learning, with students begin able to take single modules for certificates until they build up enough credit to be allowed to complete the project and obtain an MSc. The entrance requirements will be the same as per on-campus students including the English Language requirements.

A typical profile for a student wishing to obtain an MSc award through distance learning will be to complete four taught modules in year one, the remaining five taught modules in year two and then complete their project in year three. However the format is flexible and an MSc can be awarded provided all units of assessment, including the project, are completed within five years.

The first year, and has a slightly lighter load hopefully allowing students to get a feel for the subjects and this mode of learning. In years 2 and 3 the students take on their more specialised modules. Students must have at most one referred examination to proceed to the subsequent year. After finishing the taught components (with at most one referred examination) students will take on their projects, which ideally they do in placement their companies (if they are already working for a communications related company).

The tables below show the recommended routes to complete the MSc in Telecommunications Technology or the MSc in Data Communication Networks.

Table 1. MSc in Telecommunications Technology

Over 2 Years Over 3 Years
Year Period Module
1 Oct
 EE403B: Internetworking
 EE404B: Introductory Programming
Jan
 EE4017: Realtime Communication Networks
 EE402A: Optical Communications
Credits 40
2 Oct

EE401A: Information Theory and Coding and Traffic Theory   

 EE401B: Digital Transmission
 EE402B: Radio Systems and Personal Communications Networks
 
Jan
 EE4016: Mobile Data Networks
 EE404A: Software Engineering
 
Credits 50
Year Period Module
1 Oct
 EE404B: Introductory Programming 
Jan
 EE4017: Realtime Communication Networks 
 EE402A: Optical Communications

 

Credits 30
2 Oct
 EE403B: Internetworking

EE401A: Information Theory and Coding and Traffic Theory

 

 
Jan    
Credits 20
3 Oct
 EE401B: Digital Transmission
 EE402B: Radio Systems and Personal Communications Networks
 
Jan
 EE4016: Mobile Data Networks 
 EE404A: Software Engineering
 
Credits 40

 

Table 2. MSc in Data Communication Networks 

Over 2 Years Over 3 Years
Year Period Module
1 Oct
 EE4000: Telecommunications Perspectives
 EE404B: Introductory Programming
Jan
 EE404A: Software Engineering

EE4008: Internet Applications

Credits 40
2 Oct

EE401A: Information Theory and Coding and Traffic Theory

 EE403B: Internetworking
 
Jan
 EE4007: Distributed Software Systems
 EE4016: Mobile Data Networks
 EE4017: Realtime Communication Networks
 
Credits 50
Year Period Module
1 Oct
  EE4000: Telecommunications Perspectives
Jan
 EE404A: Software Engineering

EE4008: Internet Applications

Credits 30
2 Oct
 EE403B: Internetworking
 EE404B: Introductory Programming
 
Jan
 EE4007: Distributed Software Systems 
 EE4017: Realtime Communication Network
 
Credits 40
3 Oct  EE401A: Information Theory and Coding and Traffic Theory  
Jan
 EE4016: Mobile Data Networks
 
Credits 20

 


[1] Students wishing to opt for this mode of delivery must have a suitable Internet connection - broadband (ADSL or Cable) is recommended. 

[2] Projects on placement in industry must be vetted prior to commencement by the university to ensure suitability