Electronic and Telecommunication Engineering

Program Overview

Through practical training and industry-standard software and hardware, graduates gain expertise in embedded systems, optical fibre systems, and network-oriented devices, preparing them for successful careers in R&D, project management, and teaching.

Program Outline

Degree Overview:

#Program Title: "Electronic and Telecommunication Engineering"

Study Options:

• Full-time
• Full-time, with a placement year
• Duration:
• 13 Months (Full-time)
• 25 Months (Full-time, with a placement year)
• This Electronic and Telecommunication MSc program delivers a full spectrum of learning and current research experience with its teaching staff.
Its design ensures students are equipped with the latest knowledge in this dynamic field through practical training in specialized laboratories including;
• Face-to-face teaching: Lectures, Tutorials, Individual and Group work assignments.
• Practical sessions with industry-standard software and hardware.
• Graduates become work-ready after completing the course.
Some key areas of expertise include;
• Understanding of embedded systems used increasingly in network-enabled devices for the home.
• Practical grasp of optical fibre systems for broadband and computer networks (Internet Infrastructure).

Outline

Modules:

The program focuses on a range of analogue and digital electronics, including those applicable to:

1. Low carbon and renewable energy projects 2. Plastic electronics projects

Digital signal procesamiento

In addition, the coursework touches on network-oriented devices like

4 The internet of things

. This includes the study of

> 5 Optical and wireless communications.

• Choose a project with industry experience (if desired) or related to their interest to specialize in one subject area.
• 40% weightage
• 60 credits
Each of the sections provides specific details as follows;

Overview:

"Be behind the latest developments in a fast-paced world of communications. You’ll study analogue and digital electronics and control systems such as mobile phones and antennas. Get practical experience of the ‘Internet of Things’ for network enabled products." "This course offers a full spectrum of learning and current research with our experienced staff. Face-to-face teaching and use of our specialised laboratories will ensure you have the latest knowledge in this dynamic field."

" The module covers a range of analogue and digitalelectronics covering low carbon and renewable energy, plastic electronics to digital signal, the design of

nternet of things systems,

Assessment Methods:

Assessment methods cover different forms:

• Practice assessments (practice assessment do not make to the main curriculum) Formal assessments-

For some examples it may cover Essays, Examinations, Projects

Support:

"Tutor and supervisor-support is to allow students the ability through continuous guidance" for the following:

• Project completion and its development
• "Employability is very strong for graduates in Electronic and Telecommunication Engineering."
This shows high placement in related careers after the program.
• Graduates could explore the following;
• >1.
• R&D related roles
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• >>2.\\[br\\]3.
• Project Management and also 4.\\[br\\]5 Teaching opportunities" for those who wish to continue their higher-level education " for research.

Teaching :

Teaching Approaches:

• Individual Study
• Lectures
\

• Workshops/Labs
• Feedback: (Practice and Formal) to gauge progress is also provided.
"Feedback (from tutors and course-facilitators) is given to the students on any of their practice (formative) assessments. Further formal assessments get feedback usually within 20 working days. Feedback forms may vary depending upon the modules that make up the courses.