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Faculty of Engineering and Technology Level 6

BEng (Hons) Telecommunication Systems Engineering

Build next-generation network infrastructures with a UK-validated Telecommunications Engineering degree. Design resilient, high-speed IoT systems and global data networks.

Program Overview

This course will equip you with the knowledge, skills, abilities and behaviours for a career within the telecommunications industry. It aims to develop skills that will allow you to design robust and fault-tolerant telecommunications networks that can deal with a multitude of different data types. You will be exposed to the latest standards (ITU) and technologies that are in use within a commercial environment. There will be a focus not only on traditional data networks, but in designing networks that can transmit high quality data, audio, voice and video.

📡To develop a sound understanding of telecommunication systems, their applications and their need for high quality real time delivery.
📡To develop a critical understanding of the role that telecommunication systems play within the industrial, Internet and Internet of Things (IoT) community.
📡To develop the knowledge, skills and abilities to specify, build, test and deploy fault tolerant communication networks
📡To develop the professional behaviours expected of those who work within the telecommunications industry, including relevant health and safety requirements.

Career Pathways

Telecommunications Engineer, Network Infrastructure Architect, IoT Solutions Specialist, Wireless Network Engineer, Systems Integration Engineer, Network Security Analyst, Telecom Operations Manager, Communications Systems Specialist

Entry Requirements

Completion of the Diploma in Engineering (Telecommunication Systems) Level 4 and Advanced Diploma in Engineering (Telecommunication Systems) Level 5 (equivalent to HND) of the STIMU programme will allow entry onto the Level 6 award.

Holders of other Level 5 awards in a relevant engineering discipline will be considered for entry to Level 6

Applicants with relevant work experience may be considered on a case-by-case basis for Recognition of Prior Learning (RPL)

IELTS (5.5 overall, 5 individual) or equivalent qualifications

What You'll Learn

  • Design, build, and deploy fault-tolerant telecommunications networks that support real-time voice, video, and IoT data transmission
  • Apply international ITU standards and modern commercial technologies to optimize network performance
  • Analyze the strategic role of telecommunication systems within industrial and Internet of Things (IoT) environments
  • Implement industry-standard health, safety, and operational protocols within telecommunications engineering projects.

Curriculum Structure

Units

1 year
Unit Code Level Credit Unit Name Core / Option
CIS013-3 6 30 Research methodologies and emerging technologies Core
NEW002 6 30 Digital Communication Systems Core
CIS015-3 6 30 Social and Professional Project Management Core
CIS017-3 6 30 Undergraduate project Core

Duration

Level 6

Intake

July, November

Awarding Body

University Of Bedfordshire

Tuition

Contact admissions for current fee schedule

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