ICTQual Level 5 Diploma

in Telecom Engineering 240 Credits-Two Years

Awarding Body

ICTQual AB

Credits

240 Credits

Course

Telecom Engineering

study mode

Online Learning

Course overview

The ICTQual Level 5 Diploma in Telecom Engineering (240 Credits – Two Years) is an advanced qualification designed for learners who aim to develop comprehensive expertise in telecommunications and network engineering. This in-depth programme expands on core engineering principles and covers advanced topics such as telecom network architecture, fibre optic systems, wireless and mobile communication, broadband technologies, signal processing, and data communication systems. Over two years, learners gain a strong theoretical foundation combined with industry-focused knowledge aligned with current technological developments and global telecom standards.

The course blends academic study with extensive practical and project-based learning. Key areas include advanced network design and implementation, telecom infrastructure planning, system integration, performance optimization, fault management, and regulatory compliance. Learners participate in laboratory work, technical workshops, and real-world case studies to strengthen analytical thinking and technical problem-solving skills. Emphasis is placed on professional competence, research skills, safety standards, and quality assurance practices relevant to modern telecom environments.

This qualification is ideal for individuals seeking senior technical roles or managerial positions within the telecommunications sector. Graduates can pursue careers such as Telecom Network Engineer, Systems Engineer, Infrastructure Manager, or Technical Project Supervisor. The diploma also provides progression opportunities to higher-level qualifications or related engineering and technology degree programmes.

ICTQual AB

Approved Training centre of ICTQual AB

Centre # : ATC24001

Entry Requirments

Entry Requirements for the ICTQual Level 5 Diploma in Telecom Engineering 240 Credits-Two Years:

  • Educational Qualifications:A Level 3 qualification in Telecom Engineering, Electronics, IT, or an equivalent qualification; applicants with relevant A-levels or a related diploma may also be considered.
  • Professional Experience:Relevant work experience in telecommunications, networking, or technical engineering roles is recommended, particularly for mature learners seeking advanced standing.
  • English Language Proficiency:Since the program is delivered in English, learners must show competence in reading, writing, and communication.

Course structure

ICTQual Level 5 Diploma in Telecom Engineering 240 Credits-Two Years in Personal Protective Equipment qualification consists of 24 mandatory units.

Year 1

  • Introduction to Telecommunications Engineering
  • Mathematics for Telecommunications
  • Electrical Circuit Analysis
  • Digital Logic and Systems
  • Signals and Systems
  • Principles of Communication Systems
  • Data Communication and Networking Fundamentals
  • Electronics for Telecommunications
  • Antennas and Wave Propagation Basics
  • Technical Drawing and CAD for Telecom Systems
  • Health and Safety in Telecom Installations
  • Professional Communication Skills

Year 2

  • Advanced Communication Systems
  • Wireless and Mobile Communication
  • Optical Fiber Communication
  • Microwave Engineering
  • Internet of Things (IoT) in Telecommunications
  • Network Design and Management
  • Telecom Switching Systems and Networks
  • Satellite Communication Systems
  • Advanced Signal Processing
  • Telecom Project Management
  • Emerging Trends in 5G and Beyond
  • Capstone Project in Telecommunications

What You Will Gain

Year 1: Foundation in Telecommunications Engineering (120 Credits)

Introduction to Telecommunications Engineering

  • Understand the fundamental concepts, terminologies, and roles in telecommunications.
  • Describe the evolution of telecom systems and their impact on society.

Mathematics for Telecommunications

  • Apply mathematical methods to solve problems in signal processing and network design.
  • Utilize algebra, calculus, and probability to analyze telecom engineering scenarios.

Electrical Circuit Analysis

  • Analyze and design basic electrical circuits for telecommunications.
  • Evaluate the performance of circuits using theorems and simulation tools.

Digital Logic and Systems

  • Understand the principles of digital logic and Boolean algebra.
  • Design and analyze combinational and sequential logic circuits.

Signals and Systems

  • Explain signal types, properties, and transformations in telecom systems.
  • Apply Fourier and Laplace transforms to analyze time-domain and frequency-domain signals.

Principles of Communication Systems

  • Understand the fundamentals of analog and digital communication systems.
  • Explain modulation techniques and their applications.

Data Communication and Networking Fundamentals

  • Identify key concepts in data transmission, encoding, and protocols.
  • Explain the OSI and TCP/IP models and their layers.

Electronics for Telecommunications

  • Analyze electronic components and circuits used in telecom systems.
  • Design basic amplifiers, oscillators, and power supplies.

Antennas and Wave Propagation Basics

  • Understand the basic principles of antenna design and wave propagation.
  • Analyze the impact of environmental factors on signal transmission.

Technical Drawing and CAD for Telecom Systems

  • Create technical drawings using Computer-Aided Design (CAD) tools.
  • Interpret and produce schematics for telecom installations.

Health and Safety in Telecom Installations

  • Recognize and apply health and safety standards in telecom environments.
  • Assess risks and implement safety measures in installations.

Professional Communication Skills

  • Develop effective written and verbal communication skills.
  • Demonstrate professional reporting and presentation techniques.

Year 2: Intermediate Telecommunications Engineering (120 Credits)

Advanced Communication Systems

  • Analyze advanced analog and digital communication techniques.
  • Evaluate system performance under various noise and interference conditions.

Wireless and Mobile Communication

  • Explain the principles of wireless communication and mobile network architectures.
  • Analyze the design and optimization of cellular networks, including 4G LTE.

Optical Fiber Communication

  • Understand the working principles of optical fiber systems.
  • Design and evaluate fiber optic communication links for efficiency.

Microwave Engineering

  • Analyze microwave devices and systems for telecom applications.
  • Design basic microwave circuits, including waveguides and transmission lines.

Internet of Things (IoT) in Telecommunications

  • Explain the role of IoT in modern telecom networks.
  • Develop basic IoT applications and integrate them with telecom systems.

Network Design and Management

  • Design and implement efficient telecom networks.
  • Manage network performance, security, and scalability.

Telecom Switching Systems and Networks

  • Understand switching technologies, including circuit and packet switching.
  • Analyze and design telecom switching systems for voice and data networks.

Satellite Communication Systems

  • Explain the principles of satellite communication and orbital mechanics.
  • Design and evaluate satellite links for communication and broadcasting.

Advanced Signal Processing

  • Apply advanced techniques for filtering, modulation, and noise reduction.
  • Analyze the role of digital signal processing (DSP) in telecom systems.

Telecom Project Management

  • Plan, execute, and manage telecom projects effectively.
  • Apply project management tools and techniques to ensure timely delivery.

Emerging Trends in 5G and Beyond

  • Explore the principles and applications of 5G networks and emerging technologies.
  • Analyze the role of next-generation communication systems in global connectivity.

Capstone Project in Telecommunications

  • Develop a comprehensive project addressing a real-world telecom problem.
  • Demonstrate technical, analytical, and project management skills.

Want to know more?

The programme runs for two years and carries 240 credits, combining academic study with practical and project-based training.

Graduates can pursue roles such as Telecom Network Engineer, Systems Engineer, Infrastructure Manager, Technical Support Engineer, or Telecom Project Supervisor.

Yes, the course includes laboratory work, network design projects, infrastructure planning exercises, and real-world case studies to develop hands-on technical skills.

Yes, the Level 5 Diploma can support progression to a related bachelor’s degree or advanced engineering qualification, depending on institutional entry requirements.

You will develop advanced skills in network design, system integration, fibre optics, wireless communication, troubleshooting, performance optimization, and telecom project management.

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