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ICTQual Level 6 Diploma in Telecom Engineering

The ICTQual Level 6 Diploma in Telecom Engineering is a three-year, 360-credit qualification that develops advanced telecom engineering knowledge, practical skills, and leadership capability for in...

Awarding Body: ICTQual AB|Course Level: Level 6
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Course features

This official ICTQual AB qualification is a comprehensive three-year diploma designed to build advanced technical, analytical, and practical capability across core and emerging telecommunications disciplines.

  • 360-credit Level 6 qualification delivered over three years

  • 36 mandatory units covering foundational, intermediate, and advanced telecom topics

  • Strong focus on telecom systems, networking, wireless communications, and RF engineering

  • Combines theoretical learning with practical activities and applied problem-solving

  • Supports progression into technical, specialist, and leadership roles in telecom

  • Includes a certification route for experienced and competent candidates

About course

The ICTQual Level 6 Diploma in Telecom Engineering is a specialized qualification developed for learners who want to build advanced capability in the telecommunications industry. The programme is structured over three years and provides a broad and progressive study path across telecom principles, practices, systems, and technologies.

  • Comprehensive three-year telecom engineering programme

  • Covers core, intermediate, and advanced telecom disciplines

  • Develops technical and practical telecom system competence

  • Supports design, implementation, management, and maintenance skills

  • Aligns with evolving telecom technologies and industry demands

  • Builds a foundation for leadership and specialist progression

What you will learn

This qualification develops knowledge and applied skills across telecommunications systems, networking, wireless technologies, security, cloud integration, and advanced telecom design, based on the awarding body’s published learning outcomes.

  • Understand telecommunications systems, communication principles, and core engineering concepts

  • Analyze electrical circuits, digital electronics, signals, systems, and analog communication performance

  • Configure, optimize, and secure telecom and computer networks using appropriate protocols and designs

  • Apply wireless, RF, fiber optic, satellite, mobile, and VoIP technologies in telecom environments

  • Design scalable telecom architectures, integrate systems, and troubleshoot operational issues

  • Evaluate emerging trends including 5G, IoT, cloud computing, big data, and future telecom innovations

Course content

Who should attend

This qualification is suitable for learners who want to enter, develop, or advance within telecom engineering and related technical fields. It is especially relevant for those with a foundational background in technology, electronics, computing, or network systems.

  • Aspiring telecom engineers seeking an advanced qualification

  • Learners aiming for careers in network management or telecom systems

  • Professionals wanting to strengthen specialist telecom knowledge

  • Individuals with backgrounds in electronics, computing, or engineering

  • Career changers moving into telecommunications-related roles

  • Candidates seeking progression into advanced technical or leadership positions

Course requirements

ICTQual AB sets entry expectations to ensure learners can engage effectively with the programme’s technical content and assessments.

  • Learners must be at least 16 years old and normally hold a Level 5 qualification or equivalent in a related field such as computing, electronics, engineering, science, technology, or telecommunications

  • Learners should have Mathematics and English at GCSE level or equivalent; non-native English speakers may need to provide evidence of English language proficiency

Assessments

Assessment is based on the awarding body’s requirements for this qualification. Learners are assessed against the published learning outcomes and must successfully complete the required assessment components to achieve certification.

  • The qualification includes 36 mandatory assessments

  • Learners complete and submit assignments based on the course learning outcomes

  • Assessments evaluate understanding and application of telecom engineering knowledge and skills

  • Experienced candidates may be assessed through competence review and evidence submission instead of completing the full training route

Progression

Successful completion of this diploma supports progression into employment, specialist certification, leadership pathways, entrepreneurship, and further professional development within telecommunications.

  • Progress to professional certifications such as CCNP, CISSP, or CWNA

  • Enter roles such as Network Engineer, Telecom Systems Architect, RF Engineer, Telecom Project Manager, Telecom Security Analyst, or Wireless Communications Engineer

  • Progress into specialist sectors including mobile network providers, satellite communication, and IoT-focused telecom environments

  • Advance into consultancy, telecom operations management, head of network engineering, infrastructure leadership, or further academic and professional study

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