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ICTQual Level 5 Diploma in Electrical Engineering

The ICTQual Level 5 Diploma in Electrical Engineering is a 240-credit, two-year qualification providing advanced electrical engineering knowledge and practical experience across power systems, cont...

Awarding Body: ICTQual AB|Course Level: Level 5
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Course features

This official ICTQual AB qualification is a two-year, 240-credit diploma designed to build advanced electrical engineering knowledge through mandatory study units, competence-based assessment, and practical application.

  • 240-credit qualification completed over two years

  • 24 mandatory units across Year 1 and Year 2

  • Advanced coverage of power systems, control, automation, and high voltage engineering

  • Competence-based assessment through coursework, assignments, and verifiable experience

  • Pass / Fail grading structure

  • Internal assessment and verification with external quality assurance by ICTQual AB

About course

The ICTQual Level 5 Diploma in Electrical Engineering is a comprehensive qualification for learners who want to deepen their knowledge and practical skills in electrical engineering. The programme is designed for those with foundational knowledge and develops capability in analysing, designing, and improving electrical systems used across modern industry.

  • Comprehensive two-year advanced electrical engineering programme

  • Strong emphasis on both theory and practical application

  • Covers core and specialist areas of modern electrical engineering

  • Builds problem-solving, design, analysis, and project skills

  • Supports progression into employment, further study, and certification

  • Relevant to industries including construction, manufacturing, and renewable energy

What you will learn

This qualification develops advanced knowledge, analytical ability, and practical competence across core and specialist electrical engineering disciplines through mandatory study units and applied learning.

  • Understand fundamental and advanced principles of electrical engineering and their applications

  • Apply mathematical, scientific, and engineering methods to solve electrical engineering problems

  • Analyse, design, simulate, and optimize electrical circuits, machines, and systems

  • Understand power systems, protection, control, automation, and instrumentation in engineering practice

  • Evaluate renewable energy technologies, energy management approaches, and power distribution systems

  • Apply professional, project management, communication, and safety practices in engineering environments

Course content

Who should attend

This course is suitable for learners who want to build on existing technical knowledge and progress into advanced study or professional roles in electrical engineering and related industries.

  • Learners with a Level 4 qualification in electrical engineering or a related discipline

  • Aspiring electrical engineers seeking advanced technical knowledge

  • Technicians and junior professionals aiming to formalize and extend their skills

  • Individuals planning to transition into the electrical engineering field

  • Learners interested in power systems, automation, renewable energy, or control systems

  • Professionals seeking progression toward higher study or specialist certifications

Course requirements

To enrol, candidates must meet ICTQual AB entry requirements for academic background, age, language ability, and technical readiness for advanced electrical engineering study.

  • A minimum of a Level 4 qualification in a related field such as electrical engineering, electronics, mathematics, physics, or a science-based discipline, with a strong background in electrical engineering principles, mathematics, and physics

  • Minimum age of 16 years, proficiency in English, a solid understanding of mathematics and physics, and preferably some prior exposure to electrical engineering work, technical projects, or a related industry

Assessments

This qualification is assessed through a competence-based process in which learners must demonstrate achievement of all learning outcomes and assessment criteria across the mandatory units.

  • Internal assessment conducted by experienced and qualified assessors at the Approved Training Centre

  • Internal quality assurance carried out by the centre's IQA staff

  • External quality assurance by ICTQual AB verifiers to ensure consistency and standards

  • Evidence may include observation reports, assignments, projects, reports, professional discussions, witness testimonies, candidate-produced work, worksheets, oral and written questioning, and Recognition of Prior Learning (RPL)

Progression

Successful learners can progress academically, professionally, or entrepreneurially within electrical engineering and related sectors.

  • Progress to a top-up BEng in Electrical Engineering or a related field

  • Progress to postgraduate study such as MSc programmes in Electrical Engineering, Renewable Energy Systems, or Automation

  • Pursue professional and industry-recognized certifications such as Chartered Engineer pathways, project management, energy management, or control systems certification

  • Progress into advanced roles in electrical design, control systems, power systems, project management, renewable energy, automation, robotics, teaching, training, or engineering business development

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