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ICTQual Level 5 Diploma in Mechanical Engineering

A two-year, 240-credit diploma that develops advanced mechanical engineering knowledge and practical skills in design, thermodynamics, materials, manufacturing, automation, and project work for pro...

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

The ICTQual Level 5 Diploma in Mechanical Engineering is a 240-credit, two-year qualification comprising 24 mandatory units and designed to build advanced technical knowledge, practical competence, and progression opportunities in mechanical engineering.

  • 240-credit Level 5 diploma completed over two years

  • 24 mandatory units across core and advanced mechanical engineering subjects

  • Strong focus on thermodynamics, mechanics, materials, design, and manufacturing

  • Includes CAD, CAE, automation, renewable energy, and robotics content

  • Assessed through coursework, assignments, portfolio evidence, and verification

  • Supports progression to higher education, employment, and professional development

About course

The ICTQual Level 5 Diploma in Mechanical Engineering is a rigorous qualification designed to build advanced knowledge and applied skills in mechanical engineering. The programme combines theory and practical learning across materials science, thermodynamics, fluid mechanics, engineering design, manufacturing, automation, and project management.

  • Builds advanced mechanical engineering knowledge through a structured two-year curriculum

  • Combines theoretical understanding with practical and project-based application

  • Covers both traditional engineering principles and modern industrial technologies

  • Develops problem-solving, analysis, design, and technical communication skills

  • Supports progression to employment, higher education, and professional recognition

  • Aligns learning with real-world engineering systems, processes, and challenges

What you will learn

This qualification develops advanced competence across mechanical engineering principles, system analysis, design, manufacturing, automation, and applied project work through mandatory learning outcomes across all units.

  • Recognize key concepts and applications in mechanical engineering and identify industry roles and responsibilities of mechanical engineers

  • Apply mathematical techniques and computational tools to solve engineering equations and technical problems

  • Understand mechanics, energy transfer, materials, thermodynamics, solids, and fluid behavior in engineering contexts

  • Create and interpret technical drawings, apply manufacturing processes, and use electrical and electronic fundamentals in engineering work

  • Analyse advanced thermodynamics, machine mechanics, engineering design, CAE, automation, control systems, heat transfer, and dynamics

  • Evaluate renewable energy systems, advanced manufacturing, robotics, mechatronics, project management, and integrated capstone engineering practice

Course content

Who should attend

This course is suitable for learners who want to build or advance a career in mechanical engineering and need a broad, advanced qualification covering core engineering knowledge and applied industry skills.

  • Learners progressing from a Level 4 qualification in engineering or a related discipline

  • Aspiring mechanical engineers seeking a recognised Level 5 qualification

  • Technicians and junior engineering staff aiming to develop higher-level competence

  • Individuals preparing for roles in manufacturing, maintenance, design, production, or energy sectors

  • Learners intending to progress to bachelor’s-level study or further professional development

  • Career-focused candidates wanting both technical knowledge and practical engineering capability

Course requirements

Entry to this qualification requires an appropriate academic foundation and the ability to work confidently with technical English, mathematics, and physics in mechanical engineering contexts.

  • A minimum of a Level 4 qualification in engineering, mathematics, physics, or a related science-based field, with minimum age of 16 years

  • Proficiency in English plus a solid understanding of mathematics and physics; prior relevant industry exposure is beneficial but not mandatory

Assessments

Assessment for this qualification is competence-based and requires learners to demonstrate achievement of all learning outcomes and assessment criteria through centre assessment and quality assurance processes.

  • Internal assessment by qualified assessors at the Approved Training Centre

  • Portfolio of evidence covering all required learning outcomes and assessment criteria

  • Evidence may include assignments, projects, reports, observation reports, professional discussions, worksheets, witness testimonies, and candidate-produced work

  • Internal quality assurance and external quality assurance by ICTQual AB verifiers

Progression

Successful completion of this diploma supports academic progression, specialist development, and entry into a wide range of mechanical engineering career pathways.

  • Progression to a bachelor’s degree in Mechanical Engineering or a related field, including possible advanced entry

  • Progression to professional certifications and further development with engineering bodies

  • Entry into roles such as Mechanical Design Engineer, Manufacturing Engineer, Product Development Engineer, Maintenance Engineer, Energy Engineer, or Control Systems Engineer

  • Progression to apprenticeships, industry-specific training, postgraduate study, entrepreneurship, international opportunities, or research and development pathways

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