ICTQual Level 6 Diploma in Mechanical Engineering is a 360-credit, three-year qualification that develops advanced mechanical engineering knowledge, design capability, practical competence, and pro...
This 360-credit qualification is structured over three years and includes 36 mandatory units covering core principles, advanced applications, specialization, practical learning, and industry-relevant engineering development.
360 credits completed over three years
36 mandatory units
Advanced mechanical engineering curriculum
Theory and practical learning balance
Project-based and applied engineering focus
Progression to employment and further study
The ICTQual Level 6 Diploma in Mechanical Engineering is a specialized qualification designed to provide comprehensive education in mechanical engineering principles. It develops advanced knowledge and practical skills across design, manufacturing, thermodynamics, materials, automation, and engineering analysis.
Structured three-year progression
Strong coverage of core and advanced engineering topics
Industry-relevant practical and technical skills
Focus on design, analysis, manufacturing, and automation
Supports career advancement in mechanical engineering
Provides a foundation for further professional progression
This qualification enables learners to build advanced technical knowledge, apply engineering theory, develop practical design and analysis skills, and complete complex projects in mechanical engineering contexts.
Apply mathematical, scientific, and engineering principles to mechanical engineering problems
Design, analyse, and optimize mechanical components, systems, and processes
Use CAD, CAE, FEA, and related engineering technologies for design validation and development
Evaluate materials, manufacturing methods, thermodynamic systems, and fluid behaviour in engineering applications
Integrate control systems, automation, mechatronics, and sustainability into mechanical engineering solutions
Conduct research, manage engineering projects, and solve real-world problems through a capstone project or thesis
This qualification is intended for learners aiming to enter, develop, or progress within mechanical engineering and related technical industries through advanced study and applied engineering practice.
Individuals pursuing a career in mechanical engineering
Learners seeking advanced engineering knowledge and practical skills
Candidates with a background in engineering, mathematics, or science
Technicians or practitioners looking to formalize and extend their competence
Learners aiming to progress into design, manufacturing, or systems roles
Professionals seeking a recognized pathway to further career development
To enrol, learners must meet the awarding body’s stated entry expectations, including prior related study, appropriate academic foundations, and suitability for higher-level engineering learning.
Learners must be at least 16 years old and normally hold a minimum Level 5 qualification or equivalent in a related field such as engineering, mathematics, or science, with strong understanding of Mathematics and Physics and suitable English language ability where applicable
Some centres may also assess suitability through interview or skills assessment, and applicants with relevant engineering or technology background may find the course easier to understand
Assessment is based on the qualification’s mandatory units and learning outcomes. Learners are required to complete assessment activities and assignments, while experienced candidates may be assessed through competence-based evidence review.
Completion of 36 mandatory assessments linked to the qualification units
Assignments based on the course learning outcomes
Assessment of understanding and ability to apply concepts in practical situations
Competence assessment, evidence submission, and possible skills gap review for experienced candidates
Successful learners can progress to employment, professional development, further certifications, and broader career advancement within mechanical engineering and associated industries.
Work towards Chartered Engineer status through a relevant professional engineering institution
Progress into roles such as Mechanical Engineer, Design Engineer, Manufacturing Engineer, Project Manager, Systems Engineer, Maintenance Engineer, or CAD Specialist
Pursue industry-recognized certifications in areas such as CAD, FEA, project management, and lean manufacturing
Advance through industry experience, further study, entrepreneurship, internships, apprenticeships, and senior engineering pathways
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