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    WJEC Vocational Design and Technology

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    Ofqual Regulated: 603/7019/1Official specification (opens in a new tab)

    Official Regulatory Specification

    Regulated by the Office of Qualifications and Examinations Regulation (Ofqual) in England

    View on Ofqual Register (opens the official government register in a new tab)
    Qualification Number (QN)
    603/7019/1
    Awarding Organisation
    WJEC
    Regulatory Type
    Vocationally-Related Qualification
    National Level & Units
    Vocational • 3 units
    Sector Subject Area: Engineering
    This qualification is officially accredited under the national framework. Credits and certified outcomes are recognised by employers, further education colleges, and training providers throughout the UK.

    Qualification Units

    3 units

    How this qualification is graded

    Assessment follows the awarding organisation’s published requirements. Check the exact unit methods and grading rules with your provider.

    Designing Engineering Products

    This subtopic focuses on the systematic approach to designing engineered products, emphasizing the balance between function, aesthetics, and manufacturability. Learners will develop skills in interpreting design briefs, generating and communicating viable solutions, and applying iterative problem-solving to meet user needs and technical constraints.

    WJEC Level 1/2 Vocational Award in Engineering (Technical Award)

    5 learning outcomes8 guidance points

    Solving Engineering Problems

    This subtopic focuses on the systematic approach to solving engineering problems, integrating knowledge of materials, manufacturing processes, and the impact of engineering achievements. Learners will develop practical problem-solving skills by applying engineering principles to real-world scenarios, considering constraints such as cost, sustainability, and functionality.

    WJEC Level 1/2 Vocational Award in Engineering (Technical Award)

    5 learning outcomes8 guidance points

    Manufacturing Engineering Products

    Manufacturing engineering products involves reading engineering drawings, planning manufacturing processes, using tools and equipment, and implementing processes to produce components.

    WJEC Level 1/2 Vocational Award in Engineering (Technical Award)

    1 learning outcomes6 guidance points
    About this course

    About WJEC Vocational Design and Technology

    This WJEC Vocationally-Related Qualification (VRQ) in Design and Technology offers a hands-on, industry-focused approach to learning. You will explore the design process from initial brief to final prototype, developing practical skills in areas such as product design, materials, and manufacturing. The course is structured to balance theoretical knowledge with real-world application, preparing you for further study or employment in the creative and technical industries.

    Throughout the qualification, you will engage with key themes like user-centred design, sustainability, and technological innovation. The specification is divided into units that cover designing, making, and evaluating, with a strong emphasis on iterative design and the use of modern tools like CAD/CAM. Assessment is project-based, allowing you to demonstrate your creativity and problem-solving abilities in a practical context.

    Assessment Structure

    This VRQ is assessed through a combination of internal and external assessment. Typically, you will complete two mandatory units: Unit 1 is externally assessed through a written examination worth 40% of the qualification, and Unit 2 is internally assessed through a design and make project worth 60%. The written paper tests your knowledge of design principles, materials, and processes, while the project requires you to produce a portfolio and a practical outcome. Total marks vary by unit, but the overall qualification is graded Pass, Merit, Distinction, or Distinction*.

    Why Choose WJEC?

    • WJEC's VRQ in Design and Technology is highly practical, with a strong focus on 'learning by doing'. This means you spend more time in the workshop or studio, developing real-world skills that are directly relevant to apprenticeships or higher education courses in design.
    • The assessment structure is project-led, which can be more engaging and less stressful than traditional exams. You have the opportunity to showcase your creativity and technical ability through a substantial design project, which can be tailored to your own interests and career aspirations.
    • WJEC provides excellent support resources for both teachers and students, including clear specification guidance, exemplar materials, and dedicated subject advisors. This ensures you have the clarity and help you need to succeed in your studies.

    Frequently Asked Questions

    What is the difference between a WJEC VRQ in Design and Technology and a GCSE in Design and Technology?
    A VRQ (Vocationally-Related Qualification) is more practical and work-focused compared to a GCSE. While a GCSE includes a significant theoretical component and a written exam, a VRQ places greater emphasis on hands-on project work and developing vocational skills. The VRQ is often equivalent to a GCSE (grades A*-C) and is designed to prepare you for apprenticeships, T-Levels, or employment. It is assessed through a mix of coursework and a written paper, but the coursework carries a higher weighting.
    How much of the WJEC VRQ Design and Technology course is coursework?
    The WJEC VRQ in Design and Technology is 60% coursework, which is internally assessed and externally moderated. This coursework takes the form of a design and make project, where you will produce a portfolio of evidence and a practical outcome. The remaining 40% is a written examination that tests your understanding of design theory, materials, and processes. This balance means you can demonstrate your practical abilities and creativity, which is ideal if you prefer project-based learning.
    What career paths can this WJEC VRQ lead to?
    This qualification is an excellent stepping stone to a range of careers in design, engineering, and manufacturing. It can lead to further study at A-Level, BTEC, or T-Level in subjects like Product Design, Engineering, or Art and Design. Career options include product designer, industrial designer, CAD technician, furniture maker, or roles in manufacturing and quality control. The practical and problem-solving skills you develop are highly valued by employers and can also open doors to apprenticeships in fields like carpentry, engineering, or graphic design.
    Do I need to be good at drawing to succeed in this course?
    No, you do not need to be a brilliant artist to succeed in this WJEC VRQ. While drawing is a useful skill for communicating ideas, the course focuses on the design process and problem-solving. You will learn various techniques for sketching and technical drawing, and you can also use CAD software to create digital designs. What matters more is your creativity, willingness to experiment, and ability to develop and refine your ideas. Teachers will support you in improving your drawing skills throughout the course.
    Is the WJEC VRQ in Design and Technology recognised by universities?
    Yes, this qualification is recognised by universities and colleges. It is a Level 2 qualification, equivalent to a GCSE, and is accepted as part of the entry requirements for many Level 3 courses, such as A-Levels or BTECs. Some universities may look favourably on the practical skills and project management experience you gain. However, for specific degree courses, you may need to check the entry requirements, as some may prefer a GCSE in Design and Technology or a related subject. Overall, it provides a solid foundation for higher education.
    Tips and common mistakes

    Common Exam Mistakes

    Pitfalls to avoid in your exams

    • •Focusing on aesthetics over functionality without linking to the brief
    • •Producing drawings that lack proper annotations or scale
    • •Failing to consider manufacturing constraints such as material properties or cost
    • •Not documenting the iterative process, leading to a final design with no evidence of development
    • •Confusing material properties (e.g., strength vs. hardness) and selecting materials without justification.
    • •Overlooking the importance of cost and sustainability when choosing materials and processes.
    • •Failing to consider the full range of manufacturing processes available, leading to suboptimal solutions.
    • •Providing superficial evaluations of engineering achievements without evidence or specific examples.

    Top Examiner Tips

    Expert advice for exam success

    • •Always refer back to the design brief to ensure your solution meets all requirements
    • •Use a variety of communication methods (sketches, CAD, notes) to show your design thinking
    • •Clearly explain how your design solves the problem, using technical terms
    • •Practice sketching and annotating quickly to manage time in exams
    • •Always read the problem statement carefully and underline key constraints and requirements.
    • •Use a structured approach: state the problem, list possible solutions, evaluate each, and justify your final choice.
    • •When discussing materials, use correct terminology and refer to specific properties that make them suitable.
    • •For evaluation questions, give balanced arguments with examples and conclude with a justified judgement.

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