Complete AQA A-Level Design and Technology specification revision resources. Tailored syllabus coverage with topic breakdowns, quizzes, and practice questions.
Overview
AQA A-Level Design and Technology (Product Design) is a rigorous, creative qualification that equips you with the skills to become an innovative designer and problem solver. The course encourages you to think creatively, critically analyse existing products, and develop your own design proposals using iterative processes. You’ll investigate the broader social, moral, and environmental responsibilities of designers, gaining a deep understanding of how design shapes the world around us.
The specification is structured into three key components: two written exams and a substantial non-exam assessment (NEA). Throughout the two years, you’ll explore technical principles such as materials, manufacturing processes, and digital technologies, while also engaging with design theory, including user-centred design, design communication, and the work of influential designers. This blend of practical and theoretical study ensures you build a strong foundation in both making and critical thinking.
The NEA gives you the freedom to identify a real-world problem and design a product that solves it, following the iterative design approach championed by the industry. You’ll produce a portfolio of evidence and a final prototype, demonstrating your skills in research, modelling, testing, and evaluation. This project is a true reflection of professional design practice and is highly valued by universities and employers alike.
Why Choose AQA for Design and Technology?
AQA’s specification places a strong emphasis on the iterative design process, mirroring real-world design practices and ensuring you develop a genuine understanding of how designers work from concept to completion. This approach is highly respected by higher education and industry.
The NEA allows complete freedom in project choice, so you can tailor your work to your own interests—whether that’s furniture, consumer electronics, or sustainable packaging. This personalisation makes the course engaging and helps you build a portfolio that stands out in university applications.
AQA provides excellent support materials, including clear mark schemes, exemplar work, and detailed guidance for teachers. This transparency helps you understand exactly what’s expected and how to achieve top marks, reducing exam anxiety and promoting independent learning.
Assessment & Exam Structure
The A-Level is assessed through two written papers and a non-exam assessment (NEA). Paper 1 (Technical Principles) and Paper 2 (Designing and Making Principles) are each 2 hours 30 minutes long, worth 120 marks, and contribute 30% to the final grade. The NEA is a substantial design-and-make project where you identify a design opportunity, develop a solution, and create a final prototype. This practical unit is marked out of 100 and accounts for 40% of the qualification. The total marks available across all components are 340.
Specification Topics
- Materials and their applications
- Protecting designs and intellectual property
- Design for manufacturing, maintenance, repair and disposal
- Feasibility studies
- Enterprise and marketing in the development of products
- Design communication
- Performance characteristics of materials
- Enhancement of materials
- Forming, redistribution and addition processes
- The use of finishes
- Modern industrial and commercial practice
- Digital design and manufacture
- The requirements for product design and development
- Health and safety
- Design methods and processes
- National and international standards in product design
- Design theory
- How technology and cultural changes can impact on the work of designers
- Design processes
- Critical analysis and evaluation
- Selecting appropriate tools, equipment and processes
- Accuracy in design and manufacture
- Responsible design
- Design for manufacture and project management
Top Exam Board Tips
- Ensure you can link specific material properties (e.g., malleability, toughness) to real-world product applications.
- Be prepared to explain the difference between workshop-based tests and industrial-scale testing.
- Practice calculations related to material quantities and costs as these are explicitly linked to this section.
- Use clear, technical terminology when describing material characteristics.
- Be prepared to explain the importance of these protections to a designer
- Be able to provide specific examples of open design applications
- Always relate design decisions back to the six Rs of sustainability
- When discussing manufacturing efficiency, mention specific features like ribs, webbing, or snap fittings
- Consider the full product lifecycle from raw material to disposal in extended response questions
- Be prepared to explain how smart materials (like SMA) can facilitate active disassembly
Common Mistakes to Avoid
- Failing to provide detailed justifications for material choices.
- Confusing different categories of materials (e.g., thermoplastic vs. thermoset).
- Inability to link material properties to specific product functions.
- Lack of understanding of how to set up and measure results from material tests.
- Failing to link material choice to end-of-life disposal
- Ignoring the importance of disassembly in the design phase
- Confusing maintenance strategies with general product assembly
- Lack of specific examples regarding how smart materials aid disassembly