1. Is DT a "hard" science or an "easy" arts subject?

It is neither. DT is a rigorous transdisciplinary subject that seamlessly blends the scientific method (testing, analysis) with creative design thinking and human factors. It demands both logical and creative skills.

2. Do I need to be good at drawing or art to succeed?

No. While visual communication is helpful, clarity is more important than artistic skill. Success hinges more on problem-solving, 3D modeling (digital and physical), and technical writing. Diagrams can be clear sketches or computer-generated.

3. How important is the Internal Assessment (IA)?

It is crucial. The IA is a single, extended design project that constitutes a significant portion (**40%**) of your final grade. It is the practical application of the entire course.

4. What's the biggest mistake students make in the IA?

Choosing a problem that is too broad or not user-specific. The best projects solve a genuine, narrow problem for a specific, real client/user (e.g., "a tool for a gardener with arthritis" not "a better chair for everyone").

5. How much does the course cost?

Costs can be higher than other subjects due to materials for prototyping (e.g., foam, wood, 3D printer filament, electronics). However, projects can be designed around accessible and recycled materials to manage budgets.

7. How is DT different from Visual Arts?

Visual Arts focuses on personal expression and aesthetic theory. DT focuses on solving a problem for a user , driven by research, function, and ergonomics. The final prototype must be tested and evaluated against its intended purpose.

8. What are the key concepts I'll keep coming back to?

The course is built around Sustainability, Function, Innovation, Markets, and User-Centered Design. Every topic and project is viewed through these lenses.

9. Is this a good course for engineering?

Excellent. It provides the perfect foundation for any engineering field by teaching the end-to-end product development process, material science, mechanics, and applied math/physics in a practical context.

10. What is the final exam like?

Paper 1 (30%) is multiple-choice on the core syllabus. Paper 2 (30%) is structured, extended-response questions based on case studies and higher-level application of principles. The IA (40%) is the design project portfolio and prototype.