Question 1: Describe a common problem or need that your product aims to solve. Explain who the users are and why they need this product.

Answer: A detailed explanation of the problem or need, identification of target users, and reasons why the product is necessary.

Question 2: List at least five key features that your product must have to meet the user's needs. Briefly explain why each feature is important.

Answer: A list of features such as size, weight, durability, functionality, and safety, with explanations for their importance.

Question 3: Identify three possible constraints or limitations that could affect the design of your product (e.g., budget, materials, size).

Answer: Examples include limited budget, available materials, size restrictions, manufacturing processes, or environmental considerations.

Question 4: Draw a simple sketch of your product from a front view. Label key parts such as the handle, main body, and any moving parts.

Answer: A clear front view sketch showing the overall shape of the product, with labels pointing to the handle, body, and any other significant features.

Question 5: Create a basic plan or diagram showing the internal components or mechanisms of your product. This could include how parts fit together or move.

Answer: A simple schematic diagram illustrating internal parts such as a motor, gears, or electrical connections, with brief labels or annotations.

Question 6: Sketch a side view of your product, including dimensions or size estimates. Ensure the sketch shows the proportion of different parts.

Answer: A side profile sketch with clear proportions, indicating approximate measurements of key parts like height, width, and depth.

Question 7: Write a short list of materials you might use to manufacture your product and explain why these materials are suitable.

Answer: Materials such as plastic, metal, or wood, with reasons like durability, weight, cost, or ease of manufacturing.

Question 8: Identify one potential safety feature that should be included in your product and explain why it is important.

Answer: An example might be a non-slip grip or protective cover, with an explanation of how it helps prevent injury or accidents.

Question 9: Outline a basic plan for the manufacturing process of your product. Include steps like material selection, assembly, and quality checks.

Answer: A simple step-by-step outline, e.g., choose materials, cut components, assemble parts, perform quality control, and package the product.

Question 10: Suggest one way to make your design more environmentally friendly. Explain your reasoning.

Answer: Options might include using recyclable materials or designing for easy disassembly; reasoning should relate to reducing waste or environmental impact.