Pearson Edexcel A Level Design And Technology 2025 Qp

Download the official Pearson Edexcel A-Level Design and Technology (Product Design) Component 1 question paper for the June 2025 examination series (9DT0/01). This examiner-authentic PDF contains the complete Advanced Product Design assessment used in the live Edexcel GCE A-Level Design and Technology examination.

The paper assesses advanced knowledge of product design, manufacturing processes, materials technology, industrial systems, ergonomics, sustainability, quality control, modern manufacturing methods, mathematical calculations, and design evaluation. Students must apply technical understanding, analytical reasoning, graphical communication, and problem-solving skills across a wide range of realistic design-and-manufacturing contexts.

Questions cover manufacturing methods including screen printing, injection moulding, riveting, textile production, and automated storage and retrieval systems (ASRS). Students analyse the uses and drawbacks of manufacturing processes, explain production techniques, and evaluate industrial methods used in modern product development and large-scale manufacturing.

The paper includes mathematical and technical-design calculations involving riveting costs, steel-beam cross-sectional area, volume and weight calculations, hourly-output production analysis, and material-performance evaluation. Students are required to show accurate working, correct units, engineering reasoning, and numerical precision under authentic Edexcel exam conditions.

Design-theory and industrial-practice topics include quality-monitoring systems, product lifecycle stages, British and international manufacturing standards, anthropometric data, sustainable design considerations, ergonomics, aesthetics, end-of-life design strategies, and environmental impacts of consumer products.

The examination also explores historical and contemporary design movements, including Streamline Moderne and Googie architecture, requiring students to analyse how design philosophies influence aesthetics, structure, branding, and visual identity in commercial environments. Product-analysis questions assess the relationship between ergonomics and aesthetics in car interiors and the performance characteristics of modern materials such as LCD technology.

Technical drawing and graphical communication skills are assessed through orthographic and isometric projection tasks, including construction of an accurate isometric drawing of a building using a third-angle orthographic projection. Students must demonstrate spatial understanding, precision drawing, and interpretation of technical information.

The final extended-response evaluation focuses on a covered outdoor dining structure constructed from pressure-treated softwood, requiring students to evaluate how aesthetics, user requirements, sustainability, self-assembly, and outdoor-lifestyle considerations influence the final design solution.

This official Edexcel A-Level Design Technology 9DT0/01 question paper is ideal for timed exam practice, mock examinations, revision planning, classroom assessment, independent study, and preparation for the 2026 A-Level Design and Technology examinations. Pair this paper with the matching Edexcel 9DT0/01 mark scheme on markscheme.net for complete examiner-standard revision and accurate self-assessment.

This document is designed for Pearson Edexcel A-Level Design and Technology students studying the 9DT0 Product Design specification. It is especially useful for Year 12 and Year 13 students preparing for the 2026 examination series who want authentic Edexcel exam practice using official Product Design assessment materials.

The paper is also highly valuable for Design and Technology teachers, tutors, sixth-form colleges, revision centres, home-schooled learners, and retake candidates who require official Edexcel exam-standard resources for mock examinations, classroom assessment, structured revision sessions, homework tasks, and exam-technique preparation. It supports stronger understanding of manufacturing processes, product analysis, technical drawing, sustainability, industrial practices, ergonomics, materials technology, and advanced design reasoning.