Pearson Edexcel Β· GCSE Β· Design and Technology

    Investigate and analyse the work of past and present professionals and companies in order to inform design

    This topic explores how studying the work of past and present professional designers and companies can directly inspire and inform your own design decisions. By systematically analysing existing products against specific criteria, you learn to justify your choices and elevate the quality of your coursework.

    • 6 min read
    • 3 worked examples
    • 4 practice questions
    • 6 key terms
    πŸŽ™ Podcast Episode
    Investigate and analyse the work of past and present professionals and companies in order to inform design
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    Study Notes

    Investigating and Analysing Professional Designers

    Overview

    Investigating and analysing the work of professional designers is a cornerstone of GCSE Design and Technology. It is not merely an academic exercise; it is a practical tool used to generate ideas, solve problems, and justify the decisions you make in your own design projects. By studying how experts have tackled similar challenges, you can avoid common pitfalls and incorporate proven principles into your work.

    Listen to the companion podcast for an in-depth discussion on how to approach this topic:
    Topic 1.15 Revision Podcast

    Key Knowledge & Theory

    Core Concepts: The 10 Analysis Criteria

    When investigating any product or designer, you must move beyond simple description. The specification demands systematic analysis using ten specific criteria. These criteria form the framework for all your research.

    The 10 Criteria for Product Analysis

    1. Form: The physical shape, structure, and visual appearance of the product.
    2. Function: What the product is designed to do and how it operates.
    3. Client/User Requirements: How well the product meets the specific needs, preferences, and limitations of its intended audience.
    4. Performance Requirements: The technical demands placed on the product, such as strength, durability, and reliability under specific conditions.
    5. Materials/Components/Systems: The physical substances and internal mechanisms used, and why they were chosen over alternatives.
    6. Scale of Production and Cost: Whether the product is designed for one-off, batch, or mass production, and how this impacts its retail price and manufacturing methods.
    7. Sustainability: The environmental impact of the product throughout its lifecycle, including material sourcing, energy use, and end-of-life disposal.
    8. Aesthetics: The sensory appeal of the product, including colour, texture, proportion, and style.
    9. Marketability: The commercial viability of the product and how it is positioned to appeal to consumers.
    10. Innovation: The novel, original, or inventive aspects of the design that differentiate it from existing solutions.
    Key Practitioners and Companies
    Name/CompanyPeriod/StyleKey WorksRelevance
    Dieter Rams (Braun)Mid-20th Century / FunctionalismSK4 Record Player, T3 Pocket RadioChampioned 'less is more'. His 10 principles of good design are highly applicable to student projects.
    Charles & Ray EamesMid-20th Century / ModernismEames Lounge Chair, DSW ChairPioneered the use of new materials like moulded plywood and fibreglass to combine ergonomics with mass production.
    Jonathan Ive (Apple)Late 20th - Early 21st Century / MinimalismiMac, iPod, iPhoneDemonstrates the seamless integration of hardware, software, and aesthetics. Perfect for analysing user interface and form.
    DysonLate 20th Century - Present / Engineering-ledDC01 Vacuum, AirbladeA prime example of innovation and performance-driven design, showing how engineering problems can dictate form.
    IKEAMid-20th Century - Present / Democratic DesignBilly Bookcase, flat-pack furnitureEssential for studying scale of production, cost reduction, and the logistics of global distribution.
    Technical Vocabulary
    • Ergonomics: The study of how people interact with products, ensuring comfort and efficiency.
    • Anthropometrics: The use of human body measurements to inform design dimensions.
    • Iterative Design: A cyclical process of prototyping, testing, analysing, and refining a product.
    • Form Follows Function: The principle that the shape of a building or object should be primarily based upon its intended function or purpose.
    • Planned Obsolescence: Designing a product with an artificially limited useful life.

    Practical Skills

    Techniques & Processes: The Research Workflow

    Designer Research Process Workflow

    To effectively use professional work in your portfolio, follow a structured process:

    1. Select Relevant Examples: Do not choose designers at random. If you are designing a lighting product, study lighting designers like Poul Henningsen, not fashion designers.
    2. Deconstruct Using Criteria: Apply the 10 criteria systematically. Create a table or spider diagram to break down the product's features.
    3. Identify Transferable Principles: What specific design rules or techniques make the product successful? (e.g., 'The use of contrasting materials highlights the interactive components').
    4. Apply to Your Design: Explicitly state how this research changes your approach. (e.g., 'Inspired by Rams, I will colour-code the user touchpoints on my prototype').

    Portfolio/Coursework Guidance

    Assessment Criteria

    Examiners are looking for a clear 'golden thread' connecting your research to your final outcome. Marks are awarded for:

    • Depth of Analysis: Moving beyond stating what a product is made of, to explaining why that material was chosen.
    • Relevance: Selecting designers whose work directly relates to your specific design context.
    • Application: Using the insights gained to generate new ideas or refine existing ones.
    Building a Strong Portfolio

    Do not just paste pictures of famous products into your folder. Instead:

    • Annotate heavily: Use arrows pointing to specific features of a professional's work, explaining its function or aesthetic value.
    • Draw conclusions: End every research page with a 'Conclusion for my design' box.
    • Show the influence: When you sketch your initial ideas, explicitly reference the designers who inspired them (e.g., 'Curved form inspired by Eames').

    Exam Component

    Written Exam Knowledge

    In the written paper, you may be asked to analyse a product shown in an image, or compare two different products. You must be able to recall the 10 criteria and apply them under exam conditions. You may also be asked to discuss the impact of a specific designer on modern product development.

    Exam Technique

    Always look at the command word. 'Describe' requires factual recall, but 'Analyse' requires you to break the product down and explain the reasoning behind its features. 'Evaluate' requires a judgement on its success.

    Visual Resources

    2 diagrams and illustrations

    The 10 Criteria for Product Analysis
    The 10 Criteria for Product Analysis
    Designer Research Process Workflow
    Designer Research Process Workflow

    Interactive Diagrams

    1 interactive diagram to visualise key concepts

    Conceptual Flow Outline

    Identify Design Problem
    βž”Select Relevant Professional Work
    Select Relevant Professional Work
    βž”Analyse Against 10 Criteria
    Analyse Against 10 Criteria
    βž”Extract Key Principles & Techniques
    Extract Key Principles & Techniques
    βž”Update Design Specification
    Update Design Specification
    βž”Generate Initial Ideas
    Generate Initial Ideas
    βž”Iterative Development

    Integrating Professional Research into the Iterative Design Process

    Worked Examples

    3 worked examples β€” open one to explore the question and available guidance.

    Practice Questions

    Test your understanding β€” click to reveal model answers

    Q1

    Identify two of the ten criteria used for product analysis. (2 marks)

    2 marks
    foundation

    Hint: Think about what a product looks like and what it does.

    Q2

    Explain how the 'Scale of Production' can influence the materials chosen for a product. (3 marks)

    3 marks
    standard

    Hint: Consider the difference between making one bespoke chair versus making ten thousand identical chairs.

    Q3

    Compare the design approaches of Dieter Rams and Jonathan Ive. (4 marks)

    4 marks
    challenging

    Hint: Focus on their shared philosophy regarding simplicity, but consider the different eras and technologies they worked with.

    Q4

    Analyse the sustainability of flat-pack furniture compared to pre-assembled solid wood furniture. (6 marks)

    6 marks
    challenging

    Hint: Consider the entire lifecycle: material sourcing, manufacturing, transportation, and end-of-life.