The impact of new and emerging technologies
This topic covers the impact of new and emerging technologies on industry, enterprise, sustainability, people, culture, society, the environment, and production systems. It requires students to understand the characteristics, advantages, and disadvantages of these technologies in a design and technology context.
Topic Overview
New and emerging technologies are reshaping the way products are designed, manufactured, and used. In Design and Technology, this topic explores how innovations like automation, robotics, computer-aided design (CAD), and additive manufacturing (3D printing) are transforming industries. You'll also consider the impact of smart materials, flexible manufacturing systems (FMS), and the role of the internet of things (IoT) in product development. Understanding these technologies is crucial because they affect not only production efficiency but also sustainability, job roles, and the environment.
This topic is central to the Edexcel GCSE Design and Technology course as it links directly to the core principles of design, making, and evaluation. You'll need to analyse how emerging technologies influence design decisions, from material selection to manufacturing methods. For example, you might discuss how 3D printing allows for rapid prototyping and customisation, reducing waste and lead times. Alternatively, you could explore how automation in assembly lines improves consistency but may reduce the need for human labour. These concepts are assessed in both the written exam and the non-examined assessment (NEA), where you must justify your design choices with reference to current technological trends.
Beyond the exam, this knowledge prepares you for a world where technology evolves rapidly. As a designer or engineer, you'll need to anticipate how innovations like artificial intelligence (AI) or biodegradable materials could shape future products. By studying this topic, you develop a critical awareness of the trade-offs between cost, quality, ethics, and sustainability—skills that are invaluable in any technical career.
Key Concepts
Core ideas you must understand for this topic
- →Automation and robotics: Use of computer-controlled systems to perform repetitive tasks, improving speed and precision but potentially reducing jobs.
- →Computer-Aided Design (CAD) and Computer-Aided Manufacture (CAM): Digital tools for designing and making products, allowing for complex shapes and high accuracy.
- →Additive manufacturing (3D printing): Building objects layer by layer from a digital model, enabling customisation and reduced material waste.
- →Flexible Manufacturing Systems (FMS): Production lines that can quickly switch between different products, increasing adaptability.
- →Smart materials and modern materials: Materials that change properties in response to stimuli (e.g., shape memory alloys) or have enhanced characteristics (e.g., graphene).
What You Need to Demonstrate
Key skills and knowledge for this topic
- Impact on industry (unemployment, workforce skill set, demographic movement, science and technology parks)
- Impact on enterprise (privately-owned business, crowd funding, government funding, not-for-profit organisations)
- Impact on sustainability (transportation costs, pollution, demand on natural resources, waste generated)
- Impact on people (workforce, consumers, children, people with disabilities, wage levels, highly-skilled workforce, apprenticeships)
- Impact on culture (population movement within the EU, social segregation/clustering within ethnic minorities)
- Impact on society (changes in working hours/shift patterns, Internet of Things, remote working, video conference meetings)
- Impact on the environment (pollution, waste disposal, materials separation, transportation of goods, packaging)
- Production techniques and systems (standardised design/components, just-in-time, lean manufacturing, batch, continuous, one off, mass)
Marking Points
Key points examiners look for in your answers
- Impact on industry (unemployment, workforce skill set, demographic movement, science and technology parks)
- Impact on enterprise (privately-owned business, crowd funding, government funding, not-for-profit organisations)
- Impact on sustainability (transportation costs, pollution, demand on natural resources, waste generated)
- Impact on people (workforce, consumers, children, people with disabilities, wage levels, highly-skilled workforce, apprenticeships)
- Impact on culture (population movement within the EU, social segregation/clustering within ethnic minorities)
- Impact on society (changes in working hours/shift patterns, Internet of Things, remote working, video conference meetings)
- Impact on the environment (pollution, waste disposal, materials separation, transportation of goods, packaging)
- Production techniques and systems (standardised design/components, just-in-time, lean manufacturing, batch, continuous, one off, mass)
Examiner Tips
Expert advice for maximising your marks
- 💡Ensure you can define and provide examples for each production system
- 💡Practice applying the impact of technologies to real-world scenarios
- 💡Use specific terminology related to industry, enterprise, and sustainability
- 💡Be prepared to discuss both the positive and negative impacts of new technologies
- 💡Use specific examples: When discussing a technology, always name a real-world application (e.g., '3D printing is used by Adidas to create customised shoe midsoles'). This shows depth of knowledge.
- 💡Link to sustainability: Many questions ask about environmental impact. Mention how technologies like FMS reduce waste or how CAD reduces material usage through simulation.
- 💡Evaluate, don't just describe: For higher marks, discuss advantages and disadvantages. For instance, 'Automation increases productivity but requires high initial investment and may reduce workforce flexibility.'
Common Mistakes
Pitfalls to avoid in your exam answers
- Failing to link the impact of technologies to specific design and technology contexts
- Confusing different types of production systems (e.g., batch vs. continuous)
- Providing generic answers that do not demonstrate an understanding of the specific advantages or disadvantages of a technology
- Ignoring the social or ethical implications of new technologies
- Misconception: Automation always leads to job losses. Correction: While some jobs are replaced, new roles in programming, maintenance, and system design are created. The net effect varies by industry.
- Misconception: 3D printing is always cheaper than traditional manufacturing. Correction: 3D printing is cost-effective for small batches or complex geometries, but for mass production, injection moulding or CNC machining is often cheaper per unit.
- Misconception: CAD/CAM eliminates the need for skilled workers. Correction: Skilled operators are still needed to design, program, and maintain the equipment; CAD/CAM changes the nature of the work rather than removing it.
Frequently Asked Questions
Common questions students ask about this topic
Before You Start
Prior knowledge that will help with this topic
- •Basic understanding of manufacturing processes (e.g., injection moulding, die casting).
- •Familiarity with materials and their properties (e.g., metals, polymers, composites).
- •Knowledge of the design process (research, specification, development, evaluation).
Key Terminology
Essential terms to know
- Industry 4.0 and Smart Factories
- Sustainability and the Circular Economy
- Automation, Robotics, and AI in Production
- Ethical and Social Impacts of Technological Change
Likely Command Words
How questions on this topic are typically asked
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