OCR A-Level Design and Technology Flashcards
Free handmade revision flashcards tailored for OCR A-Level Design and Technology
Search
Learning from Design Contexts (1.1a)
Investigating Stakeholder Requirements (1.2a)
Enterprise and Innovation in Product Development (1.2b)
Factors Affecting User Interaction (1.3a)
Understanding Ergonomic Considerations (1.3b)
Evaluating Existing Products for Design Improvement (2.1a)
New and Emerging Technologies in Product Innovation (2.2a)
Influence of Designers and Technologies on Product Style & Function (2.3a)
Historical Movements and Figures Influencing Product Design (2.3b)
Product Marketing Lifecycle (2.4a)
Social, Ethical & Environmental Issues in Design (3.1a)
Designing for Manufacture (DFM) Principles (3.2a)
Extending Product Lifecycles Through Sustainability (3.2b)
Environmental Impact on Materials and Production (3.2c)
Sustainability in Industrial Manufacture (3.2d)
Optimum Use of Materials and Components (3.3a)
Responsible and Effective Distribution (3.4a)
Intellectual Property and Ethics in Design (3.4b)
Integrating Cross-Disciplinary Knowledge in Design (3.5a)
Research and Data Interpretation in Design Development (3.5b)
Communicating Design Ideas with Sketching & Digital Tools (4.1a)
Communicating Construction of Design Solutions (4.1b)
Digital Tools and Online Collaboration in Design (4.2a)
Using Digital Design Software in Development (4.2b)
Design Strategies, Techniques and Approaches (4.3a)
Importance of Collaboration Across Subject Areas (4.3b)
Project Management in Design and Manufacturing (4.3c)
Selecting Materials and Components in Design (5.1a)
Hardwoods and Softwoods (5.2ai)
Manufactured Boards (5.2aii)
Ferrous and Non-Ferrous Metals (5.2aiii)
Metal Alloys (5.2aiv)
Thermoplastics and Thermosetting Plastics (5.2av)
Natural and Synthetic Fibres (5.2avi)
Textile Fabrics (5.2avii)
Composite Materials (5.2aviii)
Modern Materials (5.2aix)
Smart Materials (5.2ax)
Material Properties & Suitability (5.3a)
Material Forms, Costs & Suitability (5.3 b)
Reinforcing and Stiffening Materials for Structural Integrity (6.1a)
Processes That Ensure Structural Integrity: Triangulation & Reinforcing (6.1b)
Surface Finishes and Coatings (6.2a)
Finishes to Prevent Corrosion and Decay (6.2b)
Smart and Modern Technologies in Products (6.3a)
Modern Technologies Supporting Product Function (6.3b)
3D Iterative Models and Prototyping (7.1a)
Modeling Ideas: Hand Tools & Digital Methods (7.1b)
Methods of Joining Materials (7.2a)
Manufacturing Processes for Prototypes (7.2b)
CAD & CAM in Final Prototypes (7.2c)
Templates, Jigs, Formers & Moulds (7.2d)
Material Suitability in Product Development (7.2e)
Commercial Production Processes (7.3a)
Jigs, Fixtures, Formers and Moulds in Production (7.3b)
Optimising Materials and Production Processes (7.3c)
How is manufacturing organised and managed for different scales of production (7.4a)
ICT & Digital Technologies in Modern Manufacturing (7.4b)
How is the quality of products controlled through manufacture (7.5a)
Evaluating Design Solutions Against Requirements (8.1a)
Testing Design Solutions with Stakeholders (8.1b)
Testing Product Feasibility for Market Launch (8.1c)
Understanding Product Standards: BSI & ISO (8.1d)
Physical Testing of Products – Functionality, Accuracy & Performance (8.2a)
Physical Testing in Manufacturing: Ensuring Functional Feasibility (8.2b)
Commercial Viability & Feasibility Studies (8.3a)
Safe working practices in the workshop (9.1a)
How to work safely with specialist tools (9.1b)
Health and Safety at Work Act (HASAW) (9.2a)
Labelling and product assurance (9.2b)
↑ Scroll To Top