Design and Technology Pearson Alternative Academic Qualification Topics & Revision
The Pearson Alternative Academic Qualification Design and Technology specification covers 1 topics. Use MasteryMind to revise every topic with learning objectives, exam tips, and practice questions aligned to your exact specification.
Topics Covered
- Pearson Level 3 Alternative Academic Qualification BTEC National in Engineering (Extended Certificate)
Exam Tips for Pearson Alternative Academic Qualification Design and Technology
- Use specific examples from engineering sectors to illustrate points.
- Structure analysis with clear cause-and-effect reasoning.
- In evaluation, weigh pros and cons before concluding.
- Use standard drawing conventions and symbols.
- Iterate designs based on feedback.
- Document your design decisions clearly.
Common Mistakes to Avoid
- Confusing material properties (e.g., strength vs. hardness).
- Overlooking the role of functional areas in technology adoption.
- Failing to justify material/process choices with evidence.
- Skipping the research phase and jumping to solutions.
- Inaccurate dimensioning in drawings.
Key Terms
- 1. Recall knowledge of engineering sectors, functional areas and emerging technologies.2. Recall knowledge of engineering materials.3. Recall knowledge of engineering processes.4. Demonstrate understanding of functional areas and emerging technologies.5. Demonstrate understanding of engineering materials.6. Demonstrate understanding of engineering processes.7. Apply knowledge and understanding of functional areas and emerging technologies.8. Apply knowledge and understanding of engineering materials and processes.9. Analyse the impact of emerging technologies on the functional areas of engineering organisations.10. Analyse information to compare materials and processes.11. Evaluate information to make decisions about the selection of materials and processes in given contexts.
- 1. Explore initial design proposals to meet the requirements of an engineering design challenge.2. Develop initial design ideas into 3-dimensional models in response to an engineering design challenge.3. Develop 3-dimensional models into 2-dimensional engineering drawings and present the final design solution.4. Review the design process when responding to an engineering design challenge.
- 1. Investigate an engineering project in a relevant specialist area.2. Develop project management processes and a design solution for the engineering project.3. Undertake the solution for an engineering project and develop skills to present the solution.
- 1. Recall knowledge of units of measure.2. Demonstrate understanding of engineering data and information.3. Apply knowledge and understanding of mechanical, electronic and electrical engineering mathematical procedures in given engineering contexts.