What is the Unit 3 Design and Manufacturing Project, and how is the controlled assessment carried out and marked?
Unit 3 Design and Manufacturing Project (controlled assessment): the design folder and made outcome, the stages assessed, and how marks are awarded - an overview.
An overview of the CCEA GCSE Technology and Design Unit 3 Design and Manufacturing Project: the controlled-assessment task, the design folder and manufactured outcome, the stages that are assessed from research to evaluation, and how the project is weighted and marked.
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What this dot point is asking
This is an overview of Unit 3, the Design and Manufacturing Project - the controlled-assessment part of CCEA GCSE Technology and Design. You should know what the task involves (a design folder and a made outcome), the stages that are assessed, and how it is weighted and marked. The deep theory is in the other modules; here is how the project itself works.
The answer
What the project is
It is the place where the whole design process, learned across Unit 1, is put into practice for real.
Two parts: the folder and the outcome
Both matter: a strong product with no design evidence, or a thorough folder with a poor product, will not score full marks. The subject assesses designing and making together.
The stages assessed
These are the same stages covered in the Designing module - the project is the design process carried out in full.
How it is controlled and marked
How to do well (overview)
Worked example: structuring a project
Examples in context
- Example 1. A storage product
- A candidate designs and makes a storage box, with a folder showing the full design process and a well-finished product as the outcome - the two assessed parts.
- Example 2. A control project
- An Option A candidate designs and makes an electronic control product, evidencing circuit design and testing in the folder and the working device as the outcome.
- Example 3. A mechanism project
- An Option B candidate designs and makes a mechanism-based product, showing calculations and development in the folder and the made mechanism as the outcome.
Because this is an overview, the detailed skills come from the other modules; here the point is how the project is structured, assessed and weighted.
Try this
Q1. What percentage of the qualification is the Unit 3 project worth? [1 mark]
- Cue. 50%.
Q2. Name the two assessed parts of the project. [2 marks]
- Cue. The design folder and the manufactured outcome.
Q3. Give two stages of the design process that the project is marked on. [2 marks]
- Cue. Any two of: research and specification, idea generation, development, planning, making, testing and evaluation.
Q4. What does "controlled assessment" mean? [2 marks]
- Cue. The work is done under set conditions and supervision so it is the candidate's own, then marked by the centre and moderated by CCEA.
Q5. Why must the project's design specification be measurable? [1 mark]
- Cue. So the finished product can be tested and evaluated against it.
Exam-style practice questions
Practice questions written in the style of CCEA exam questions on this dot point, with worked answer explainers. The year tag is the paper they imitate, not the source.
CCEA style4 marksState four stages that a candidate must include in the Unit 3 Design and Manufacturing Project.Show worked answer →
Award one mark for each appropriate stage, for example:
Researching and analysing the design task and writing a specification.
Generating and developing design ideas.
Planning and manufacturing the product (the made outcome).
Testing and evaluating the finished product against the specification.
Markers accept any four stages of the design process applied to the project.
CCEA style3 marksExplain why the Unit 3 project includes both a design folder and a manufactured outcome.Show worked answer →
The design folder shows the thinking and design process - research, ideas, development, planning and evaluation - so the candidate's designing skills can be assessed (1).
The manufactured outcome shows the candidate's practical making skills and the quality of the finished product (1). Together they assess both designing and making, which are the core aims of the subject (1).
Related dot points
- Unit 2 optional areas of study: Option A electronic and microelectronic control systems, Option B mechanical and pneumatic control systems, and Option C product design.
A CCEA GCSE Technology and Design answer on the Unit 2 optional areas of study: Option A electronic and microelectronic control systems, Option B mechanical and pneumatic control systems, and Option C product design, and how each option deepens the relevant core content.
- The iterative design process: identifying a problem, writing a design brief and specification, researching, generating and developing ideas, planning, making and evaluating.
A CCEA GCSE Technology and Design answer on the iterative design process: turning a problem into a design brief and design specification, researching, generating and developing ideas, planning the make, and evaluating against the specification.
- Evaluation and product analysis: testing a product against the design specification, evaluating against user needs, and analysing existing products.
A CCEA GCSE Technology and Design answer on evaluation and product analysis: testing a finished product against each point of the design specification, evaluating against user needs, gathering user feedback, and analysing existing products to inform a design.
- Communicating design ideas: freehand sketching, rendering, isometric and orthographic working drawings, dimensioning, and the use of CAD.
A CCEA GCSE Technology and Design answer on communicating design ideas: freehand and crating sketches, rendering to show form and material, isometric pictorial views, orthographic working drawings, dimensioning conventions, and the role of CAD.
- Scales of production - one-off, batch and mass production - and aids to manufacture such as jigs, moulds, fixtures, templates and patterns.
A CCEA GCSE Technology and Design answer on scales of production - one-off, batch and mass (and continuous) production - and the aids to manufacture that make repeated parts accurate: jigs, moulds, fixtures, templates and patterns.
Sources & how we know this
- CCEA GCSE Technology and Design specification — CCEA (2017)