ENGINEERING DESIGN – CAMBRIDGE NATIONAL
Awarding Body: OCR
Course Code: J822
QAN: 603/7086/5 – Click here for further information
OVERVIEW OF THE COURSE
Our Cambridge National in Engineering Design helps students understand the processes of 2d and 3d engineering design techniques. Through practical activities students develop skills in computer modelling and model making and how to communicate design ideas effectively.
CONTENT AND ASSESSMENT
| Unit | Unit title | Guided learning hours | Assessment type |
| R038 | Principles of engineering design | 48 | Exam (1h 15mins) |
| R039 | Communicating designs | 36 | Centre-assessed tasks, OCR moderated |
| R040 | Design evaluating and modelling | 36 | Centre-assessed tasks, OCT moderated |
R038 Principles of engineering design (worth 40% of final grade)
In this unit you will learn about the different design strategies and where they are used, as well as the stages that are involved in iterative design, which is currently one of the most widely used design strategies. You will learn about the type of information needed to develop a design brief and specification, and the manufacturing and other considerations that can influence a design. You will develop knowledge of the types of drawing used in engineering to communicate designs, as well as the techniques used to evaluate design ideas and outcomes, including modelling methods.
Coursework: worth 60% of the final grade consisting of 2 pieces of coursework
R039 Communicating designs
In this unit you will learn how to develop your techniques in sketching, and gain industrial skills in engineering drawing using standard conventions that include dimensioning, line types, abbreviations, and representation of mechanical features. You will enhance your confidence and capabilities by using computer aided design (CAD), 2D and 3D software, to produce accurate and detailed drawings and models that visually communicate your designs.
R040 Design evaluating and modelling
In this unit you will learn how designers can quickly create and test models to develop a prototype of a design. You will develop your virtual modelling skills using computer aided design (CAD) 3D software, to produce a high-quality model that will be able to simulate your design prototype. You will also develop your physical modelling skills using modelling materials or rapid prototyping processes to produce a physical prototype.