This qualification is equivalent to one A level. Engineering is a diverse and exciting career that involves a depth of technical knowledge and the ability to apply it when solving problems. This qualification covers a range of content that is useful in industry and will teach you skills that are desirable to employers. Course content The course is separated into 5 units, a total of 360 guided learning hours spread across two years. Unit 1: Mechanical Principles (Mandatory) This is an externally assessed unit, the exam is 2 hours long and has a total of 80 marks. Learners will develop the skills and knowledge required to solve mechanical-based engineering problems by applying mathematical and physical science principles. This unit will develop your mathematical and physical scientific knowledge, and understanding to enable you to solve problems set in an engineering context. You will explore and apply the algebraic and trigonometric mathematical methods required to solve engineering problems. Unit 2: Delivery of Engineering Processes Safely as a Team (Mandatory) This is an internally assessed assignment based unit. Learners explore how processes are undertaken by teams to create engineered products or to deliver engineering services safely.This unit is assessed in 3 parts. The first area focuses on common engineering processes and health and safety principles. The second on the development of 2D CAD drawings. The third part involves the manufacture of a batch of engineered products as a team. Students will need to complete both assignment and practical work. Unit 3: Product Design and Manufacture in Engineering (Mandatory) This is an internally assessed assignment unit. Learners will explore engineering product design and manufacturing processes, and will complete activities that consider function, sustainability, materials, form and other factors.In this unit, you will examine what triggers changes in the design of engineering products and the typical challenges that engineers face, such as designing out safety risks. You will learn how material properties and manufacturing processes impact on the design of an engineering product. Unit 10: Computer Aided Design (CAD) This is a centre assessed unit. Learners develop two-dimensional (2D) detailed drawings and three-dimensional (3D) models using a computer-aided design (CAD) system.In this unit, you will use CAD software and hardware to produce 2D and 3D drawings. You will acquire the skills to produce models of products, editing and modifying these, and exploring materials and their properties. You will output a portfolio of drawings to an international standard (BS8888). Unit 25: Mechanical Behaviour of Metallic Materials Learners investigate and conduct tests on the mechanical properties of metals, consider suitable applications and explore failure modes to improve component design. In this unit, you will investigate and research the microstructures of ferrous and non-ferrous metallic materials, some of which will have been processed, for example heat treated.
A mixture of porfolio and externally marked work
About Education Provider
| Region | West Midlands |
| Local Authority | Wolverhampton |
| Ofsted Rating | Requires improvement |
| Gender Type | Mixed |
| Address | Compton Park, Compton Road West, Wolverhampton, WV3 9DU |
This qualification is equivalent to one A level. Engineering is a diverse and exciting career that involves a depth of technical knowledge and the ability to apply it when solving problems. This qualification covers a range of content that is useful in industry and will teach you skills that are desirable to employers. Course content The course is separated into 5 units, a total of 360 guided learning hours spread across two years. Unit 1: Mechanical Principles (Mandatory) This is an externally assessed unit, the exam is 2 hours long and has a total of 80 marks. Learners will develop the skills and knowledge required to solve mechanical-based engineering problems by applying mathematical and physical science principles. This unit will develop your mathematical and physical scientific knowledge, and understanding to enable you to solve problems set in an engineering context. You will explore and apply the algebraic and trigonometric mathematical methods required to solve engineering problems. Unit 2: Delivery of Engineering Processes Safely as a Team (Mandatory) This is an internally assessed assignment based unit. Learners explore how processes are undertaken by teams to create engineered products or to deliver engineering services safely.This unit is assessed in 3 parts. The first area focuses on common engineering processes and health and safety principles. The second on the development of 2D CAD drawings. The third part involves the manufacture of a batch of engineered products as a team. Students will need to complete both assignment and practical work. Unit 3: Product Design and Manufacture in Engineering (Mandatory) This is an internally assessed assignment unit. Learners will explore engineering product design and manufacturing processes, and will complete activities that consider function, sustainability, materials, form and other factors.In this unit, you will examine what triggers changes in the design of engineering products and the typical challenges that engineers face, such as designing out safety risks. You will learn how material properties and manufacturing processes impact on the design of an engineering product. Unit 10: Computer Aided Design (CAD) This is a centre assessed unit. Learners develop two-dimensional (2D) detailed drawings and three-dimensional (3D) models using a computer-aided design (CAD) system.In this unit, you will use CAD software and hardware to produce 2D and 3D drawings. You will acquire the skills to produce models of products, editing and modifying these, and exploring materials and their properties. You will output a portfolio of drawings to an international standard (BS8888). Unit 25: Mechanical Behaviour of Metallic Materials Learners investigate and conduct tests on the mechanical properties of metals, consider suitable applications and explore failure modes to improve component design. In this unit, you will investigate and research the microstructures of ferrous and non-ferrous metallic materials, some of which will have been processed, for example heat treated.
A mixture of porfolio and externally marked work
