Engineering

Introducing learners to the fascinating world of engineering, this Diploma covers key principles and explores significant aspects of the role of an Engineer including research, design, product development, manufacturing and production. It will captivate the imagination of all potential Engineers and provide an understanding of how their future role could contribute positively to the world around them.

The Engineering Diploma introduces a range of ideas and concepts and how these impact on the modern world. Learners will explore what makes some innovations succeed and others fail, how new materials contribute to design and how to develop and launch ideas.

Diploma components

Learning Component	Type
Principal Learning Specification	Level 1
	Level 2
	Level 3
Additional and Specialist Learning	Level 1
	Level 2
	Level 3
Sample Assessment Material	Internal
Generic Learning	Functional Skills
(includes embedded Personal, Learning and Thinking Skills)	Projects
	Work Experience

Principal Learning

Principal Learning develops the knowledge, understanding and skills specific to each line of learning.

At Foundation level learners will:

understand why engineering is important to the social and economic development of the world
explore the work of the engineering sector including the application of basic manufacturing and assembly techniques
investigate the use of computer software packages and systems in the design and manufacture of engineering components
understand the importance of routine maintenance and perform basic maintenance routines and fault finding tasks
develop knowledge of engineering materials, including their properties and applications
gain knowledge and skills in the use of electronics
be introduced to new developments in engineering technology

At Higher level learners will:

gain a broad knowledge of the engineering industry and the diverse career opportunities available within it
understand the importance of engineering design and develop a product to a specific design specification
develop knowledge of skills in the use of computers in applications such as manufacturing and process control
gain firsthand practical experience of planning and producing engineering solutions
understand basic electronic and electrical principles and how electronic systems are used in engineering products
understand multiple production processes
recognise the importance of engineering maintenance and develop the practical ability to remove and replace worn or damaged components
appreciate innovation and the development of ideas

At Advanced level learners will:

gain insight into engineering businesses and the environmental impact of engineering activities
use Computer-Aided Design (CAD) to produce drawings and models to test or convey ideas
explore the link between the materials used for engineering products and the selection of processes used for their manufacture
understand the link between specification and design, and the implementation of individual engineering control systems
plan and produce maintenance schedules and reports in relation to systems and products
explore the types and methods of production and manufacturing processes and systems
understand the role of innovation in engineering design
use mathematics to model engineering problems and understand how mathematics is an essential tool in engineering
develop an understanding of the fundamental scientific principles that engineers use to carry out investigations into engineering problems

What next?: Assessment >; Working with you >; Diploma lines of learning >