100% in course assessment to include:-

A well-structured report providing proof of achievement of learning outcomes 2 and 3.
A Laboratory passport providing evidence of completion of each award specific practical activity assessing learning outcome 1.

Students will cover:

Basic manufacturing principles and knowledge of engineering materials for a wide range of processes which cover both mechanical and electrical applications.

Academic Communication Skills, e.g. Studying, engineering report writing, presentation of information and data, researching, referencing.
Create their own design for an artefact using computer based 3D modelling
Gain an understanding of Health and safety within a workshop environment.
Use manufacturing tools and other workshop processes to gain experience and skills through focussed practical tasks leading to the manufacture of their artefact with attention to quality, accuracy and detail.

48 hours of lectures and practical engineering application sessions.
2 hours/week lecture tutorial, 2 hours/week laboratory/workshop

102 hours of student centred learning.

PC based Solid Modelling software e.g. Creo Parametric, Blackboard VLE, Manufacturing facilities including machine tools and electronic and soldering equipment.

Lefteri C, King L .Making It: Manufacturing Technologies for Product Design. (2007) ISBN-10: 1 85669-506-9
Hughes E. Electrical and Electronic Technology, 9th Edition, Harlow, Prentice Hall, (2005), ISBN 0131143972

1) Demonstrate the use of a range of practical techniques and skills suitable for your award. (Application)
2) Demonstrate a knowledge of a range manufacturing techniques and materials. (Knowledge & Understanding)
3) Demonstrate good research and report writing skills. (Communication)