Engineering and design
Design for Manufacture
Module code: H7134
Level 5
15 credits in autumn semester
Teaching method: Lecture, Laboratory, Class
Assessment modes: Coursework
What does it take for a design to be able to be mass manufactured? This module introduces you to the principles, methodologies and techniques of the engineering and product design practice known as 'Design for Manufacture'.
You’ll explore:
- industrial engineering
- operations management
- materials and processes
- concurrent engineering
- quality control
- sustainability
- CAD.
You’ll learn about the impact of leaving the manufacturability of a design as an afterthought, and how production volumes impact design features.
Topics include:
- tolerances
- design specifications
- ISO and British Standards
- cost estimation
- project planning.
As part of a project-based learning approach, you’ll work in teams to analyse a commercial sample in terms of its manufacturability. You’ll then develop a similar design of your own, applying everything that you’ve learned. This experience will help you learn about effective teamwork and risk management.
Module learning outcomes
- Recognize how design drives costs in relation to manufacturing, while appreciating the cost implications of different production volumes. Being able to identify and mitigate risks associated with a design project.
- Generate design reports, including Product Design Specification (PDS), presenting ideas rationally and coherently. Considering and applying relevant industry standards, codes of practice, and the documentation for the purpose of manufacturing and liability.
- Work effectively as part of a group, being able to evaluate effectiveness of team performance, and understanding the importance of inclusive teams.
- Select and apply appropriate materials and processes, recognising their limitations, while developing skills to study and learn about new materials and manufacturing process.