Advanced Design and Manufacture module (GA41008)
This 15-credit module covers empirical engineering design methods, fracture mechanics, fatigue, Industry 4.0 manufacturing technologies, and 3D printing
This module introduces advanced analytical and empirical methods used in professional engineering design, drawing on Shigley's Mechanical Engineering Design as a core reference.
Topics covered include uncertainty in engineering design and reliability factors, stress concentration factors and the use of Shigley tables, fracture mechanics and the characteristics of brittle fracture, and empirical methods for assessing fracture strength and designing for optimum fatigue life.
Alongside these analytical methods, you will continue to develop your 3D CAD skills, working with slicing software to control 3D printers and applying Industry 4.0 manufacturing technologies.
Working in small teams with minimal supervision, you will develop your ability to collaborate across discipline boundaries and manage complex engineering projects effectively. Assessment is through a group report submission (50%) and a class test (50%).
What you will learn
In this module, you will:
- Apply empirical data to solve mechanical engineering problems where uncertainty exists
- Use Shigley's tables for stress concentration factors and design for fatigue life
- Understand fracture mechanics and the characteristics of brittle fracture
- Apply Industry 4.0 manufacturing technologies including 3D CAD and additive manufacturing
By the end of this module, you will be able to:
- Carry out engineering projects utilising Industry 4.0 manufacturing technologies
- Use empirical data and calculation methods for the solution of mechanical engineering problems
- Design and fabricate mechanical components using computer-aided design
- Work effectively in teams across discipline boundaries and manage time independently
Assignments / assessments
Group Report
- 50% of module mark
- Team-based report integrating analytical and empirical engineering design methods
Class Test
- 50% of module mark
- Assessed under controlled conditions
This module does not have a final exam.
Teaching methods / timetable
- Lectures covering mechanical engineering design theory and empirical methods
- Practical laboratory sessions with 3D CAD and additive manufacturing equipment
- Team-based project work with minimal supervision