Advanced Product Design module (GA41009)
Learn analytical and computer-based optimisation techniques including linear programming, and CAD simulation applied to engineering design and manufacturing problems
Develop your ability to apply both analytical and computer-based optimisation to real engineering design challenges.
Topics covered include linear programming fundamentals including the formulation of constraints and objective functions, graphical methods for two-variable optimisation problems and the use of CAD simulation tools to solve engineering optimisation problems. You will develop skills in using spreadsheets and proprietary computer tools alongside analytical methods, building the engineering judgement needed to select and apply appropriate models in practice.
What you will learn
In this module, you will:
- Formulate and solve two-variable optimisation problems using linear programming and graphical methods
- Develop your knowledge and expertise of CAD simulation tools to perform engineering optimisation
By the end of this module, you will be able to:
- Identify a suitable optimisation model to solve a specific engineering design problem
- Formulate engineering problems for analytical and graphical optimisation
- Use computer tools to carry out graphical and analytic optimisation
- Collaborate effectively in a team to deliver a group design and simulation project
Assignments / assessments
Coursework 1: Analytical Optimisation (50%)
- A two-part mini project in the formulation of an engineering problem for optimisation using the linear programming method, followed by a validation of the solution using a CAD software tool.
- Given out in Week 2, Semester 2, Both parts of the assignment to be completed by Week 6, Semester 2
Coursework 2: Group Design and Simulation Project (50%)
- Group project where you will carry out iterative optimisation of a poorly defined engineering design problem, which will then be validated via a computer-based simulation.
- Given out in Week 7, Semester 2. Submitted on Week 11, Semester 2
This module does not have a final exam.
Teaching methods / timetable
- Project-based learning integrating analytical and computer-based methods
- Workshops in engineering problem formulation and optimisation
- Use of CAD simulation tools and spreadsheet software
- Group work developing collaborative design and problem-solving skills