Mechanical Engineering Design and Optimisation

In this unit, you will explore how engineering design principles, digital modelling tools, and optimisation techniques combine to create practical, efficient, and reliable mechanical systems. You will learn to design, analyse, and refine components using contemporary engineering software, applying your understanding of mechanics, tolerance, and fit to achieve precision and performance. Through an authentic design challenge that reflects industry practice, you will solve real-world engineering problems that balance manufacturability, cost, and quality.



By the end of this unit, you will be able to model and test mechanical designs, interpret engineering drawings, and communicate professional solutions within a collaborative team environment—skills essential for success in modern mechanical engineering.

Learning Outcomes

On successful completion of this unit, students will be able to:

1. Apply engineering design principles and scientific reasoning to design, select, and optimise mechanical components for manufacturability;

2. Develop accurate 3D models and engineering drawings using digital design tools aligned with industry standards;

3. Evaluate structural performance and manufacturability using simulation and optimisation software;

4. Design and justify manufacturable engineering solutions that balance performance and cost; and

5. Collaborate effectively in diverse teams to design and present manufacturing solutions through professional technical communication.