Manufacturing Processes
MCEN2004

Introduction

Modern engineering doesn’t stop at design; it demands the ability to bring ideas to life. This unit is where concepts become tangible, and students learn how raw materials are transformed into functional products that power industry and society. Building on prior knowledge from PRRE1003 – Resources, Processes and Materials Engineering and INDE1001 – Engineering Foundations: Principles, Design and Communication, students extend their understanding of materials and teamwork in the context of real-world production challenges.

Students will explore a wide range of manufacturing processes from casting and machining to welding, powder metallurgy, metal forming, and additive manufacturing. These are examined not just from a technical standpoint, but also in terms of how they influence material properties, product performance, production efficiency, and environmental impact. Special attention is given to production planning and CNC simulation, equipping students with insight into how modern manufacturing systems are programmed and optimised.

Hands-on lab sessions allow students to apply key concepts through direct experience, developing practical proficiency while reinforcing the theoretical underpinnings of several processes. The semester-long group project offers students a valuable opportunity to collaborate, apply critical thinking, and engage with the latest manufacturing knowledge in a practical, team-based context.

More than just a list of methods, this unit challenges students to make informed decisions; selecting appropriate processes for specific parts based on functionality, material compatibility, and cost. Whether developing precision parts for robotic surgical tools, structural components for electric vehicles, or highperformance turbine blades for energy systems, students gain the foundational knowledge to bridge design and production in real-world contexts.