This major focuses on computer-based measurement and control, exploring the computing technologies used to operate modern industrial and autonomous systems. You will delve into industrial control systems and their components, learning to design and plan smart power systems for increased reliability and stability. The program is designed to be industry-oriented, providing you with the practical understanding and knowledge needed for effective design, prototyping, and control of industrial systems. This approach ensures you are job-ready upon graduation with skills in areas like microcontrollers, electrical circuits, SCADA systems, and embedded design.
The Industrial Control and Automation Engineering major requires 24 credit points. Below is a list of core units. For detailed unit descriptions and prerequisites, please refer to the Course Handbook. Suggested course plans are also available to help with enrolment planning.
Graduating with a major in Industrial Control and Automation Engineering prepares you for a variety of roles in the engineering and power industries. The practical skills and knowledge gained are highly sought after by employers.
International students must meet general admission and English language proficiency requirements. For specific details, please refer to the international student admission information on the Murdoch University website.
Tuition fees are indicative and subject to change. Please visit the official Murdoch University website for the most up-to-date fee information.
This major can contribute to meeting the continuing professional education requirements for engineering technologists in areas related to electrical engineering.