Master of Engineering (Industrial Automation)

This Master of Engineering program focuses on Industrial Automation, addressing the global shortage of skilled engineers in this field. It's designed for professionals with backgrounds in electrical, electronics, or mechanical engineering who want to advance their expertise in control, instrumentation, communication, machine learning, and safety systems. The curriculum integrates core modules and a project thesis to provide a robust foundation in both theoretical principles and practical applications essential for modern automation. Graduates will gain the ability to apply engineering principles to solve complex problems in industrial automation, understand specialist knowledge including programmable logic controllers, control systems, safety systems, and machine learning, and conduct research projects with a critical understanding of industry advancements. The program aims to equip students with advanced skills to meet the increasing demands of industries relying on automation technology.

Curriculum

The Master of Engineering (Industrial Automation) is a two-year program comprising 13 units, including core modules, electives, and a significant project thesis. The curriculum is structured to provide comprehensive coverage of essential Industrial Automation engineering topics, with flexibility for students to specialize through elective choices. EIT has incorporated student feedback to enhance the learning experience, including spacing out assessment due dates and adding assessment rubrics.

1. Year One
   • Industrial Automation IntroductionMIA500A
   • Programmable Logic ControllersMIA502A
   • Industrial Process Control SystemsMIA503A
   • Industrial InstrumentationMIA504A
   • Electrical Engineering for Industrial AutomationMIA509A
   • Professional Engineering ManagementMXX507
   • Safety Instrumented SystemsMIA508A
   • Industrial Data CommunicationsMIA510A
2. Year Two
   • Elective 1
   • SCADA and Distributed Control SystemsMIA602A
   • Elective 2
   • Engineering Practice and Key Research MethodsMXX601
   • Project ThesisME700

Careers

Graduates of the Master of Engineering (Industrial Automation) program are well-prepared to enter a variety of roles within the rapidly growing automation sector. The skills acquired are in high demand across numerous industries, enabling graduates to contribute to the design, implementation, and management of automated systems.

• Automation Engineer
• Control Systems Engineer
• Instrumentation Engineer
• Process Control Engineer
• SCADA Engineer
• Project Engineer (Automation)