Overview 

This multidisciplinary program integrates core principles from mechanical, electrical, computer, and software engineering to design and construct advanced automated devices and smart machinery. Students examine how digital electronics, industrial control systems, and robotics interact to power contemporary manufacturing and automated processing operations. Delivered through Edith Cowan University, the curriculum balances rigorous theoretical foundations with practical, hands-on problem solving to prepare students for demanding technical environments across various industrial sectors.

What You'll Learn

• Core engineering science principles, including dynamics, thermodynamics, fluid mechanics, and advanced materials science.

• Fundamentals of circuit design, analog and digital electronics, signal analysis, and microprocessor system architectures.

• Practical methods in computer-aided design and computer-aided manufacturing to model and fabricate mechanical components.

• Industrial control mechanisms, sensor technologies, power electronics, and integrated electro-mechanical system design.

• Theoretical and practical aspects of robotics engineering, real-time embedded systems, and automated process management.

• Essential skills in engineering project management, system design methodologies, sustainable development, and professional ethics.

Learning Outcomes 

Upon completing this program, students will be able to design, analyze, and optimize complex mechatronic systems through the systematic application of mathematical, scientific, and engineering fundamentals. Graduates will possess the technical competence to diagnose multifaceted engineering problems, evaluate electro-mechanical performance, and synthesize innovative solutions using modern computational software and analytical tools. Furthermore, students will demonstrate the leadership and collaborative capabilities needed to manage complex technical projects in multidisciplinary teams while adhering strictly to ethical standards, professional codes, and environmental safety regulations. They will also communicate technical insights effectively to diverse professional audiences.