Mechatronics Engineering - Bachelor of Engineering (Honours)
Other Engineering
A course by
AUT
Develop professional skills across engineering disciplines in mechatronics, integrating mechanical systems with electronics and software. This honours degree covers complex technical, business, and project management skills, preparing you for a multidisciplinary engineering career.
$ENQUIRE
Interested in this course? Enquire now for Domestic & International pricing
$ENQUIRE
Interested in this course? Enquire now for Domestic & International pricing
Core skills this course teaches
Apply interdisciplinary engineering knowledge
Demonstrate ability to combine mechanical, electrical, and software principles to analyse and design mechatronic systems.
Professional engineering skills development
Develop complex technical, business, and project management techniques relevant to modern engineering practice.
What You're Signing Up For
The Bachelor of Engineering (Honours) Mechatronics Engineering major at AUT provides an interdisciplinary education, developing your skills in mechanical, electrical, electronics, and software engineering. You'll complete fundamental courses across these areas, participate in a required 800-hour supervised industry work experience, and gain knowledge of human-centred design, systems thinking, and project management. In your fourth year, you'll undertake a real-life, industry-based research project, preparing you for diverse technology, automation, and engineering roles.
Course Content
- Fundamentals of mechanical, electrical, and software engineering
- Engineering mathematics I, II, III
- Introduction to microcontrollers
- Mechanisms and dynamics of machinery
- Solid mechanics
- Thermodynamics
- Electronics project
- Analogue and digital systems
- Engineering management
- Instrumentation and control systems
- Embedded system design
- System dynamics and vibrations
- Communication engineering
- Machines and drives
- Data engineering and AI
- Mechatronics design and control
- Final year research project (Parts A & B)
- Innovation and research management
- Optional advanced papers such as digital signal processing, industrial robotics, and embedded software engineering
- 800 hours of supervised industry work experience
What you need to know first
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