Overview
This degree combines the latest in mechatronics technologies, systems engineering and additive manufacturing with international business studies and high-level financial and economic analysis.
You'll learn to design, build and operate smart systems relevant to the aerospace, automotive, food processing and electronics industries, and oversee the development of large-scale, global manufacturing facilities.
With knowledge and skills in engineering and business, you will be uniquely placed to succeed within the globalised engineering economy. You'll graduate ready to work in leading national and international companies. This degree will prepare you for a wide range of career possibilities. You'll be able to work across positions within the engineering industry as a technical expert who appreciates the financial side of technology innovation.
As an RMIT graduate, you'll demonstrate skills across engineering, mechatronics, design, finance and global businesses and be able to communicate your unique ideas to others, as well as continue to learn as a professional engineer.
Your studies will include electronic system design, machine intelligence and robotics - combined with finance, the global economy and business management. You will be able to take a broader view of engineering systems, utilising your knowledge of markets and management.
You’ll have the opportunity to design creative solutions through inspiring and sustainable design-and-build projects, as well as taking part in the Engineers Without Borders Challenge — a humanitarian-focused course offered in all RMIT engineering degrees.
To ensure you graduate job-ready, you’ll also have an opportunity to undertake a work-integrated learning (industry experience) elective.
Why study Advanced Manufacturing and Mechatronics Engineering and International Business at RMIT?
RMIT University is ranked in the top 10 universities in Oceania for engineering, and the top 15 in business management studies. [QS rankings by subject 2022]
Get involved in high-tech manufacturing processes and the manufacturing of high-tech products and have the financial know-how to consider technological innovation and commercialisation.
Prepare yourself for employment
Be work-ready when you graduate. Tackle research projects in partnership with industry, like the Engineers Without Borders Challenge Scholarship.
Hands-on learning experiences
Through hands-on learning and workplace experience, you'll have the opportunity to work in design and development teams, as is expected in many industries.