Bachelor of Engineering (Mechanical Engineering) (Honours)/Bachelor of Business

5 Years On Campus Bachelors Program

RMIT University

Program Overview

Program Overview

The Bachelor of Engineering (Mechanical Engineering) (Honours) / Bachelor of Business at RMIT University is a distinctive double degree that blends the technical expertise of mechanical engineering with the strategic insight of business. This program is perfect for students who want to design and improve machines, systems, and products, while also gaining the skills to lead projects, manage teams, and drive business ventures with confidence.

Curriculum Structure

Years 1–2
In your first two years, you’ll lay the foundation for your engineering journey. You’ll study core subjects such as Engineering Mathematics, Engineering Design, and Engineering Physics, alongside an “Introduction to Engineering” unit that includes the Engineers Without Borders Challenge. At the same time, you’ll begin exploring business fundamentals like Business Management and Economics, giving you a solid understanding of how organisations operate and how markets function.

Year 3
By your third year, you’ll dive deeper into your business studies, exploring units like Marketing, Human Resource Management, and Global Business. Meanwhile, you’ll continue advancing your mechanical engineering knowledge with topics such as Mechanics, Mechatronics, and Computer-Aided Design. This combination ensures you develop both technical expertise and business insight.

Years 4–5
The final two years focus on specialist mechanical engineering electives and a capstone project, which may include a major design-and-build challenge and a work-integrated learning placement. In parallel, you’ll undertake advanced management studies, preparing you for leadership roles. By the end of the program, you’ll have hands-on engineering experience and strong business leadership skills.

Focus Areas

Mechanical Engineering: Mechanical systems design, renewable energy and fluid dynamics, mechatronics, and automotive engineering.
Business: Entrepreneurship, international business, and advanced management.

Learning Outcomes

Graduates of this program will be able to:

Design and analyse mechanical engineering systems.
Apply engineering science and professional practice.
Manage projects and organisations effectively.
Make informed business decisions.
Lead technical teams in a global context.

Professional Alignment

The mechanical engineering component is fully accredited by Engineers Australia, and as part of the Washington Accord, it is recognised internationally. This means you’ll be eligible for graduate and professional membership.

Reputation and Employability

RMIT is ranked among the top 10 in Australia for Business and Management Studies. In subject-specific rankings, RMIT’s Civil Engineering is placed 27th globally, and Mechanical Engineering is within the top 100 worldwide.

Experiential Learning (Research, Projects, Internships etc.)

When you study this double degree, you won’t just be sitting through lectures — you’ll be actively designing, analysing, and improving mechanical systems, while also learning how to manage, lead, and make an impact across business functions. At RMIT, you’ll have access to specialised engineering labs and equipment, work on team-based design projects, and take part in business case studies and industry-connected initiatives. The program is designed so that you’re constantly bridging engineering and business in practical, real-world ways — not just learning theory.

Here are some of the experiential learning opportunities you’ll experience in this program:

Engineers Without Borders Challenge – Work on humanitarian engineering design and build projects that make a real difference in communities.
Final-year capstone project – Develop and present a major engineering and business solution, often in a team setting, and potentially showcase it at RMIT’s “EnGenius” end-of-year student event.
Work-integrated learning elective (industry experience) in Year 5 – Gain hands-on workplace experience, apply your technical and business skills, and receive valuable feedback from industry professionals.
Interactive classes – Learn through a mix of lectures, seminars, workshops, group discussions, and collaborative projects, focusing on applied learning rather than passive listening.
Specialised labs and equipment – Access RMIT’s advanced facilities, including large wind tunnels, rock and mineral specimen labs, and other hands-on testing and simulation environments.
Global exposure opportunities – Study abroad, participate in exchange programs, or gain international work experience through RMIT’s network of over 165 partner universities, enhancing both your technical and business awareness globally.
Focus on digital and adaptive skills – Build capabilities such as being digitally adept, connected, and adaptive, preparing you to thrive in real industry contexts.

With this combination of engineering expertise and business acumen, you won’t just be ready to design machines — you’ll be ready to lead projects, launch new products, or manage engineering teams. If you enjoy being hands-on with technical challenges while also taking a strategic view, this degree is made for you.

Progression & Future Opportunities

Progression & Future Opportunities
Graduates from this double degree are in a great position to step into roles that blend strong technical engineering skills with business leadership. You could find yourself working as a Mechanical Design Engineer, a Project Manager in manufacturing, a Business Development Manager in engineering services, or a Technical Operations Manager.

Here’s a closer look at what you’ll gain and how it can shape your career:

University Services
You’ll have access to RMIT’s career support, including career counselling, résumé workshops, and opportunities for work placements and industry networking. These resources are designed to help you transition smoothly into the workforce and explore a variety of career paths.

Employment Stats & Salary Figures
RMIT graduates enjoy strong employment outcomes. Recent data shows that 86.9% of higher-education graduates are employed, with 77.9% in full-time positions. On average, undergraduate starting salaries are around A$66,800.

University–Industry Partnerships
The program is closely guided by industry-advisory committees, which include practising engineers and senior executives. This ensures your learning stays relevant to real-world engineering challenges. You’ll also benefit from hands-on work-integrated learning opportunities, such as placements and overseas exchange programs with over 165 partner universities.

Long-Term Accreditation Value
The engineering part of the degree is fully accredited by Engineers Australia. Being a Washington Accord signatory, your qualification is recognized internationally, giving you the flexibility to pursue engineering careers around the world.

Graduation Outcomes
This double degree equips you with strong mechanical engineering expertise—covering mechanics, mechatronics, renewable energy systems, and CAD—while also developing skills in business management, entrepreneurship, marketing, HR, and global business. This combination prepares you to take on leadership roles early in your career.

Further Academic Progression
After graduating, you have several pathways to deepen your expertise or pivot your career. Options include a Master of Engineering (Mechanical Engineering) or a Master of Business/Corporate Management to advance into technical leadership or executive roles. You could also explore specialist postgraduate diplomas in areas such as renewable energy systems, advanced manufacturing, or strategic innovation—positioning you for senior management or research-focused careers.