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

5 Years On Campus Bachelors Program

University of Newcastle

Program Overview

Program Overview:
The Bachelor of Mechanical Engineering (Honours) / Bachelor of Mechatronics Engineering (Honours) equips students with advanced technical skills to solve real-world engineering challenges. It suits driven individuals interested in designing, building, and optimising mechanical and electromechanical systems across industries such as aerospace, manufacturing, defense, and robotics.

Curriculum Structure:

First Year:
Students begin with foundational engineering principles, learning mathematics, mechanics, and design and prototyping. Key units like Engineering Mechanics, Mathematics for Engineering, and Computer-Aided Design prepare students to apply theoretical knowledge to practical problems.

Second Year:
The focus shifts to deeper mechanical and mechatronic concepts, including thermodynamics, fluid dynamics, and control systems. Units such as Fluid Mechanics, Dynamics, and Electromechanical Systems Design allow students to integrate theory with hands-on experimentation and simulation.

Third Year:
Students explore advanced materials, manufacturing processes, and robotics, developing the skills needed for complex systems. Courses like Advanced Materials and Manufacturing, Robotics and Automation, and Mechatronic Systems encourage innovation and prepare students for industry-ready solutions.

Fourth Year:
The final year emphasizes project-based learning and professional application, with industrial placements enhancing employability. Students complete units such as Engineering Project, Control Systems Design, and Capstone Mechatronics Project, gaining practical experience in design, testing, and system optimisation.

Focus Areas: Mechanical design, robotics, automation, control systems, electromechanical systems, advanced materials, thermodynamics, fluid dynamics, manufacturing processes.

Learning Outcomes: Graduates will be able to design and optimise mechanical and mechatronic systems, implement control strategies, conduct engineering analysis, innovate in automation, and manage engineering projects effectively.

Professional Alignment (Accreditation): Accredited by Engineers Australia, ensuring graduates meet international engineering standards.

Reputation (Employability Rankings): Ranked in the top 300 worldwide for Mechanical Engineering, 2nd in Australia for Automation and Control, and 1st in New South Wales for skills development, with 92% of graduates employed within four months.

Experiential Learning (Research, Projects, Internships etc.)

From day one, this program is all about learning by doing. You’ll be designing, building, and testing real components and systems, working with advanced machines and automation, and applying theory in ways that feel just like a real workplace. The university puts a strong focus on work placements—12 weeks of hands-on industrial experience—so you’re not just learning, you’re actively doing.

You’ll have access to dedicated engineering labs, prototyping workshops, and robotics and control systems environments, as well as the software tools used in the industry, like computer-aided engineering and design automation. The learning spaces are designed so you can experiment, iterate, and really build confidence in your skills.

Here’s what you can expect in terms of hands-on learning:

Industrial work placement: Every engineering student completes at least 12 weeks of industry experience. You can do this as a single block or in shorter placements of at least two weeks. This gives you real exposure to the workplace while still studying.

Design, prototyping, and hands-on labs: You’ll dive into mechanical and mechatronics engineering courses covering design and prototyping, mechanics, advanced manufacturing, robotics, and electromechanical systems.

Software and engineering tools: You’ll become confident in computer-aided engineering and manufacturing tools, gaining skills that are directly applicable to modern engineering roles.

Team projects and robotics/automation work: Through courses in mechatronic systems, robotics, and control, you’ll collaborate with peers to design, build, and test electromechanical and automated systems.

Professional networks and workplace readiness: Your placements and projects don’t just build skills—they help you grow your professional network, gain industry exposure, and sharpen your communication and teamwork.

Accredited degree and global opportunities: This degree is fully accredited by Engineers Australia, meaning your practical learning meets professional standards and opens doors worldwide.

In short: you’re not just learning about machines—you’re making them. You’re not just studying control systems—you’re putting them into action. You’re not just reading about automation—you’re building it. This program equips you with the experience, confidence, and skills to step straight into a career in engineering.

Progression & Future Opportunities

If you choose the Bachelor of Mechanical Engineering (Honours) / Bachelor of Mechatronics Engineering (Honours) at the University of Newcastle (Australia), your career prospects are excellent. You’ll be ready for high‑impact engineering roles in areas such as robotics, automation, manufacturing, or smart infrastructure. You’ll also be well-prepared to step into leadership or project management positions. Typical job titles for graduates include Mechanical Technology Engineer, Systems Engineer, Industrial Automation Engineer, and Smart Infrastructure Designer.

Here’s what your progression and future opportunities could look like:

University services that help you with employment

Every engineering student completes 12 weeks of industrial experience during the degree. This can be done in a single block or split into several shorter periods.
The University’s Careers and Professional Experience Office will support you with preparing your CV, networking opportunities, and finding work placements.

Employment stats and salary figures

92% of undergraduate engineering students from this university found work within four months of graduating.
According to industry data, the average salary for an engineer in Australia is around AUD 127,099 in 2024.
For mechanical engineers specifically, median base salaries are around AUD 82,737, with senior roles reaching approximately AUD 124,000.

University–industry partnerships

The degree is fully accredited by Engineers Australia, the peak professional body for engineers in the country, giving your qualification strong recognition both nationally and internationally.
Through the Professional Experience scheme, students work on real industry projects, gaining hands-on workplace experience.

Long‑term accreditation value

Accreditation ensures that your degree meets rigorous professional standards and supports recognition by engineering bodies around the world.

Graduation outcomes

Graduates with this combined mechanical and mechatronics focus are highly versatile, with skills applicable in fields such as advanced manufacturing, defence, mining, and health technologies.

Further Academic Progression

After completing this degree, you could continue your studies in many ways. Options include a Master of Engineering (specialising in areas like advanced manufacturing, robotics, or automation), a research-oriented Master’s, or even a PhD in mechatronic systems or smart infrastructure. Further study can open doors to R&D roles, academic careers, or senior engineering management positions.