Bachelor of Mechatronics Engineering (Honours) / Bachelor of Electrical and Electronic Engineering (Honours)

If you’re thinking about studying the Bachelor of Mechatronics Engineering (Honours) / Bachelor of Electrical and Electronic Engineering (Honours) at the University of Newcastle, Australia, you’ll find that your learning is not just theoretical—it’s hands‑on, practical, and geared toward making you career‑ready.

From your very first year, you’ll get the chance to work on real systems. You’ll learn how circuits, sensors, actuators, microprocessors, and mechanical components all work together, and you’ll gain practical experience in well-equipped labs and design studios. You’ll prototype, test, and refine electromechanical systems, while the university’s Precision Mechatronics Lab brings together electrical, mechanical, and physics disciplines for exciting work in robotics and imaging technologies.

You’ll also dive into modelling and simulation tools, autonomous systems design, and mechatronics design, giving you a well-rounded engineering skill set.

Here’s a closer look at the specific experiential-learning opportunities you’ll benefit from:

• Industrial experience/placement: Every undergraduate engineering student completes a mandatory 12-week placement. This is your chance to apply your knowledge in real-world engineering environments and start building your professional network.

• Work-integrated learning through “Career-Ready Placements”: You can take part in role-based placements, project-based internships (individual or team), and even overseas industrial experiences. These opportunities let you gain hands-on experience while contributing to real projects.

• Project-based courses: In courses like Mechatronics Design, you’ll design and build mechatronic systems—combining mechanical, electrical, sensors, and actuators—as part of your coursework.

• Specialised research and teaching facilities: The Precision Mechatronics Lab gives you access to state-of-the-art robotics, imaging, and fabrication technologies, so you can work with cutting-edge systems.

• Core technical skills: Your coursework will cover areas like autonomous systems, electronic design, microprocessor systems, modelling and simulation, and sensors and actuators—ensuring you’re confident with both the hardware and software sides of modern engineering.

• Industry connections and accreditation: The program is fully accredited by Engineers Australia, giving you professional recognition. Plus, the university is part of the Global Engineering Education Exchange (Global e3), offering exciting international opportunities.

With this combination of hands-on learning, professional placements, and access to advanced facilities, you’ll graduate with the skills, confidence, and experience that employers are looking for.

Future Progression & Opportunities:

Graduates from this combined degree are highly sought after, equipped with both advanced mechatronics and electrical engineering skills, ready to tackle challenges in automation, robotics, and advanced manufacturing. Typical roles include Mechanical Technology Engineer, Electrical Design Engineer, Robotics Engineer, and Engineering Project Manager:

• University career services: The University of Newcastle offers dedicated support through its Careers and Employability team, including one-on-one career coaching, resume building, and job placement support. All engineering students complete a 12-week industrial experience, giving hands-on experience and professional networking opportunities.

• Employment statistics and salary: Approximately 92% of graduates secure employment within four months of finishing the degree, with starting salaries often exceeding industry averages for engineering roles.

• Industry partnerships: Strong collaborations with industry leaders such as Ampcontrol and ResTech provide access to cutting-edge projects, internships, and research opportunities.

• Accreditation and long-term value: The degree is professionally accredited, ensuring graduates meet national and international standards, opening pathways to senior engineering positions worldwide.

• Graduation outcomes: Graduates are prepared for careers across sectors including defence, renewable energy, advanced manufacturing, mining, healthcare, and transport.

Further Academic Progression:
Graduates can continue their studies by pursuing Master’s programs in Mechatronics, Electrical Engineering, Robotics, or Automation, or even specialize in emerging areas like AI-integrated systems, renewable energy technologies, or biomedical engineering. This degree lays a solid foundation for research degrees (PhD) for those interested in academic or high-level industry research roles.