Course overview
Help shape the future of Australia’s advanced manufacturing and technology sectors with this specialised, industry-focused qualification. The Associate Degree in Applied Technologies is designed to launch your career in engineering and technology-driven industries, preparing you to become a technical specialist, automation technician, or engineering associate.
According to industry trends and the Australian Government’s focus on innovation, professionals with expertise in advanced manufacturing, automation, and digital systems are in high demand across sectors such as mining equipment, technology and services (METS), aerospace, automotive, and smart infrastructure. This occupation is expected to grow strongly, with employers seeking graduates who can adapt to emerging technologies and drive efficiency in modern workplaces.
Throughout this associate degree, you will develop practical, hands-on skills in areas including automation, robotics, digital fabrication, and smart production systems. You’ll gain specialised knowledge in Industry 4.0, CAD/CAM technologies, power generation systems, and digital process control. Our experienced educators will guide you in synthesising theoretical and practical understanding through industry-focused projects and real-world problem-solving activities, ensuring you are job-ready and future-focused.
Successful completion of this course will qualify you to work as an advanced manufacturing technician, digital fabrication specialist, automation technician, or engineering associate in a variety of industries, including manufacturing, mining, medical devices, and industrial design. You’ll also be well-positioned to continue your studies in the Bachelor of Engineering Technologies or other advanced qualifications, with clear pathways and credit transfer options available.
Key features:
- Practical, job-focused learning environment with access to cutting-edge facilities, including the Robotics and Advanced Manufacturing Centre (RAMC) at Eagle Farm.
- Strong emphasis on applied problem-solving, innovation, and collaboration across disciplines.
- Opportunities to specialise in advanced manufacturing or cyber security through elective streams.
- Industry engagement and real-world projects to build future-ready skills.
- Pathways to further study and career advancement in engineering and technology sectors.
Graduates may articulate into the Bachelor of Engineering Technologies (Advanced Manufacturing) or Bachelor of Engineering Technologies (Cyber Security) with credit for completed units, or pursue further study and professional development in related fields.