Overview
Overview
This double degree is ideal for students who are passionate about engineering and science and are keen to contribute to progressive, technology-driven fields such as robotics, automation, Earth observation and space industries.
In this course, you will develop expertise in mechanics, electronics, computer systems and control engineering; and gain advanced knowledge of planetary systems, space environments and mission design.
Your studies will include topics ranging from the underlying scientific drivers for exploration through to planetary geology, earth observation and spacecraft design. You’ll also have the flexibility to select minor subjects in areas such as geospatial technology, software development, data science and AI.
Throughout the course, you’ll complete hands-on tasks in modern engineering laboratories, computational labs for data science and simulation, and Earth and planetary science labs that support geoscience and remote sensing activities aligned with space applications.
You’ll also complete specialist robotics and automation workshops – learning how to design and implement automated systems such as mobile robots and pneumatic systems – and apply machine learning, large-dataset analysis and other computing techniques to space and Earth observation challenges.
This range of project-based learning will not only connect your classroom knowledge to real-world challenges in automation, mining, aerospace and the growing space sector, but also develop your competencies in high-demand areas such as machine control, remote sensing and AI-driven data interpretation. It will also foster the problem-solving, teamwork and communication skills that are valued highly by employers.
In addition, you can participate in work-integrated learning and industry-linked projects, and you may have opportunities for study tours and collaborations with space and engineering organisations.
Upon graduation, you will have the industry-ready skills for aerospace, biotechnology, Earth observation and mining sectors, and be in a position to help address the skills gaps in Australia’s growing space sector and adjacent geoscience and Earth observation sectors.
What jobs can the Mechatronic Engineering, and Space and Planetary Science course lead to?
The skillsets sought by Australia’s growing space industry are diverse, ranging from optical engineers through to innovation managers. Employees who understand space environments and the scientific context of mission objectives are essential to success in space design, engineering, mission execution and business strategy.
Career examples
- Computer systems engineer
- Earth scientist, geoscientist
- Mechatronic/automation engineer
- Remoting sensing consultant
- Space and planetary scientist
- Space research and technology consultant
- Space industry business developer
Industries
- Aerospace
- Engineering
- Resources and energy
- Space sector: research
What you'll learn
- Major Learning Outcome 1: Please refer to the Course Learning Outcome 1 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 2: Please refer to the Course Learning Outcome 2 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 3: Please refer to the Course Learning Outcome 3 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 4: Please refer to the Course Learning Outcome 4 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 5: Please refer to the Course Learning Outcome 5 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 6: Please refer to the Course Learning Outcome 6 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 7: Please refer to the Course Learning Outcome 7 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 8: Please refer to the Course Learning Outcome 8 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)
- Major Learning Outcome 9: Please refer to the Course Learning Outcome 9 for the Bachelor of Engineering, Bachelor of Science (BB-ENGSCI)