| SACE Code | 2RES20 |
| Level | Stage 2 |
| Learning Area | Technologies |
| Duration | Year |
| Semester | Full Year |
| Pre-requisite | None required. Students will be taught the required programming, electronics, CAD and construction skills throughout the course. |
| Additional Costs | None |
| SACE Credits | 20 |
Interested in robots, electronics, coding, 3D printing or building things that actually work?
Robotic and Electronic Systems is a hands-on course for students who enjoy designing, experimenting, problem-solving and creating electro-mechanical products.
The course provides a strong introduction to skills used in engineering, robotics, automation, electronics, programming and mechanical design, and can support future pathways into Electrical and Mechanical Trades, Computer Science and a range of Engineering fields, including Mechatronics.
No previous experience is required.
In Mechatronics, you will learn how to take an idea and turn it into a working electronic product.
You will develop skills in:
A major part of the course is designing and constructing your own electro-mechanical product.
Previous projects have included automated gates, irrigation systems, security devices, pet feeders, robotic systems, digital scoreboards and other student-designed inventions.
By the end of the course, you will have combined coding, electronics, mechanical design and 3D printing to create a functioning product of your own.
Assessment Type 1: Specialised Skills Tasks – 20% (Internal Assessment)
Build the technical skills needed for your major project through:
Assessment Type 2: Design Process and Solution – 50% (Internal Assessment)
Design, develop and construct your own electro-mechanical product from concept through to a working solution.
Assessment Type 3: Resource Study – 30% (External Assessment)
Investigate, test and analyse materials, electronic components and technologies to determine the best options for your designs.
Last updated: 24 September 2026