Description
For students interested in electronics, electrical systems, programming and technology, this subject provides a practical introduction to modern systems engineering. While experience in Year 9 Systems is beneficial, it is not essential.
Students develop foundational knowledge of electrical and electronic circuits, safe workshop practices, multimeter use, and basic programming using Arduino microcontrollers. Through a combination of theory and practical activities, students investigate sensors, actuators, and electronic modules while learning how systems can monitor, respond to, and control real-world situations.
The course culminates in a student-designed project that integrates the knowledge and skills developed throughout the semester. Students have the opportunity to design and build a system of their own choice that demonstrates the use of electronics, programming, and closed-loop control.
Unit Topics
- Electrical theory and circuit fundamentals
- Safe use of multimeters and test equipment
- Practical circuit construction and soldering
- Arduino programming
- Sensors, actuators and electronic modules
Skill Development
- Electrical testing and fault finding
- Multimeter operation and measurement techniques
- Arduino programming
- Design and problem solving
- Understanding electrical and electronic systems
Possible Assessment Tasks
- Electrical Trades
- Electronics Technician
- Industrial Automation
- Robotics and Mechatronics
- Engineering
- Information Technology
- Systems Engineering
- Automotive Electrical Technology
Activities/Camps/Excursions
Robotics
Career Options
Robotics
Year 10