Students will explore the principles of infrared communication, circuit design, and applied electronics by constructing and operating a fully functional desk lamp. This hands-on activity develops problem-solving skills, fine motor coordination, and an understanding of how remote control technology works in everyday devices. Key learning outcomes include: identifying infrared signals and their uses, understanding basic electronic components (resistors, LEDs, transistors), and applying the design thinking process to troubleshoot and refine a working prototype. The project also reinforces concepts of energy transfer, input-output systems, and user-centered design.
Designed for students in Years 5 to 9, this product aligns with Science, Digital Technologies, and Design and Technologies learning areas. It is particularly suitable for STEM elective classes, after-school coding clubs, and integrated project-based learning units. Teachers can adapt the complexity of the task for differentiated instruction, from basic assembly to advanced circuit modifications.
This product directly addresses content descriptions from the Australian Curriculum: Digital Technologies (ACTDIK007 – data representation and transmission, ACTDIP017 – designing algorithms for control systems), Science (ACSSU097 – electrical circuits and energy transfer, ACSIS103 – using scientific inquiry to solve problems), and Design and Technologies (ACTDEK019 – investigating technologies in products). It also supports the STEM F-10 integrated approach by combining electronics, programming, and design thinking.
No coding required. This product uses pre-programmed microcontrollers and infrared modules, allowing students to focus on circuit assembly and system testing without the need for software coding. For advanced extensions, teachers can integrate Arduino or micro:bit coding (sold separately) to customise remote control functions.
Each kit includes: one pre-soldered infrared receiver module, one infrared remote control (battery included), LED lamp head with adjustable arm, base with circuit board and battery holder, connecting wires and resistors, screwdriver and assembly hardware, step-by-step illustrated instruction booklet, and a troubleshooting guide for common circuit issues. All components are classroom-safe and RoHS compliant.
Each student or pair requires one kit and a flat workspace. No soldering or power tools are needed – assembly uses screw terminals and push-fit connections. Recommended classroom time: 2–3 sessions of 45–60 minutes. Teachers should have basic multimeters (optional) and AA batteries (4 per kit, not included). The activity works well with groups of 2–3 students to encourage collaboration. Storage in individual resealable bags is advised for component organisation.
All Stemology products include a 12-month warranty against manufacturing defects. For technical support, curriculum advice, or replacement parts, email admin@stemology.com.au. Our team of experienced STEM educators responds within 1 business day. We also provide free downloadable lesson plans and extension activities aligned to the Australian Curriculum.
Schools ordering 10+ kits receive a 15% discount on unit pricing. Purchase orders are accepted from all Australian schools and educational institutions. For a custom quote, bulk pricing, or to discuss class sets, email admin@stemology.com.au. We also offer free delivery on orders over $300 (ex GST). All products are stocked in Australia for fast dispatch.