Students will explore the principles of renewable energy and engineering by constructing a functional solar-powered water pump. This hands-on activity teaches key concepts in physics, including solar energy conversion, electrical circuits, and fluid dynamics. Learners will understand how photovoltaic cells generate electricity to power a motor, enabling water circulation. The project encourages problem-solving, critical thinking, and iterative design as students test and refine their pump's efficiency under different light conditions.
This product is designed for students in Years 4 to 8, with strong applicability across Science, Design and Technologies, and STEM F-10 curriculum areas. It is ideal for classroom investigations into energy sources, sustainability, and simple machines, and can be integrated into cross-curricular projects linking environmental science with engineering design.
This resource directly supports the Australian Curriculum: Science (ACSSU097 – energy from a variety of sources can be used to generate electricity; ACSSU155 – electrical circuits provide a means of transferring electricity). It also aligns with Digital Technologies (ACTDIK020 – data representation and systems) and the STEM F-10 learning continuum, particularly in applying scientific understanding to design solutions for real-world problems such as water management in remote areas.
No coding required. This product focuses on hands-on construction and experimentation with solar energy, making it accessible for students without prior programming experience. Teachers can optionally extend the activity by integrating simple data logging or sensor-based monitoring if desired.
Each kit includes: one solar panel (6V, 1W), one DC water pump motor, clear tubing (1 metre), a water basin, connector wires with alligator clips, mounting brackets, screws, and a detailed instruction booklet with classroom activity guides. All components are pre-tested and designed for easy assembly. No additional tools are required.
To operate the pump, a sunny window or direct sunlight is needed; a desk lamp with a bright bulb can serve as an alternative light source. Each kit requires a small container of water (e.g., a plastic basin or beaker) and a flat work surface. Recommended for groups of 2-3 students to encourage collaboration. Teachers should allow 45-60 minutes for initial assembly and testing, with additional time for extended investigations.
Stemology provides a 12-month warranty covering manufacturing defects. For technical support, curriculum integration advice, or replacement parts, please contact us at admin@stemology.com.au. Our team responds within 1-2 business days. We also offer free online resources including lesson plans and assessment rubrics for registered schools.
Schools and educational institutions benefit from tiered bulk pricing for orders of 10+ units. We accept official purchase orders via email (admin@stemology.com.au) or through our school portal. For custom class sets or curriculum bundles, please contact our education team to discuss discounted rates and free shipping on qualifying orders. All products are GST inclusive.