Students will explore fundamental engineering and scientific concepts by constructing a functional mini washing machine. This hands-on activity teaches principles of motion, energy transfer, and simple mechanics. Learners will develop problem-solving skills, fine motor coordination, and an understanding of how everyday appliances work. The project encourages inquiry-based learning as students test and refine their designs, fostering creativity and critical thinking in a practical STEM context.
Designed for students in Years 3 to 8, this product is ideal for primary and lower secondary classrooms. It aligns with subject areas including Science, Design and Technologies, and Digital Technologies. The activity suits both introductory STEM lessons and more advanced project-based learning units, accommodating a range of student abilities through differentiated instruction.
This product directly supports the Australian Curriculum: Science (ACSSU076 – forces and motion; ACSSU117 – energy transfer); Design and Technologies (ACTDEK013 – generating design ideas; ACTDEP025 – evaluating design solutions); and Digital Technologies (ACTDIP010 – following and describing algorithms). It also addresses STEM F-10 capabilities including critical and creative thinking, and ethical understanding through sustainable design discussions.
No coding required. This product focuses on mechanical and electrical assembly without the need for programming. It provides an excellent entry point for students new to STEM, allowing them to grasp core engineering concepts before advancing to coded systems.
Each kit includes: pre-cut wooden base and support pieces, a DC motor, battery holder with switch, plastic propeller, connecting wires, screws, and a detailed instruction booklet. All components are child-safe and reusable. The box contains everything needed for one student or pair to complete the project, with no additional tools required beyond a standard Phillips-head screwdriver.
Each student or pair requires a clear workspace with access to a screwdriver. The project takes approximately 60 to 90 minutes to complete, ideal for a single lesson or two shorter sessions. Teachers should prepare by testing one kit beforehand. For larger classes, a demonstration station is recommended. The finished model operates on 2 AA batteries (not included) and can be used for further experiments on water flow and mechanical advantage.
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, replacement parts, or curriculum integration advice, contact our team at admin@stemology.com.au. We are committed to assisting educators in delivering engaging STEM experiences.
We offer tiered bulk pricing for orders of 10 or more kits, with additional discounts for class sets of 30 or more. Schools can submit purchase orders via email to admin@stemology.com.au. For custom quotes or curriculum-matching support, please contact our education consultants. All orders are processed within 5 business days, with free delivery for orders over $500 within Australia.