What Students Will Learn
Students will develop foundational STEM skills by constructing a functional vehicle from component parts. This project-based kit teaches core concepts in physics, engineering design, and systems thinking. Learners will explore forces, motion, energy transfer, and simple circuits through hands-on assembly. The activity also fosters problem-solving, iterative testing, and data collection as students modify their vehicle to meet performance challenges. By the end, students will understand how mechanical and electrical systems work together in a real-world application.
Who It's For
Designed for students in Years 3 to 8, this kit integrates seamlessly into primary and lower secondary classrooms. It is ideal for Science, Design and Technologies, and STEM elective subjects. The project supports differentiated instruction, allowing younger students to focus on basic assembly and observation, while older students engage in more complex design modifications and data analysis.
Australian Curriculum Links
This kit directly supports the Australian Curriculum: Science (Physical Sciences sub-strand) for Years 3-6, covering content descriptors such as ACSSU076 (forces and motion) and ACSSU097 (electrical circuits). It also aligns with Digital Technologies outcomes for Years 5-8, including ACTDIP025 (designing algorithms) and ACTDIP030 (implementing simple digital solutions). For the STEM F-10 curriculum, it addresses the core concepts of systems, design, and data interpretation, making it a versatile tool for cross-curricular STEM learning.
Coding Platform
No coding required. This kit focuses on mechanical assembly and electrical connections, providing a hands-on introduction to engineering without the need for programming. Teachers can optionally extend the project with simple coding activities if desired, but the core experience is entirely unplugged.
What's in the Box
Each kit contains all necessary components for one student or pair to build a complete vehicle: pre-cut chassis board, DC motor, wheels, axles, battery holder, switch, wires, connectors, and a detailed instruction booklet. Also included are design templates for students to plan their modifications. No additional tools or materials are required for standard assembly. All parts are reusable for multiple projects.
Classroom Setup & Requirements
Minimal setup required. Each student or pair will need a flat work surface and access to basic tools such as scissors and a ruler (not included). The kit is designed for a 45-60 minute initial build session, with additional time for testing and modification. Class sets can be stored in a standard cupboard. No specialised lab equipment or software is needed. Group sizes of 2-3 students work best for collaborative learning.
Support & Warranty
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, curriculum advice, or replacement parts, contact our team at admin@stemology.com.au. We are committed to supporting teachers with prompt, helpful responses to ensure successful classroom implementation.
Bulk & School Orders
We offer tiered bulk pricing for class sets of 10 or more kits. School purchase orders are accepted and can be processed via email to admin@stemology.com.au. For orders of 20+ kits, we include a free teacher resource pack with additional lesson plans and assessment rubrics. Contact us for a custom quote tailored to your school's needs.
