What Students Will Learn
Students develop an understanding of robotics kinematics, mechanical design, and control systems through hands-on construction and programming. Key learning outcomes include: six degrees of freedom (6DOF) motion principles, inverse kinematics, servo motor control, sensor integration, and sequential programming logic. The kit fosters problem-solving skills as students program the robotic arm to perform pick-and-place tasks, draw patterns, or simulate industrial automation processes. Students also explore real-world STEM applications in manufacturing, engineering, and automation.
Who It's For
Designed for upper primary to senior secondary students (Years 5–12) studying Digital Technologies, Design and Technologies, Science, and STEM electives. Ideal for classroom robotics clubs, extension activities, and project-based learning units. Suitable for beginners with guided instruction and advanced students seeking open-ended challenges.
Australian Curriculum Links
This kit supports the Australian Curriculum: Digital Technologies (Years 5–10) by addressing content descriptions such as: designing algorithms to control physical systems (ACTDIP027, ACTDIP029), implementing digital solutions using programming languages (ACTDIP030), and evaluating design processes (ACTDIP038). In Science (Years 7–10), it connects to physical sciences concepts including forces, motion, and energy transfer (ACSSU117, ACSSU155). Cross-curricular STEM F-10 outcomes are achieved through integrated design, mathematics, and technology activities.
Coding Platform
Programmable using the Arduino IDE (C++). The kit includes a compatible Arduino-compatible microcontroller and pre-written example code. Students can modify and extend code to control the arm’s movements, add sensors, or create custom sequences. No prior coding experience is required for basic operation; scaffolded resources guide beginners through the coding process.
What's in the Box
The kit includes: 6-axis robotic arm frame with gripper, 6x high-torque servo motors, Arduino-compatible control board, USB programming cable, mounting hardware and assembly tools, power supply adapter, and a set of colour-coded wiring guides. A printed instruction manual with step-by-step assembly and programming tutorials is also included.
Classroom Setup & Requirements
Each kit requires a computer with USB port and internet access for downloading the Arduino IDE (free). No additional software or subscriptions are needed. Assembly takes approximately 2–3 hours for a group of 2–3 students. Recommended for groups of 2–4 students per kit to encourage collaboration. A clean, flat workspace and basic tool kit (screwdriver, pliers) are required. The kit is designed for repeated use; replacement parts are available separately.
Support & Warranty
All Stemology products come with a 12-month warranty against manufacturing defects. For technical support, curriculum integration advice, or warranty claims, contact us at admin@stemology.com.au. Our team provides prompt assistance to ensure successful classroom implementation.
Bulk & School Orders
Bulk pricing is available for orders of 5+ kits. Schools can submit purchase orders via email to admin@stemology.com.au or through our online portal. We accept official school purchase orders and offer flexible payment terms for educational institutions. Contact us for a custom quote tailored to your classroom needs.
