What students will learn
Students will explore fundamental robotics and programming concepts by building a distance-detecting robot with an ultrasonic sensor. Key skills include understanding how sound waves measure distance, applying logic to automate robot movement, and developing problem-solving through hands-on assembly and coding.
Who it's for
Designed for Years 5–10, this kit is ideal for classroom STEM activities, homeschool projects, and makerspace workshops. It suits beginners and intermediate learners keen to combine physical construction with digital coding.
Australian Curriculum links
Aligns with Digital Technologies (process data, define problems, design algorithms) and Science (physical sciences: sound waves, forces). Relevant content descriptors include ACTDIK023, ACTDIP025, and ACSSU117 for energy and motion.
Coding platform
Use Microsoft MakeCode (block-based or Python) to program the kit. Compatible with BBC micro:bit and ESP32 boards — no additional software needed for basic coding.
What's in the box
- Basswood board pieces (pre-cut for easy assembly)
- Ultrasonic sensor module
- Micro:bit compatible breakout board
- Motor driver board and DC motors
- Wheels and connecting cables
- Screws, nuts, and assembly tools
- USB power cable
- Step-by-step instruction booklet
Classroom setup
Recommended for groups of 2–3 students per kit. Estimated build time is 60–90 minutes, with an additional 30–45 minutes for initial coding. Teachers should prepare scissors and a small Phillips head screwdriver; no soldering required.
Support & warranty
All Stemology products come with Australian customer support and a 12-month warranty. Contact us at support@stemology.com.au
Bulk & school orders
Ordering for a whole class or school? We offer school purchase orders and volume discounts. Contact admin@stemology.com.au
