Makerspaces

This entry-level learning robot set for kids aged 3 and up. Leveled up with innovative technology and with a wide range of cross-curricular Interactive maps. Equipped to speak 11 languages. Self-Guided course for teachers Purchased for the ATA Library through a generous grant from Educational Technology Council of the Alberta Teachers Association (ETCATA)

1 motorized head and 8 easy-to-connect segments that can go together in many different combinations. Kids connect the segments to make Code-a-pillar go forward, left, right or wherever they choose. Each segment lights up as the action happens. Introduction; Problems solving with a code-a-pillar

1,000+ coding combinations for kids to explore! Preschoolers can twist the dials on the caterpillar's segments to create a sequence and add exciting lights and sound effects!

The Tinker kit allows students to make dozens of DIY projects that incorporate science and programming. Tutorial

obbie II is a buildable robot composed of 6 legs and a free rotation body, equipped with all the necessary electronic components, including an engine, an infrared sensor and a buzzer to make it active and interactive for the maximum of fun. Downloads & Manuals; Video

TP Bot car robot coding kit is a smart coding car for micro:bit. It can be used with or without a micro:bit (of course, your library includes a microbit for each car). Coding Cheat Sheet

Make TRUETRUE move by coding with color cards. Children can easily understand the fundamental principles of coding while checking the robot's movement. Like an ozobot, TRUETRUE an follow a drawn line and read colors on paper for more programming fun.

This child-friendly and sturdy camera can be used to take pictures or record film clips with audio. It features 14 MB picture quality, a 2 inch video screen, easy-to-understand buttons, and a flat base to support stop-motion animation projects.

This mini pottery wheel machine owns a compact structure with a beautiful appearance, only covering a small area. It also provides high-quality aluminum alloy turntables and a powerful motor, allowing the ceramic wheel to operate steadily with low noise

VinciBot Classroom Set includes 6 VinciBot coding robots and rich learning materials. For children aged 8+ Self-guide course for teachers, Sample Activity Cards (first few are blank); Activity Cards Download; Videos

Get students exploring with this science tool designed for little hands. Features simple magnification and a clear case for viewing specimens. Great for familiarizing children with the feel of using a microscope. Also features a detachable viewer, 20x magnification and a focusing knob.

The scheme is suitable for Grade 4+ students. Previous micro:bit experience recommended. Wheel:bit reuses cardboard and other materials and can be taken apart and repaired. Grade 4+ Introduction; Autonomous Drive; How to Build

Packed with different electronic sensors such as the Line-following sensor, the Sonar:bit and the Water level sensor, your students will be challenged with possibilities Learning Directory

Child friendly programming tools on touch devices make it easy to achieve robotic activities that seemed impossible until now. They can move, glow, make sounds and interact with each other. Lessons Purchased for the ATA Library through a generous grant from Alberta Technology Leaders in Education (ATLE)

This reading and two-way translation pen works with 60+ languages. Scan texts and read them aloud to assist individuals with dyslexia in reading. Video

A bionic quadruped robot dog kit from your Terminator nightmares designed for artificial intelligence education for teenagers. User Guide

You can teach Zumi to recognize colors, learn gestures, recognize faces, and more! She's programmable in Blockly or Python. Learn about how artificial intelligence (AI) works by training Zumi to navigate an environment. The more she learns the environment, the better she becomes at navigating. Blocky Lessons; Python Lessons; Quick Start Guide