Coding and Robotics

The students follow Rosy in her quest to warn Earth that an alien signal has been detected in space as they perform challenges with the micro:bit nanocomputer (not included), and learn about space observation, waves, solar panels, light and space communication. Specifications: ● Age: Secondary Cycle 2 and 3 (Age 13 with supervision, age 15 independently) ● Duration: 3 sections, approx. 45 minutes each ● Recommended in groups of 3 students for certain technological challenges

Ziggy and Singing Insects kit is an interactive and engaging learning kit that allows youth to immerse themselves in the fascinating world of sound, movement, natural science and technology. This complete kit includes an experimentation box and an interactive online platform, offering an immersive educational experience. Promoting musical and technological awakening, this interactive course addresses various concepts such as biodiversity, technological awakening, coding and programming, as well as circuits and electricity. An exciting way to learn while having fun and develop essential skills.

Programmable robot using a tablet to draw on a dry-erase board, horizontally or vertically. Lifts and lowers any pencil, erases dry wiped magnetic boards, moves away from objects using front sensors, is sensitive to touch, perceives colours to follow the lines drawn, lights and flashes in colors and plays music composed by the child. Application offering problem-solving activities and allowing to code in 3 programming languages including Python, a text language.

The robot can be used at every level of education, from kindergarten, all the way to 12th grade. It can be used to teach core competencies or go further by expanding lessons about planets and the solar system by taking the robot for a walk in space; it can be taken onto a meadow to learn about plants and bees or into a city to talk about road safety. The robot can be used to introduce colors, animals, or geometrical figures, or even to explain the concept of sustainable energy. Photon is also great for carrying out games aimed at consolidating mathematical operations and memorizing numbers. With the robot's help, students can match the result to an operation or decide whether the result is correct or not. By using the adapted app for each set developed by Photon, the teachers will get the best from this innovative tool. Rechargeable Battery.

Great tool to develop intuitive programming through logical steps sequence. Program this pretty little bee robot's route by using the simple instructional buttons on its back. Bee-bot moves in 15-cm steps and emits sounds (can be deactivated) to confirm each step. With a memory of 200 steps, Bee-Bot can now detect another Bee-Bot or Blue-Bot. They will play a default sound or the students can record their own. Students can also record audio to play back when each button is pressed, making it more accessible to all students. Supplied with a USB lead, Bee-Bot can either be recharged via your computer or a wall socket with a USB mains adapter (not supplied). Automatically goes to sleep after 2 minutes of non-use. Approx. 4 hours of running time. Robust design with smooth-rolling, rubber wheels. Sturdy plastic. 13 x 10 x 7 cm high.

Ari is a compact robot that uses its interactive display to teach computer science and core content to K12 students. Its features include: - A vibrant, integrated touch screen that allows students to interact naturally with lesson content, make selections, gather data, and receive instant feedback based on user inputs. - Time of flight sensor that enables students to measure the world around them. Educators can now teach the practical fundamentals of engineering as Ari can detect and avoid obstacles, measure distances accurately, and navigate environments. - Accelerometer and gyroscope that allow students to explore motion by learning about the relationships between acceleration and velocity and provide a physical counterpart to the abstract concepts of physics. - AI integration capabilities that will allow students to use AI to enhance and personalize their learning experience. Tech Specs • 390 x 390-pixel interactive touchscreen • Accelerometer • Gyroscope • Time of flight sensor • LED lights • Built-in speaker • Strong polycarbonate shell • AI-enabled • Android OS Recommended Devices Teachers/parents – Ozobot Classroom, Ozobot's lesson portal, supports computers with the Google Chrome or Microsoft Edge browser, including: • Chromebook (Chrome OS mid-2016 or later) • Apple Mac (macOS 10.13 or later) • Windows 10 (V.20H2 or later) Students – The following devices work best with Ozobot Blockly: • Chromebook (Chrome OS mid-2016 or later) • Apple Mac (macOS 10.13 or later) • Windows 10 (V.20H2 or later) • iOS tablets (2015 / iOS 13 or later) • Android tablets (2017 / API 24 or later)

At 2.54 cm, the smallest programmable robot in the world teaches you coding while connecting you with friends.

Ozobot Colour Code Magnets offer a fun and interactive way to teach coding principles to students as young as Pre-K.

Ozobot STEAM Kits offer ready-to-go creative and educational activities with the Ozobot robot.

The Climate Action Kits come with everything a teacher needs, from the robotics hardware to curriculum-aligned lesson plans and step-by-step coding and building tutorials.

Oti-Bot is a 35 cm (14") tall STEAM-specific robot that offers students opportunities to practice and develop skills in computing, communication, collaboration, creativity, and critical thinking. With Oti-Bot, teachers can adapt learning to a variety of curriculum areas by utilizing the robot's many abilities and mix-and-match tummies. Oti-Bot can follow a line, sense colors, draw shapes, show 12 different emotions, recognize touch, look up and down, livestream, take photos and videos, record audio, detect sound, and play back audio. Learners can program Oti-Bot through remote control as well as block-based coding through an app (Android and iOS compatible). Oti-Bot provides an opportunity for a collaborative classroom experience. If desired, Oti-Bot can be shared among an entire classroom – due to its large size, it's easy for all students to view the robot in action. If the classroom has multiple Oti-Bots, students can work individually or in pairs to program the robots to recognize each other and work together.

The Root® Lite coding robot combines fun and hours of coding activities at your fingertips, no matter the user's experience with coding or robotics. With over 20 reactive sensors and features, this smart robot appeals to young learners. Powered by iRobot® Coding, the Root® Lite robot harnesses the versatility of auto-level conversion to translate code between 3 Learning Levels and advance alongside you, no matter your skill-level. Rechargeable battery. Stickers, fold-out whiteboard, dry erase marker and microfiber cloth included.

This program offers a fascinating and fun exploration of key areas of AI while integrating innovative artistic aspects. AIALab offers an immersive educational experience, ideal for fans of AI, art and creativity. Chapters of the Journey: • Introduction to AI: Discover AI in a captivating way by exploring the notions of algorithm, functioning, and limits of AI. • History of AI: Dive into the evolution of AI, from its origins to its current importance. • AI Ethics: Analyze how algorithms make decisions and explore the ethical issues of voice assistants such as Siri and Alexa. • AI and Visual Art: Learn how to dramatically transform static images using AI. • AI and Music: Passionate about music? Explore music composition with AI. Write melodies and create unique rhythms, challenging the traditional boundaries of musical composition. • AI and Poetry: Immerse yourself in a creative workshop that merges poetic text writing with AI. • As a bonus, benefit from online access to our book “Creating with AI” for a complete approach to the subject by recognized artists in this field. Main Features : • Complete course for one class, covering the basics of AI and its intersection with art. • Educational activity sheets to lead the workshop in class. • Fun approach with interactive games for practical understanding. • Specialized modules on history, ethics, visual art, music, and poetry. • Designed in Canada with a unique perspective on AI and its artistic impact.

Edison V3 is the perfect economical solution to feed your coding projects in school. This low-cost robot presents many useful features that teachers and students are looking for.

Compatible with all iRobot® Root® Coding Robots, these packs are the intersection of coding, discovery and play. Includes: • 1 foldable, double-sided 128 x 64cm whiteboard activity mat • 1 virtual activity mat for use in the iRobot® coding app • Digital Access to Themed STEM Activities • 1 set of vinyl cling decals