Robotics
Elevate Learning with the Smart Garden: Advanced Level 2 Kit – Perfectly Paired with Our Advanced Level 2 Learner Course and Book!
Inspire Grade 8 learners to merge technology and nature with the Smart Garden: Advanced Level 2 Kit. This comprehensive set provides every part and tool needed to construct a fully functional automated garden system, guided by an Arduino (included) to bring coding, robotics, and green innovation into the classroom.
By incorporating moisture sensors, codable buttons, and automated watering components, learners can create a thriving, customisable mini-ecosystem—right at their fingertips. While plants and pots are not included, this gives students the freedom to choose and personalise their greenery, sparking curiosity and ownership of their scientific exploration.
Designed for a deep dive into Arduino coding, wiring, and hands-on engineering, the Smart Garden Kit works seamlessly with our Advanced Level 2 Learner Course and Book. Step-by-step instructions ensure learners develop the confidence and know-how to bring their eco-inspired robotics projects to life, unlocking infinite possibilities in sustainable STEM learning.
Highlights:
Ideal for Grade 8 Learners: Balances complexity and creativity, expanding coding and engineering skills.
Arduino-Powered: Dive straight into coding and robotics with an included Arduino board.
Complete & Customisable: All essential parts and tools provided; choose your own plant and pot for personalised growth.
Nature Meets Tech: Automate watering, measure moisture, and control the system with codable buttons—perfect for real-world STEM applications.
Comprehensive Learning: Integrates seamlessly with our Advanced Level 2 Course and Book, ensuring structured, guided skill development.
Equip your young innovator to cultivate both knowledge and nature with the Smart Garden: Advanced Level 2 Kit, where programming meets plant power!
Elevate Learning with the Smart Garden: Advanced Level 2 Kit – Perfectly Paired with Our Advanced Level 2 Learner Course and Book!
Inspire Grade 8 learners to merge technology and nature with the Smart Garden: Advanced Level 2 Kit. This comprehensive set provides every part and tool needed to construct a fully functional automated garden system, guided by an Arduino (included) to bring coding, robotics, and green innovation into the classroom.
By incorporating moisture sensors, codable buttons, and automated watering components, learners can create a thriving, customisable mini-ecosystem—right at their fingertips. While plants and pots are not included, this gives students the freedom to choose and personalise their greenery, sparking curiosity and ownership of their scientific exploration.
Designed for a deep dive into Arduino coding, wiring, and hands-on engineering, the Smart Garden Kit works seamlessly with our Advanced Level 2 Learner Course and Book. Step-by-step instructions ensure learners develop the confidence and know-how to bring their eco-inspired robotics projects to life, unlocking infinite possibilities in sustainable STEM learning.
Highlights:
Ideal for Grade 8 Learners: Balances complexity and creativity, expanding coding and engineering skills.
Arduino-Powered: Dive straight into coding and robotics with an included Arduino board.
Complete & Customisable: All essential parts and tools provided; choose your own plant and pot for personalised growth.
Nature Meets Tech: Automate watering, measure moisture, and control the system with codable buttons—perfect for real-world STEM applications.
Comprehensive Learning: Integrates seamlessly with our Advanced Level 2 Course and Book, ensuring structured, guided skill development.
Equip your young innovator to cultivate both knowledge and nature with the Smart Garden: Advanced Level 2 Kit, where programming meets plant power!
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Includes Hardware Kit
On-demand Video Courses
Certificate of Completion
Understanding and implementing algorithms is essential for learners, especially in coding and robotics, as it provides a structured approach to problem-solving and task execution. By creating and applying algorithms, learners can develop efficient code that allows robots to perform tasks accurately, enhancing their logical thinking and preparing them for more complex programming challenges.
1x
Uno R3 Development Board
1x
8.5 x 5.5cm Breadboard
1x
65 Male-to-male jumper cables