3 Hands-On Smart Home Projects: Students engage in practical projects, including Intelligent Lighting (Bedroom/Corridor), Intelligent Entertainment (Entertainment Room), and Intelligent Temperature & Humidity Control (Living Room), to explore real-world smart home applications.
Interactive Learning with Arduino IDE: Using the ESP32 Controller Board and Arduino IDE, students learn how to develop, program, and control smart home devices, gaining hands-on experience in coding and electronics.
Rich Educational Content & Resources: The kit includes 16 detailed lessons, complete with textbooks, PowerPoint presentations, and a variety of teaching materials, making it easy for educators to deliver engaging and effective lessons.
Ideal for Group Learning & Classroom Use: Perfect for schools integrating STEM education, the kit offers practical, easy-to-build projects that help students understand smart home concepts and gain interdisciplinary knowledge in math, science, and the arts.
| Brand Name | ACEBOTT |
|---|---|
| Model Number | QE023 |
| Series | Education Series |
| Category | STEAM & STEM Kit, STEAM & STEM Toy |
| Type | Smart Home Edu Kit L1 |
| Recommended Age | Edu Kit for Kids Ages 8-16 |
| Application | Scientific & Educational Toys, Classroom STEAM & STEM Education |
| Controller Boards | ESP32 |
| Programming Languages | Arduino, ACECode |
| Place of Origin | Guangdong, China |
| Selling Method | Wholesale & Retail |
Tutorials: Click Here to download.
The ACEBOTT Smart Home Education Kit provides a comprehensive learning experience, covering programming, smart hardware, and communication technologies over two academic years and four semesters.
This kit is Level 1, designed to give students hands-on experience through three practical smart home projects:
Students will use the ESP32 Controller Board and Arduino IDE to develop, program, and control smart home devices, building coding and electronics skills. The kit includes 16 lessons, textbooks, PowerPoint presentations, and teaching resources, making STEM education easy for teachers. Ideal for group learning, it helps students grasp smart home concepts and gain knowledge across math, science, and the arts.
Students will master coding basics, and programming smart home devices like lights and sensors using platforms such as Arduino IDE and ACECode.
Students will explore smart home systems, understanding automation, Bluetooth/WiFi control, and how sensors can manage functions like temperature and humidity.
The curriculum combines science, math, engineering, and art, helping students apply these subjects to practical, real-world scenarios.
Students will gain hands-on experience through building, programming, and troubleshooting smart home systems, developing valuable technical skills.
Scenario-based projects will challenge students to think critically, analyze problems, and create solutions, fostering creativity and problem-solving abilities.
Children follow our programming guidance to learn and transfer code to the Smart Home Kit via Arduino IDE. This process helps improve their logical thinking, introduces basic programming concepts, and enhances their problem-solving skills.
ACEBOTT offers a step-by-step tutorial with preset coding files for easy robot building and coding. Choose between blockly-programming language ACECode or Arduino IDE, with expert technical support available whenever needed.
Our 16-class-hour curriculum per semester is designed to meet school teaching needs. The comprehensive teaching materials, including textbooks and PowerPoint presentations, help reduce teacher workload. The robot’s structure is easy to build and disassemble, making it ideal for large-class teaching.
