Comprehensive STEM Learning: The ACEBOTT 5-in-1 Smart Home Education Kit offers a full hands-on STEM experience with 5 major display projects, teaching students programming, smart hardware, and communication technologies in real-world scenarios.
Versatile & Creative Projects: Students can build 5 engaging smart home scenarios (e.g., intelligent safety alarm, automatic pet feeder, watering system) that foster creativity, innovation, and problem-solving skills.
Easy to Use for Beginners: With its user-friendly ESP32 controller board and simplified programming through Arduino IDE, this kit is perfect for kids aged 8 and above, making complex concepts easy to grasp and encouraging independent learning.
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Safety and Reliability: Made from eco-friendly wood materials and offering easy assembly with 3D cutting templates, the ACEBOTT Smart Home Kit ensures safety and durability, making it a perfect gift for young learners while supporting educational development.
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| Brand Name | ACEBOTT |
|---|---|
| Model Number | QE024 |
| Series | Education Series |
| Category | STEAM & STEM Kit, STEAM & STEM Toy |
| Type | Smart Home Edu Kit L2 |
| 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 2. It offers 5 hands-on projects that immerse students in building smart home systems. Using wooden boards, students will complete 3-5 projects per semester and showcase their creations in interactive map scenes. This approach makes learning both engaging and practical, fostering real-world skills in programming and problem-solving.
Projects:
Project 1: Intelligent Safety Alarm system, Map Scene: Kitchen room
Project 2: Door Access, Map Scene: Entrance/Door
Project 3: Automatic Drying Rack, Map Scene: Balcony
Project 4: Automatic Pet Feeder, Map scene: Pet house
Project 5: Automatic Watering System, Map Scene: Garden/backyard.
Students will master basic coding techniques and dive into programming smart home devices such as lights, sensors, and more using platforms like Arduino IDE and ACECode, laying a foundation for tech-savvy innovation.
With an emphasis on automation, Bluetooth/WiFi control, and sensor integration, students will explore the underlying technologies behind smart home systems. They’ll develop an understanding of how devices respond to environmental factors such as temperature and humidity, plus the mechanics of smart lighting.
This curriculum merges science, math, engineering, and art to offer a well-rounded learning experience. Students will apply theoretical knowledge to create practical solutions in real-world contexts.
Through individual and team-based projects, students will develop practical skills in assembling, programming, and troubleshooting smart home technologies, bridging theory with tangible outcomes.
Engaging, scenario-based projects allow students to tackle real-world challenges. This fosters essential skills in creative problem-solving and analytical thinking, ensuring they are equipped to navigate complex situations in technology and beyond.
