Experience the Internet of Things Through Home Automation
The ACEBOTT QE023 Smart Home Education Kit brings the concept of smart homes to life in the classroom and at home. This comprehensive 3-in-1 kit features a beautiful wooden house model that students wire and programme to create a fully interconnected smart home environment, just like the technology found in modern homes.
Key Educational Features
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Three Connected Rooms: Build and programme complete systems for a bedroom (smart lighting and sleep automation), living room (climate control and environmental monitoring), and entertainment room (automated media control)—demonstrating how real smart homes integrate multiple interconnected systems.
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Hands-On Construction: High-quality wooden model structure provides a tangible, physical context for understanding how sensors and actuators work in real buildings and homes.
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App-Controlled Automation: Students create custom mobile app interfaces to control lights, fans, alarms, and other home systems remotely, learning modern IoT interface design.
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Curriculum-Ready: Designed specifically for classroom education with structured learning paths aligned to STEM standards, complete with teacher resources and assessment materials.
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Real-World Relevance: Teaches concepts directly applicable to modern smart home technology, IoT devices, home automation, and emerging technology careers.
What's Included
- ESP32 controller board with WiFi and Bluetooth
- Premium wooden house model structure (3 interconnected rooms)
- LED lighting systems and dimming controls
- Environmental sensors (temperature, light, motion detection)
- Actuators (motors, buzzers, displays, switches)
- Complete wiring, electronic components, and connectors
- Comprehensive teaching resources, tutorials, and project guides
- Student workbooks and assessment materials
Learning Outcomes
Students will develop thorough understanding of:
- IoT principles and device interconnectivity
- Sensor-actuator relationships in automation systems
- Mobile app development basics and user interface design
- Electrical circuits and safe wiring practices
- System integration, troubleshooting, and debugging
- Practical applications of programming in everyday life
- Energy efficiency and sustainable technology
Technical Specifications
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Recommended Age: 8-16 years (classroom education focus)
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Skill Level: Beginner to intermediate
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Assembly Time: Multiple sessions (approximately 6-8 hours total for full project)
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Programming Languages: Arduino, ACECode (Scratch-based)
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Controller: ESP32 with WiFi and Bluetooth
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Power: USB powered or battery operation
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Curriculum: Part of ACEBOTT's structured educational progression
Ideal for schools, coding clubs, STEM programmes, and home learning environments seeking comprehensive, engaging IoT education with real-world applications.
