Acebott QE001 Smart Home IOT STEM Kit
Step into the future of smart living with the ACEBOTT QE001 Smart Home IoT Kit — an educational, hands-on tool that empowers learners to build, program, and control a real miniature “smart home.” This kit is perfect for students, hobbyists, or anyone curious about IoT, electronics, and automation.
Key Features
- Multi-Mode Smart Home Control
Control your smart home via voice commands, a mobile app, or automated triggers like rain detection. The kit includes real-world smart home features such as RFID door access, automatic window closing, and RGB lighting control. - Story-Based STEM Curriculum
Includes 18 structured, story-driven lessons that guide learners through circuits, sensors, and programming — building confidence as they unlock each functionality. - Flexible Programming Options
Powered by an ESP32 control board, the kit supports Arduino, ACECode, and Python, giving students a range of coding experiences from visual blocks to text-based code. - Interactive & Expandable Design
Features motion, light, and weather sensors with an architecture designed for future expansion through additional modules. - Age-Appropriate & Classroom-Ready
Recommended for ages 8 and up. Ideal for K-12 STEM classes or home learning environments.
Why It’s Valuable
- Real-World Learning: Kids build a working smart home model and understand how everyday smart devices operate.
- Hands-On Coding: From block-based ACECode to text-based Python, the kit adapts to different skill levels.
- Creative Problem-Solving: With voice control, RFID, and environmental triggers, learners design their own interactive systems.
- Scalable Platform: The ESP32-based design allows for customization and long-term learning.
How It Works — 3 Simple Steps
- Assemble the physical smart home model — windows, LEDs, sensors, and modules.
- Learn & Code through the 18 guided lessons using Arduino, ACECode, or Python.
- Control & Experiment with voice, app control, or sensor-based automation like rain detection.
Use Cases
- Ideal for home STEM education
- Perfect for classroom project-based learning
- Great for makers and hobbyists building IoT prototypes
