Build Real-World IoT Projects Hands-on
Construct over 10+ projects including Smart Dustbins, Intruder Alerts, Automatic Light Systems, People Counters, and more—simulating industrial use cases in a 1:16th scale, making learning tangible and relevant.
Master AI Concepts like Voice, Vision, and Automation
Integrate sensors with AI-powered applications like voice control, gesture recognition, and automated decision-making—bridging theoretical concepts with functional prototypes.
Explore Sensor Networks & Data Flow
Understand how IoT systems communicate by using IR, Ultrasonic, DHT, and Motion sensors. Learn how data flows from environment to decision systems, forming the foundation of smart technology.
Code with Blockzie Visual Programming
Use the Blockzie platform to create AI and IoT logic visually—no prior experience needed. Learn core programming logic, event-driven systems, conditional statements, and debugging techniques in a drag-and-drop environment.
Develop Critical Thinking through DIY Tinkering
Solve real-life problems using electronics and AI modules. The DIY model helps develop problem-solving, design thinking, and innovation skills—key components of future-ready learners.
| Component Name | Quantity |
| SB IOT Brick | 1 |
| IR Sensor | 1 |
| Ultrasonic Sensor (RJ11) | 1 |
| Light Sensor | 1 |
| Push Button Module | 1 |
| Potentiometer | 1 |
| Temperature Sensor (DHT11) | 1 |
| LED Module | 1 |
| Buzzer Module | 1 |
| DC Motor | 2 |
| Servo Motor (JST) | 2 |
| 4 Digit Display | 1 |
| RJ11 Cable | 4 |
| 3-Pin JST Cable | 2 |
| Manual | 1 |
The STEMbotix AI & IoT Kit introduces learners to the world of smart, connected devices through a hands-on journey into the Internet of Things.
Students learn to configure sensors, connect devices to Wi-Fi, log live data to the cloud, and control systems remotely — bridging the gap between software logic and physical hardware.
Using Blockzie and Python, learners create 30+ real-world IoT projects that explore how modern automation works — from temperature monitoring to motion-based systems — all while building core programming and analytical skills.
Understand IoT Systems — Learn how devices sense, communicate, and respond intelligently.
Connect to the Cloud — Configure Wi-Fi-enabled ESP boards and perform real-time data logging.
Build 30+ IoT Projects — Automate sensors and actuators for home and environmental systems.
Enhance Coding & Problem-Solving — Develop critical thinking through practical, connected experiments.
| Component | Details |
|---|---|
| Microcontroller | ESP Microcontroller with built-in Wi-Fi + Bluetooth |
| Programming Platforms | Blockzie (Visual Coding), Arduino IDE, Python |
| Power Supply | Micro-B USB Connector for Power & Programming |
| Included Modules | Temperature, Ultrasonic & Motion Sensors |
| Projects | 30+ Guided IoT Activities |
| Certifications | BIS Certified Components + Completion Certificate |
The AI & IoT Kit transforms theoretical concepts into practical understanding — showing students how data, sensors, and connectivity power modern automation. It equips learners with the skills to design smarter solutions and prepares them for a future driven by IoT innovation.