is a complete all-in-one learning solution designed to teach electronics, coding, and embedded systems through hands-on experience.
Built around a powerful Arduino-compatible PLUS board (UNO or Mega version), this kit includes a wide range of sensors, modules, and electronic components that allow users to build real-world projects step by step.
With 28+ guided projects and detailed tutorials, learners can progress from simple circuits to advanced automation systems while gaining practical skills in Scratch programming and Arduino C/C++.
This type of kit is designed to help beginners explore electronics, physics, and programming through structured experiments and DIY projects
🌟 Key Features
- Complete STEM learning kit with PLUS control board
- Supports Arduino IDE (C/C++) & Scratch programming
- Includes 28+ hands-on projects
- Plug-and-play modular components (no soldering)
- Step-by-step tutorials with wiring diagrams
- Compatible with UNO & Mega configurations
🟢 Product Specifications
- Main Board Options:
- UNO Plus Board
- Mega Plus Board
- Programming Languages:
- Arduino (C/C++)
- Scratch (Graphical Coding)
- Projects Included: 28+ projects
- Core Components:
- LEDs, resistors, capacitors
- Breadboard & jumper wires
- LCD1602 display
- 7-segment display
- Ultrasonic sensor (distance)
- Temperature & humidity sensor
- Sound & light sensors
- IR remote control module
- Keypad module
- Servo motor
- Buzzer & relay modules
- Communication Interfaces:
- UART, SPI, I2C supported
- Assembly Type: DIY (no soldering required)
🟢 3. Subjects Covered
⚡ Electronics Fundamentals
- Circuit design and wiring
- Voltage, current, resistance
- Component functionality
💻 Programming & Coding
- Scratch visual programming (beginner-friendly)
- Arduino C/C++ programming
- Logic building (loops, conditions, functions)
🌐 Embedded Systems
- Microcontroller operation
- Input/output systems
- Real-time processing
🔍 Sensor Technology
- Data acquisition from environment
- Distance, temperature, light, and sound sensing
🤖 Automation Systems
- Smart control systems
- Device automation logic
- Real-world applications
🟢 4. Activities Performed
🔧 Circuit Building
- Assemble circuits on breadboard
- Connect sensors and modules
💡 LED & Output Control
- LED blinking and patterns
- Digital output experiments
📟 Display Projects
- Show data on LCD1602
- Use 7-segment displays
🌡️ Sensor Experiments
- Measure temperature, distance, sound
- Real-time monitoring
🎮 Interactive Systems
- Remote control projects
- Button & keypad inputs
⚙️ Motor & Actuator Control
- Servo motor movement
- Automated actions
🧪 DIY Project Development
- Combine modules
- Create custom systems
🛠️ Debugging & Testing
- Fix wiring errors
- Debug Arduino code
🟢 5. Benefits for Students & Teachers
👨🎓 Students:
- Hands-on STEM learning experience
- Build real-world electronics projects
- Learn coding from beginner to intermediate
- Boost creativity and problem-solving
👩🏫 Teachers:
- Ready-to-use classroom kit
- Supports project-based learning (PBL)
- Covers multiple STEM subjects in one product
- Easy curriculum integration







































