The STEM Gravity Kit is a complete electronics and programming workstation that empowers students to build, code, and test innovative Arduino-based projects. With a plug-and-play design, it simplifies hardware connections, making it easy for both beginners and experts to experiment with sensors, motors, and output devices. The kit comes with block coding software, making programming intuitive and accessible.
Key Features:
✅ Plug-and-Play System: Effortlessly connect input and output devices without complex wiring.
✅ Arduino-Based Projects: Create and prototype real-world electronics projects.
✅ Block Coding Software: Simplifies programming with drag-and-drop coding.
✅ Onboard Display: Interactive display for real-time feedback on projects.
✅ Rapid Prototyping: Ideal for both beginners and experts to quickly test and refine ideas.
✅ SDG Goal: Quality Education: Fosters STEM learning through practical application.
Kit Components:
Main Control Board: Arduino-compatible board with pre-soldered connections for easy plug-and-play setup.
Input Devices: Sensors such as temperature, motion, light, and sound sensors.
Output Devices: Includes LEDs, motors, buzzers, and servo modules.
Display Module: Onboard screen to visualize data and project outputs.
Programming Software: Block-based coding interface for intuitive programming.
Cables and Connectors: Includes USB cables and jumper wires for easy connectivity.
User Manual: Comprehensive guide with step-by-step project instructions.
Projects You Can Build:
⭐ Smart Home Automation: Control lights and appliances using sensors and Arduino.
⭐ Weather Station: Measure temperature and humidity with real-time display.
⭐ Obstacle Avoidance Robot: Use ultrasonic sensors for autonomous navigation.
⭐ Digital Piano: Play musical notes with touch-sensitive sensors.
⭐ Security Alarm System: Trigger alarms using motion detectors.
How It Works:
Connect the Components: Use the plug-and-play modules to easily connect sensors and output devices.
Program with Block Coding: Utilize block-based programming to create projects without complex coding.
Test and Debug: Run the program and view the results on the onboard display.
Iterate and Innovate: Modify the code and hardware connections to enhance and customize projects.
Applications:
STEM Education: Perfect for schools, colleges, and robotics workshops.
Skill Development: Enhances coding, electronics, and prototyping skills.
Rapid Prototyping: Ideal for innovators and makers to quickly test ideas.
Home Learning: Suitable for DIY electronics enthusiasts.
Benefits:
Practical Learning: Hands-on experience with embedded hardware and programming.
Enhances Creativity: Encourages problem-solving and innovation.
Skill Building: Improves coding and electronics proficiency.
Supports SDG Goal 4: Promotes quality education through STEM learning.
