The VSL project uses Arduino Uno, DC Motor, Ultrasonic Sensor, RF Receiver (RX), and RF Transmitter (TX). It adjusts vehicle speeds based on conditions and obstacles, promoting safe driving habits and preventing accidents, making it a great learning tool for students.

SWAYM, a visionary Smart City initiative, integrates cutting-edge technologies like automated smart dustbin (S), waste segregation (W), air purification systems (A), yard green space management (Y), and mobile hospital (M). This comprehensive approach fosters a sustainable, healthy, and vibrant urban ecosystem, enhancing the quality of life for all residents. By harnessing innovation and efficiency, SWAYM paves the way for a smarter and more resilient city infrastructure, ensuring a better tomorrow for generations to come.

The DG Medication system seamlessly integrates a Pulse Sensor with an Arduino to enable real-time heart rate monitoring. It displays the heart rate in beats per minute (BPM) on an I2C LCD screen and wirelessly transmits this vital data to an ESP8266 module. The ESP8266 connects to the Blynk platform, allowing for remote monitoring and analysis. This innovative system plays a crucial role in facilitating timely medical interventions based on accurate heart rate readings.

The Smart Sprinkler project integrates advanced technology with sustainable practices like rainwater harvesting. A key component is a custom 3D-printed sprinkler head featuring strategically designed holes for efficient water distribution. Additionally, the project explores rainwater collection systems using innovative shapes like circular and geometric models, promoting water conservation and smart irrigation practices.

The VYST-C-ROBO project employs an L298N motor driver, a powerful DC motor, and Bluetooth for remote control to create a sewage cleaning robot. Designed for safety and efficiency, this robot navigates and cleans sewage systems autonomously, reducing human exposure to hazardous environments and improving maintenance operations.