
Experienced professional seeking a full-time position to utilize strong interpersonal skills, excellent time management abilities, and problem-solving expertise.
The Smoke Detector project uses Arduino to detect smoke and alert users. It consists of an Arduino board, smoke sensor, LED or alarm module, and breadboard. The system triggers an alert when smoke particles exceed a set threshold. It's a simple, cost-effective solution for home and industrial safety.
A multi-password-based security system uses a keypad for user input and a display for feedback. The system utilizes sensors to detect and respond to unauthorized access attempts. Users can create and store multiple passwords for secure authentication. The system alerts administrators of failed login attempts and unauthorized access.
The Toll Tax System uses Arduino to automate payment processing and vehicle tracking. A RFID reader or camera detects vehicle identity and triggers payment processing. The system displays the toll amount and updates the balance after payment confirmation. It sends alerts for low balance and unauthorized vehicle entries.
The Home Automation project uses LDR and DHT sensors to detect light and temperature changes. The system adjusts lighting and temperature levels based on sensor inputs and user preferences. Arduino boards control and automate home appliances remotely. The project enhances energy efficiency, convenience, and comfort in smart homes.
The Virtual Reality Battlefield Robot combines VR technology with robotic motion. Users control the robot's movements and actions in a simulated battlefield environment. The robot's camera streams real-time video to the VR headset, enhancing immersion. Remote control and AI-powered autonomous modes enable strategic combat simulations.