The Problem: Driver fatigue is a leading cause of road accidents.

The Solution: Engineered a wearable real-time safety device using the Arduino Nano microcontroller.

Skills Applied:

• C++ Programming: Wrote optimized code to process sensor data with zero latency.
• Sensor Integration: Calibrated IR sensors to distinguish between normal blinking and prolonged eye closure.
• Circuit Design: Integrated a Piezo buzzer and LED system on a breadboard for immediate audio-visual alerts.

The Goal: To create a professional digital identity that bridges Mechanical Engineering and Computer Science.

The Build: Designed and deployed a fully responsive website from scratch, avoiding heavy templates to ensure fast load times.

Skills Applied:

• HTML5 & CSS3: utilized Flexbox and CSS Grid to create a layout that adapts perfectly to mobile and desktop screens.
• Dark Mode Design: Implemented a high-contrast dark theme (using CSS Variables) for visual comfort and modern aesthetics.
• Version Control: Managed source code and deployment updates using Git and GitHub Pages.