Bridging the gap between hardware architecture and intelligent software. Specializing in autonomous systems, embedded logic, and data-driven infrastructure.
I am an Automation & Robotics Engineering student pursuing my Diploma at Parul University. My technical journey is defined by a deep curiosity for bridging hardware architecture with intelligent software. I specialize in building hands-on solutions, from engineering proof-of-concept AI autonomous driving robots to developing full-stack staff attendance tracking systems.
Beyond the technical realm, I bring strong, practical experience in event coordination and team management. Having successfully led over 15 large-scale campus events—including major technical hackathons—I possess a proven ability to communicate effectively, allocate resources efficiently, and manage complex logistical responsibilities.
I am deeply passionate about integrating complex engineering concepts with collaborative, team-driven initiatives. My ultimate goal is to deliver innovative solutions that enhance both technical capabilities and leadership dynamics, committing my skills to achieve impactful, real-world outcomes.
Constructed a proof-of-concept prototype for an AI autonomous driving robot. Integrated the Raspberry Pi OS with various sensor modules to enable autonomous navigation and environment processing.
Engineered a custom robot car operated entirely via human hand gestures. Designed the circuit mapping and programmed the Arduino transmitter/receiver units using an ESP32-CAM, MPU6050 accelerometer, and HC12 wireless modules.
Developed a full-stack attendance tracking solution. Engineered a Python backend linked to Google Sheets for real-time data logging, streamlining tracking operations for the transport department.