B.Tech student in Electronics and Communication Engineering at Lovely Professional University with a strong interest in innovation and technology-driven problem solving. Possesses a solid foundation in digital electronics, embedded systems, and industrial automation, supported by hands-on experience in designing and implementing practical hardware solutions. Experienced in working with microcontrollers such as ESP32, 8051, and PIC, along with hardware description languages like Verilog. Actively involved in developing intelligent systems including IoT-based monitoring solutions, embedded automation projects, and autonomous robotics. Focused on applying modern engineering concepts to create efficient, reliable, and impactful technological solutions.
Precision line follower using ESP32, RLS08 IR sensor array, L298N motor driver, and buck converter for stable power management.
Portable system using MAX30102, DHT22, and NEO6M GPS. Integrated with Blynk for real-time data and email alerts.
Real-time monitoring using TDS and Turbidity sensors with cloud-based data logging via Google Sheets.
8051-based system utilizing YL-69 sensors and ADC0804 to autonomously regulate water flow.
AutomateX | 50+ Hours
Mastered PLC programming and industrial workflows including Ladder Logic and industrial process monitoring for manufacturing.
Designed and demonstrated an autonomous Line Follower Robot (LFR) in a high-stakes competitive environment.
Developed an IoT-based Water Adulteration detection system and advanced through semifinal rounds.
JAN 2026
FEB 2026
AUG 2025
SEP 2025