A passionate Electronics and Communication Engineering student with a strong hands-on approach — building intelligent robots, IoT systems, and embedded solutions that bridge the physical and digital worlds.
An IoT-controlled robotic arm capable of picking and placing objects remotely. Integrated servo motors with NodeMCU for precise movement and enabled wireless control via a mobile app.
A multifunctional robot that avoids obstacles and follows human movement using sensor-based detection. Programmed autonomous behavior using sensor input logic.
A wireless robot controlled by hand gestures using an accelerometer module. Implemented RF communication and real-time movement mapping between transmitter and receiver units.
A wearable system that monitors vital signs like heart rate and body temperature. Data is uploaded to the cloud for real-time remote health tracking by caregivers or doctors.