Smart Side Door
Developed a smart vehicle side-door safety system using ESP microcontroller, PIR sensor, and ultrasonic sensor to detect approaching pedestrians and cyclists, improving passenger safety in urban environments.
Engineering student specializing in Cyber-Physical Systems
Engineering student specializing in Cyber-Physical Systems with a strong interest in IoT and embedded systems. Actively seeking opportunities to apply technical skills in real-world problem solving and system design.
Manipal Institute of Technology
2024 - 2028 · Sharjah, United Arab Emirates
Developed a smart vehicle side-door safety system using ESP microcontroller, PIR sensor, and ultrasonic sensor to detect approaching pedestrians and cyclists. Implemented real-time distance and motion detection to alert users and prevent door-opening collisions, improving passenger safety in urban environments.
B.Tech, Cyber-Physical Systems
2024 - 2028
2009 - 2024
Developed a smart vehicle side-door safety system using ESP microcontroller, PIR sensor, and ultrasonic sensor to detect approaching pedestrians and cyclists, improving passenger safety in urban environments.
Developing a drone-based surveillance system by integrating embedded electronics onto a real drone platform, implementing real-time object detection using OpenCV for defense monitoring and reconnaissance applications.
Part of the official students Defence Robotics Team at MIT Manipal.
Member of the Multidisciplinary Mechatronics Club of Manipal under the Institution of Engineers (India).
Developed an intelligent street lighting system using 8051 microcontroller, integrating LDR for light intensity sensing and IR sensor for motion detection to enhance energy efficiency.
Developed an intelligent street lighting system using 8051 microcontroller, integrating LD for light intensity sensing and IR sensor for motion detection. Implemented automatic control logic to reduce power consumption and enhance energy efficiency.
Worked on a project related to cyber-physical systems.