I’m a passionate and detail-oriented engineer with a strong interest in PLC programming and industrial automation. With a background in mechanical and robotics engineering, I’ve worked on projects involving control systems, sensors, and mechatronics, giving me hands-on experience in designing, programming, and troubleshooting automated systems. I enjoy solving complex problems, optimizing processes, and continuously learning about new technologies in the automation space.
Grade: Merit
Relevant Modules: Mechatronics, Mobile Robotics, Manipulator Robotics and Machine Vision.
CGPA: 8.1/10
Relevant Modules: Electrical Drives & Control Automation, Manufacturing Technology, Robotics & Automation.
Percentage: 98.75%
Scout Cadet
School Chairman
Percentage: 96.15%
Maths Quiz Sub-District First
Social Science Quiz District Level Second
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Designed and analyzed an innovative robotic gripper based on auxetic metamaterials with negative Poisson's ratio for adaptive gripping mechanisms.
Developed a CNN model achieving 98% accuracy using GridSearchCV and Bayesian optimization for hyperparameter tuning.
Designed and fabricated a mobile robot with 2-DOF robotic arm using ultrasonic sensors and encoders for precise navigation.
Collaborated on designing a sensorless, bilaterally controlled teleoperated exoskeleton for knee rehabilitation.
SAEISS Tractor Design Competition
Investors Club Execom — 2021-2022
Hestia-22 National Techno-Cultural Fest
2019-2021
2020-2021