

Dynamic engineering intern with hands-on experience at BIT Sindri, adept in SolidWorks and ANSYS analysis tools. Successfully designed innovative medical devices and automated systems, showcasing adaptability and problem-solving skills. Proven ability to implement IoT solutions, contributing to advanced manufacturing processes and enhancing operational efficiency.
Designed an improvised medical device for the treatment of cervical cancer (Tulip Applicator) under the guidance of Dr. Sumanta Mukherjee.
Designed an automatic capsule-making device under the guidance of Dr. Sumanta Mukherjee.
WAAM simulation for metal additive manufacturing in ANSYS transient thermal to obtain temperature history under the given boundary conditions. Which was further utilized by the ABB robot to print a prototype of blades (material used: INCONEL 718).
Robcad: simulation of an articulated type robot with six axes of freedom, all revolute joints.
Robcad: Simulation of an automatic welding station.
Adaptability