Driven Simulation Engineer with a proven track record at Creative Synergies Group, optimizing robotic operations for automotive manufacturing. Excelled in creating detailed simulations and improving design efficiency, leveraging skills in ANSYS Workbench and process simulation. Demonstrated exceptional analytical abilities and teamwork, enhancing project outcomes and productivity.
Title: Experimental and numerical analysis of electric car battery casing using fire retardant composite material
Description: The study intends to examine the fire-retardant composite material's effectiveness in improving the safety of electric vehicle batteries. The battery casing was modeled by using Creo and then static structural and random vibration analysis was carried out by using the Ansys workbench tool.
Title: Design and analysis of special double module glove box for nuclear application in IGCAR KALPAKKAM
Description: The primary objective of designing the glove box was to create a container that is impervious to leaks. To assess its structural integrity and thermal stability under static conditions, as well as its suitability for handling materials, numerical analysis was conducted using Ansys Workbench.
EXPERIMENTAL MODAL ANALYSIS
Performed experimental modal analysis on various machine tool structures and auxiliary components in real time using ME Scope software to examine their modal behavior. The analysis primarily utilized a triaxial accelerometer integrated with a DAQ system as the key measuring instrument.