Role:1) System Analysis (6DOF and Load Cases) of the Engine Mounting System using MotionSolve/ADAMS.2) Hex Meshing of Rubber components using HyperMesh.3) Non-linear FEA of Rubber Components such as Engine Mounting, Suspension Bushing, Bump Stoppers, etc. using ABAQUS Standard and Explicit (using .inp commands). Also, performing Fluid calculations for Hydromount using ABAQUS Standard and Explicit.4) Post Processing: L-D Curve Generation and Fatigue Life (Durability) prediction for given load cases using Excel and HyperView.5) Tetra Meshing of Sheetmetal and Casting brackets using Hypermesh and Simlab.6) Non-linear FEA, Modal, and FRF analysis of the Sheetmetal and Casting Brackets.7) Post Processing of Brackets using HyperView.8) CAE Report preparation.9) Creating ABAQUS Python scripts for Post-processing (L-D Curve Generation), Multiple Load Case Generation from the given template, etc.10) Creating general Python scripts for automating repetitive tasks such as Rename in the files, Data Extraction, Creating a batch file for given .inp files for server run.11) Creating small calculation tools in Excel using formula and VBA.

Role:1) Reading SOR and preparing the Design Input Data Sheet.2) System Analysis (6DOF and Load Cases) of the Engine Mounting System using ADAMS.3) Creating concept models of Engine Mounts, Bushings, Bump Stoppers, Sheetmetal, and Casting brackets using CATIA V5.4) Hex Meshing of Rubber components using HyperMesh.5) Creating ABAQUS Python scripts to automate the creation of ABAQUS Input Deck.6) Non-linear FEA of Rubber Components such as Engine Mounting, Suspension Bushing, Bump Stoppers, etc. using ABAQUS Standard.7) Post Processing: L-D Curve Generation using Excel and HyperView.8) Tetra Meshing of Sheetmetal and Casting brackets using Hypermesh.9) Non-linear FEA, and Modal analysis of the Sheetmetal and Casting Brackets.10) Post Processing of Brackets using HyperView.11) CAE Report preparation.

M.Tech Project Internship of a 3-Axis Machine Tool.