Gaurav Sanjiv Asodekar

1. Working on Plant Engineering equipments such as Pretreatment plant, Wash-machine, Dryers for different industries and customers. 2. Selection of Motor, chain drive and sprockets. 3. Estimation of the material required for the production of the parts and coordinating with the manufacturing department to adhere to the production plan. 4. Communication with customers with regards to the design solutions and technical requirements. 5. Creation of 3D Models, Assembly and technical drawings using Inventor

Master Thesis :- "Precise Drop-Test (Crash) Simulations". The Goal is to achieve minimum accelerations in a measuring device during the drop tests in order to contain the maximum stresses and deformations. Key topics :- 1. Material modelling of a foam material for the handle. 2. Acceleration data comparison with the experimental data. 3. Screw connections (Pre-tension) effect on simulation. 4. Effect of accelerations on inner mechanisms through prediction of maximum plastic deformations.

The internship was aimed at designing of a Nozzle System for a Non-Destructive Testing (NDT). Projects Description and Responsibilities: 1. Analytical design and 3-D CAD modelling of a Nozzle system. 2. Mesh generation of a Nozzle assmebly. 3. CFD (Computational Fluid Dynamics) analysis using Turbulent and Multi-phase solvers. Tools Used: OpenFOAM, Solid Works, SALOME Mesh generator

Having started as a Graduate Engineer Trainee, I worked my way towards Engineer Design. Projects Description and Responsibilities: 1. Digitization of Aero-Structure parts (Fuselage and Wing) : - Responsible for creation and validation of 3-D CAD models. 2. Diesel Engine Packaging : - Designing and modelling of Exhaust rousting, Flywheel and Flywheel housing. 3. Full Vehicle CAD data migration from CATIA V5 to UGNX 7.5 4. Modelling of BIW parts using CATIA V5.

Finite Element Methods, Numerical Methods, Nonlinear Continuum Mechanics, Computational Fluid dynamics, Computational Shell Analysis, Computational Material Science, Composites Materials.

Finite Element Methods, Fluid Mechanics, Theory of Machines, Machine Design, Strength of Materials, Metallurgy, Turbo Machines