'Developing a new experimental technique to determine the onset of plasticity in thin films' Developed mathematical models for pressurized hyperelastic and elastoplastic membrane structures  Created a framework to compute direct stresses in inflated arbitrary shaped thin shells without using material properties Used 3D/Stereo Digital Image Correlation (DIC) for strain measurement of metal and plastic specimens; sample preparation, setting up of DIC cameras, calibration of the system Vast experience with uniaxial tensile testing and inflation tests of metallic sheets and highly deformable polymer thin films complying with ASTM E8 and ASTM D638 Extensive experience in structural analysis using FEA in ABAQUS and ANSYS for nonlinear geometric elastoplastic and hyperelastic materials

▪ Responsible for team of 4 engineers and technicians for machine design projects▪ Completed conceptual and detail design for industrial machines using CATIA, CREO and SOLIDWORKS▪ Carried out design calculations and analysis (FEA, hydraulic and kinematic simulations)▪ Responsible for creating production drawings, general assembly drawings and BOMs▪ Supervision and review of the work flow

Brought myself up to date with current work and trends in design for ongoing projectCoordination with other departments - planning, quality and production for successful and error free manufacturing of productDesign of marble, FRP and molds using CATIALayout drawings for on-site fixation of assembliesReview of models designed by fellow team members

Manufacturing of composite materials using Resin Infusion ProcessCarrying out physical, mechanical and non-destructive testing of compositesLearning about safety measures while dealing with composites