About

Tushar Survase is a CFD software developer at Tridiagonal Solutions Pvt Ltd with a Master of Technology degree in Thermo-Fluid Engineering from Indian Institute of Technology Hyderabad and a Bachelor's degree in Mechanical Engineering from MIT College of Engineering Pune. He has a total of 4.20 years of relevant experience in industries such as Cummins India Limited, Lear Corporation India, and Tridiagonal Solutions Private Limited. Tushar is proficient in various software skills such as modeling software like Creo, Ansys DesignModeler, and Solidworks, meshing software like Ansys, ICEM CFD, and Hypermesh, simulation software like Ansys Fluent, OpenFOAM, Ansys Static Structural, and StarCCM, programming languages like C++ and Matlab, operating systems like Windows and Linux, and other software like Microsoft Word, Microsoft Excel, Microsoft PowerPoint, and Latex. Currently, Tushar is responsible for adding new features as per customer requirements to the in-house solver MixIT and smartCFD, fixing bugs and issues reported by the QA team, developing and maintaining solver based on Open-FOAM, adding a new physics model to existing solvers, developing a solution strategy for customer-specific problems, and performing simulations for single-phase as well as multi-phase flows with discrete phase model (DPM), VOF method, and Euler-Euler multiphase model in OpenFOAM. In his previous role at Indian Institute of Technology Hyderabad, Tushar worked as a Programmer and CFD Analyst, where he developed a Density-Based solver on unstructured grids for Aerodynamics and Propulsion Applications. He implemented a higher-order time integration scheme for the Adaptive Time-Stepping technique and verified it using the techniques of manufactured solutions. He also tested it for laminar flow over a cylinder and found that the higher-order schemes performed better than the first-order method. Tushar has also worked as a Test Engineer at the Product and validation department of Lear Corporation, where he was responsible for understanding specifications and conceptualizing possible scenarios in the actual test setup, making test programs as per the test requirements, fixtures modifications and applications as required, maintaining documents as per TS 16949 and ISO IEC 17025 standards, scheduling tests and resource assignment, documenting the test and reporting the test results, reviewing the DV and PV test results, including any test failures, and communicating with the Test Lead, equipment maintenance upkeep as required from time to time,