Partha Pratim Ghosh
Cfd Intern @MARS EXPLORATION
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WORK HISTORY
Cfd Intern @MARS EXPLORATION
Applied ANSYS Fluent workflows to simulate fluid flow scenarios and interpret engineering behaviour.• Developed structured meshing strategies to improve numerical stability and solution convergence.• Analysed velocity, pressure, and turbulence contours to derive simulation insights.• Configured boundary conditions aligned with real-world engineering assumptions.• Practiced solver tuning techniques to enhance simulation accuracy.• Documented CFD processes to support repeatable modelling workflows.• Validated simulation outputs by comparing trends with theoretical fluid behavior to build modeling confidence.• Performed post-processing of simulation results to visualize flow behavior and support engineering interpretation.
EDUCATION
Maulana Abul Kalam Azad University of Technology, West Bengal (MAKAUT, WB)
Bachelor of Technology - BTech (Kanad Institute of Engineering and Management), Mechanical Engineering
The New Horizons Institute of Technology
Diploma of Education, Automobile Engineering
Vellore Institute of Technology
Master of Technology - MTech, CAD/CAM
ABOUT PARTHA PRATIM GHOSH
Dynamic engineering professional specializing in computational fluid dynamics, with a robust academic background in simulation creation and fluid flow system optimization. Recognized for exceptional team collaboration and consistent performance in fast-paced environments, leveraging advanced CFD software (Ansys Fluent) and CAD/CAM tools (SolidWorks, CATIA V5) to address complex analytical challenges. Committed to delivering impactful results through innovative solutions, focusing on enhancing vehicle aerodynamics and overall performance improvements. Passionate about applying technic al expertise to drive advancements in engineering projects. 6 years of experience contributing to machining process optimization and tolerance control for precision automotive manufacturing. Applied statistical quality methods to maintain dimensional accuracy, production consistency, and process stability.
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