• Set up production process for HDPE, PPR and PVC multi-layered pipes.• Diagnosed and drive material loss’ corrective actions resulting about 6-7% less production scrap.• Created cost effective resource planning and documentations for smooth errorless production.• Lead R&D division for products like fiber composite pipe / thermal pipe / acoustic pipe.• Managed smooth operation of the Steel structure, Plastic Tank and Transport divisions.

Working as a freelance consultant at SDT, I have successfully delivered numerous projects in multidisciplinary engineering domain. • Worked on various product design & Development projects from sketch to 3D modelling including 2D drawings, mathematical design modelling etc. • Worked on projects of Finite Element Analysis including static-dynamic structural analysis, thermo-mechanical analysis, numerical modelling, composite structure analysis etc. • Worked on… Show more Working as a freelance consultant at SDT, I have successfully delivered numerous projects in multidisciplinary engineering domain. • Worked on various product design & Development projects from sketch to 3D modelling including 2D drawings, mathematical design modelling etc. • Worked on projects of Finite Element Analysis including static-dynamic structural analysis, thermo-mechanical analysis, numerical modelling, composite structure analysis etc. • Worked on projects of Computational Fluid Dynamics ranging from Turbulent flow analysis, Heat transfer, Boundary layer, Aerodynamic analysis, numerical and experimental validation studies etc. Show less

• Consulted local manufacturers for production process and product qualities enhancement through numerical / analytical calculations.• Successfully delivered numerous projects from product design to FEA | CFD analysis.• Provided technical assistance to Eng./PhD’s students

Title: Development and Verification of 3D Structural, Analytical Models, Design Codes and CAD DrawingsThese following tasks currently are in progress for different type of civil structures• Write a code to create a 3D parametric model of structure in STARK using ParamML (Parametric Markup Language). • Define materials properties and Create FEA model of structure with loading and boundary conditions.• Verify the 3D parametric model with Civil standard structure design… Show more Title: Development and Verification of 3D Structural, Analytical Models, Design Codes and CAD DrawingsThese following tasks currently are in progress for different type of civil structures• Write a code to create a 3D parametric model of structure in STARK using ParamML (Parametric Markup Language). • Define materials properties and Create FEA model of structure with loading and boundary conditions.• Verify the 3D parametric model with Civil standard structure design code. Project [1] : Development and Verification of 3D parametric Multi-Circuit Power Transmission Tower (MPTT) • Developed 3D parametric model of MPTT • Executed FEA model of MPTT. • Implemented and Verified the model with AISC (American Institute of Steel Construction) design code.Project [2] : Development and Verification of 3D parametric Single Footing Design • Developed 3D parametric modeling of Single Footing • Implemented and Verified model with ACI-318-11 standard design code.Project [3] : Development and Verification of 3D parametric prestressed concrete girder bridge • 3D parametric modeling of prestressed concrete girder bridge • Development and implementation of AASHTO-LRFD standard design code. Show less

Title: Optimization of the wear profile efforts in the contact patch of a heavyweight truck Tire Project [1] : Validation of a numerical optimization methodology of tire profile • Extended the study of method to a limited number of pneumatic tire cases • Performed FEA and optimized a tire profile using Michelin properties CAE tools • Validated the suggested approach and proposed a new Optimization Approach… Show more Title: Optimization of the wear profile efforts in the contact patch of a heavyweight truck Tire Project [1] : Validation of a numerical optimization methodology of tire profile • Extended the study of method to a limited number of pneumatic tire cases • Performed FEA and optimized a tire profile using Michelin properties CAE tools • Validated the suggested approach and proposed a new Optimization Approach Project [2] : Explained the cause of Simulation / Measurement Gap • Analyzed simulation/measurement data of reference tires and made a cartography • Performed Statistical data analysis and explained the causation of gap Project [3] : Evaluated impact of number of Ribs • Executed Statistical Correlation analysis and studied evolution of tire profiles with increasing no of ribs • Inspected evolution of other key design parameters and its correlations • Illustrated the impact of tire profile in terms of location of Ribs Show less

Design of a Section of a metallic semi-monocoque wing structure of Aircraft (A/C) • Studied standard aircraft design methodology by E. F. Bruhns• Designed a Sections of Wing structure and Developed CAD model using CATIA V5 • Performed Static analysis using NASTRAN / PATRAN in order to optimize the robust design of wing section.

• Accomplished three months trainee project to deploy ANSYS –Workbench/APDL for the Mechanical design and Analysis • Modules covered: Structural (Static / Transient), Thermal (Steady / Transient), Linear Buckling and modal analysis• Observed Thermo-Mechanical and pressure analysis of the Heat Exchanger and the Mechanical Closure respectively and its failure criteria