• Over 8 years of experience in Computer Aided Design (CAD) & CAE which include design and analysis of Machining, Casting, Die cast, sheet metal & injection molding plastic products. • Failure mode e... Read more

• Over 8 years of experience in Computer Aided Design (CAD) & CAE which include design and analysis of Machining, Casting, Die cast, sheet metal & injection molding plastic products. • Failure mode effect analysis (FMEA) & Risk analysis to anticipate problems and design processes and products to reduce risks. • To do stack up analysis for the calculation of tolerance for critical dimensions. • To generate good quality mesh to reduce solution time and to achieve accurate result using meshing tools. • Retrieve and modify CAD model of medical devices components, generate tetrahedral, hexahedral FE mesh to define structural domain • To perform structural, linear & non-linear, Static & Dynamic FEA analysis of components to assess and /or modify structural design of these components to meet the design requirements. • Low-cycle fatigue (LCF) & High-cycle fatigue (HCF) calculation. • Identify and confirm model set-up and boundary conditions, execute analysis and post-processing of FEA results. • Participate in product design and development teams and regularly present analysis results to engineering peers and management. • Document analysis objectives, conclusions, results, and assumptions using a standard report template. • Modify design based on the interpretation of analysis results. • To calculate factor of safety to minimize the prototype iteration and validate the FEA result with hand calculation. • To design testing fixture for physical design life testing of products and created test report as per the IEC 60601 third edition compliance. • To do design for manufacturing analysis for mechanical components & interact with international supplier for DFM and modify design to reduce manufacturing cost without compromising the functionality of product. • To create parts and assembly drawings, bills of materials, detailed drawings for machining, assembly and quality inspection as per ASME standards.

Stress Analysis of Airframe Components,. Linear Static and Model Analysis Using MSC Nastran & Patran Hand Calculations by using Strength of Materials Approach. 3D Modeling & 2D Drafting with Catia... Read more

Stress Analysis of Airframe Components,. Linear Static and Model Analysis Using MSC Nastran & Patran Hand Calculations by using Strength of Materials Approach. 3D Modeling & 2D Drafting with Catia V5 Projects 1. 3D Modeling of High Pressure Spool rotating tool  3D modelling of High Pressure Spool Rotating tool which is used for LCA maintenance.  Dimensions were taken from existing component, Reverse engineering technique was used.  CAD modelling was done in Catia 2. Meshing of Airbus brackets  Meshing of Airbus A350XWB electrical & hydraulic brackets were done in Patran.  All the quality parameters were maintained as per Airbus standards. 3. CAD modelling of a Takeup tower(Convayor)  2D drafting of Hand drawing was done  3D modelling of the takeup tower was done in Catia 4. Meshing of ESI & HIS Brackets of Bombardier G7000  Meshing of ESI & HIS brackets were done in Patran  All quality parameters were maintained as per the requirements.