Suraj Chandrakant Bhosle

• Perform Finite Element Analysis on critical components including saddles, nozzles, cones and high stress region ensuring compliance with ASME division 2 part 5. • Conduct Elastic Stress Analysis, Elastic Plastic Stress Analysis, Buckling Analysis and Thermal Analysis for pressure vessels components to evaluate structural integrity and optimize design. • Provide design validation and optimization recommendations based on detailed FEA results to enhance safety, reliability and cost efficiency.

• Identified, recorded, and managed problem areas, supporting systematic validation activities. • Developed and executed recommendations and measures. • Set up and analysed test setups in hardware. • Experienced in working with CAD software (CATIA V5) and CAD design tasks. • Conducted quality assessments of development proposals. • Utilized FMK application and eMMA software for data management and error identification, collaborating with various teams to achieve a 20% increase in working efficiency.

• Implemented HoloLens 2 AR for work instructions, promoting trainee independence by 98% and shortening the familiarization period. • Created technical documentation and supported validation through simulations. • Designed and developed a test bench for testing fuel cell stacks, reducing fuel cell changeover time by 80%. • Utilized SolidWorks for product development and prototyping. • Conducted detailed evaluations of test results, analyses, and documentation of leakage areas.

• Created mechanical drawings and 3D models with Autodesk Inventor. • Designed mechanical components and systems with the PDM system (Autodesk Vault). • Supported in reviewing technical drawings and documents. • Conducted manual calculations for the improvement and verification of components.

• Designed 3D CAD models and conducted product analyses and simulations. • Assisted in formulating mathematical models and employing computer analysis methods, resulting in a 5% acceleration of the research process. • Used SolidWorks for 3D CAD design and ANSYS Workbench for the design and analysis of UAVs. • Integrated product data into the development process.

• Reviewed CAD drawings, analytical calculations, and CNC programs, enhancing them and boosting leadership satisfaction by 10%. • Conducted CNC programming, product development, and kept detailed documentation. • Maintained production error rate consistently below 3% with careful attention to detail. • Designed mechanical components, manufacturing, assembly, and technical drawings using SolidWorks/Surfcam. • Planned projects and production according to priorities.

• Checked drawing layouts with AutoCAD and other 3D CAD systems. • Tracked manufactured parts. • Optimized processes. • Conducted quality checks on components and assemblies.

• Industry 4.0 • Quality Management • Supply Chain Management • Production Process Excellence (Scrum, Jira) • Production Execution and logistics • Factory Planning and Engineering • Project management