• Member of Analytical Engineering team in India that addresses technological development for Ingersoll Rand's entire EMEIA Businesses.• Strengthen NPD processes by validating industrial equipment (i.e. compressors, blowers, vacuum & cavity pumps) with ASME, ISO, IEC and SAE guidelines.• Mentor and drive competency building programs in the field of advanced plasticity, hyper- elasticity, pipe stress analysis, rotor dynamics, random & harmonic vibration, fracture mechanics and more.• Execute vital FEA projects related to NPD, Value engineering, Localisation and Field failure investigation.Recognition:• "Ownership Award" - Product development of vacuum pump• "Customer First Award" - Product development of vane compressor

• Design and development of treatment mixer support. A one of its kind design to curb the maintenance and installation challenges in water treatment plants.• Development of an advanced approach to check the product integrity under space-time scenarios. An Explicit Dynamics approach in designing water meters.• Root cause analysis of permanent straining inside hyper elastic diaphragms. An interactive approach towards Hyper Elastic Simulation using advanced mathematical models. • Failure investigation of flow meters using fracture mechanics approach. Identifying initial flaw and a detailed investigation using LEFM and EPFM approach. • Temperature dependent material strength degradation in plastic components. An effective way to check for Hygroscopic and Creep effects along with additive decomposition of strains. • Leakage analysis, an approach advising leak proofing using pressure closure curves of material Recognition• "Innovator Award" - From Conceptualization till production of a mixer support assembly.• "Innovator Award" - Methods of evaluation under space time integration.

• New product development of pump mounting frames using concurrent engineering. A simulation driven product optimization leading to an avid product marking prudent performance.• Product design and fitness assurance using simulation of single as well as twin volute pumps using linear and non-linear finite element methodology. • Development of indigenous Rotor dynamic simulation tool and its validation with vertical turbine pumps (VTP) assembly from level 1, level 2 till level 3 analysis.• Root cause analysis of shaft failure using ASME design by rule and by analysis approach. Recognition• "Employee of the Year" - Concurrent engineering and expedite new product development of mounting frames.• "Innovator Award" - Application development assisting rotor dynamic simulation and validation.• "Employee Engagement Award" - Recognition on conducting series of employee engagement activities.

• Design by rules and analysis of "Nuclear containment vessel".• Evaluation process governed by stringent ASME Section III - Rules for construction of nuclear components and supports.• Publishing thesis on rules driven design verified with analysis driven endorsement.

• The objective of internship was to advocate for the maintenance activities of oil rig components.• Examination and refurbishment of pumps and prime movers were at the center point of exercise.• Conduct a through survey of working equipment's and assure their safe performance along with fitness.