An ardent mechanical design and analysis engineer eager to contribute to team success through hard work and excellent organizational skills. With a clear understanding of mechanical design standards and management, with training in 3D CAD software and programming. Motivated to learn, grow, and excel in the mechanical and aerospace industry.
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Experience
The Metraflex Co
Mechanical Design and Finite Element Analysis Intern
• Designed 6 innovative pipe anchor supports on SolidWorks to resolve stresses undergone by overhead pipes
• Calculated allowable stresses for A36 Steel pipe supports using ASME B31.1, B31.3, B31.9, and MSS SP-58 code books
• Analyzed and decreased structural stress by 30% on anchor pipes by conducting FE Analysis using SimScale
• Executed local adaptive mesh refinement techniques to accurately resolve stresses acting on Pipe and Anchor joints
• Compiled and reported, new design and stress analysis data for multiple anchor pipe assemblies
Hindustan Aeronautics Limited Aerospace- Bangalore, India
Process Improvement Intern
• Aided in the design of PSLV and GSLV rocket assembly fixtures as per ASME Y14.5(2009) regulation leveraging SolidWorks 3D
• Guided and Implemented newly designed testing fixtures and systems, improved manufacturing efficiency by 8% overall
• Inspected rocket dimensions using Universal Testing Machines, CMM, and Dynamic Mechanical Analysis to cut down potential failures
Alstom India Ltd - India
Design Engineering Intern
• Aided with product design and analysis leveraging CATIA V5 & ANSYS for Francis and Kaplan turbines
• Devised Turbine section drawings with Geometric Dimensioning and Tolerances along with required machining symbols
• Conceptualized Fluid Structural Interaction of Turbines on ANSYS to decrease vibration due to cavitation by 20%
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Projects
S&C Electric Company
Student Consultant
• Diminished cycle time by 2.08 min by even workload between stations and automated gauging processes
• Enhanced production rate from 8.19 assemblies/Hr to 11.43 assemblies/Hr through Time Study and cycle time analysis
• Cut down cost of labor by 13.05$ per assembly through DMAIC tools and developed a Value stream map of new process
SRM Team ROBOCON
Mechanical Design Engineer
• Led a team of 9 mechanical engineers in research, design, analysis, and manufacturing of the Disc Throwing Robot
• Introduced advanced 3D CAD feature and simplified redundant tasks and accelerated assembly model generation
• Applied 3D printing and CNC machining to build prototypes for child bot, mother bot and disc throwing robot
• Accomplished testing and validation on structural components and mechanisms by deploying DMU and FE Analysis
• Executed deployment of ANSYS for FEA Simulation and MATLAB Simulink to improve overall quality of design process by 2 times