• Performing both static and dynamic stress analysis of piping using Caesar II, ensuring compliance with clients' specifications, industry codes and standards including B31.1, B31.3, ASME B16.5, B16.9, B16.11and Energy Institute Guidelines for Fatigue Stress Analysis.•Making critical line list based on specification and criteria provided by client.•Modeling of critical lines from isometrics and plant 3D Navis Model in Caesar II•Performing failure analysis and recommendation to piping designers for route change to enhance the piping flexibility•Preparing piping stress isometric's markup•Develop detailed stress analysis reports of piping system using Caesar II, providing clear insights into system behavior and performance•Communicating with clients to understand their needs and specifications, addressing comments on stress isometrics with a solutions-oriented approach

•Co-founded Pumpin' and designed and developed peristaltic pumps with advanced features such as variable flow rates, high precision, easy to use and 50% most cost effective.•Developed a closed-loop control system for a DC motor that regulated speed with zero overshoot and a settling time of 0.7 seconds, using an encoder to measure motor speed and a microcontroller to execute the control algorithm.

Completed the assigned car 3D part’s preprocessing by performing efficient geometry cleanup and meshing cad model based on client specifications using ANSA software and other tools to make it ready for the post processing to ensure best performance, safety, strength and efficiency of vehicles.

•Gained some practical knowledge of mechanical equipments used in power plants, understand of how power plants operate. •Acquired a basic understanding of the functions and applications of different machine elements such as bearings, mechanical seals, pumps, compressors, and heat exchangers, demonstrated a proactive approach to learning by studying the principles and taking help from other colleagues.•Learned reading and interpreting P&IDs through proactive self-study and guidance from senior engineers, enhancing my ability to understand process flow, equipment and instrumentation details, and control strategies employed in a system.

•Worked on lathes, milling and drilling machine.•Worked on CNC machine using previous knowledge of CNC programing.• Learned 3D modeling in Creo software.