Skills
➢ Static & dynamic analysis of NB, NC & ND nuclear piping. ➢ Transient Analysis ➢ Fatigue Evaluation ➢ Analysis of main steam, process piping, rack piping & GRE/FRP piping. ➢ Response spectrum analysis. ➢ Time History Analysis. ➢ Modal Analysis. ➢ Wind / Ice load static analysis. ➢ Flange leakage check. ➢ Pressure drop & hydraulic study. ➢ Qualifying nozzles of critical equipment like steam turbine, pump, heat exchanger, pressure vessels, tanks. ➢ Selection of spring hanger, expansion bellow, Snubbers. ➢ Buried piping analysis. ➢ 3D, Isometric & General Arrangement Drawing. ➢ Overpressure protection Study➢ PIPESTRESS (PEPS) ➢ CAESAR II ➢ AUTO PIPE ➢ STAAD PRO ➢ NAVISWORKS ➢ CADMATIC EBROWSER ➢ CADWORX ➢ AUTOCAD PLANT 3D ➢ PIPE FLO ➢ PROGRAMMING & AUTOMATION
About
With 12 years of high-stakes piping stress engineering experience—including 8 years of specialized nuclear domain contributions with Framatome and Tata Consulting Engineers (TCE)—I am writing to express my strong interest in the Lead Engineer – Nuclear Reactor Island position at Adani Power. Having executed complex static, dynamic, and seismic qualifications for Pressurized Heavy Water Reactors (PHWR) and fusion systems, I am prepared to lead the engineering integrity of Adani’s safety-critical nuclear systems. My technical expertise directly encompasses core Reactor Island systems, safety compliance, and advanced stress analysis: ● Reactor Island & Critical Systems Qualification: Specialized expertise in piping stress analysis, routing optimization, and load case development for critical PHWR systems, including the Primary Heat Transport (PHT) System, Moderator Systems, Emergency Core Cooling System (ECCS), Calendria Vault Cooling System (CVCS), and End Shield Cooling System (ESCS). ● ASME Section III, NQA-1 & Regulatory Compliance: Comprehensive execution of Class 1, 2, and 3 design load cases strictly aligned with ASME Section III (2021), ASME NQA-1 Quality Assurance Requirements, CSA N285, and CSA N286/N299 standards. ● Advanced Stress & Dynamic Analysis: Expert-level mastery of CAESAR II, AutoPIPE, and Peps to analyze complex dynamic transient loads, non-linear thermal expansion, combined water hammer, and high-intensity seismic events. ● Technical Leadership & International Projects: Successfully led engineering teams in qualifying ITER Fusion cooling water systems under severe combined dynamic loadings, managing vendor design interfaces, and specifying Class 1/2/3 equipment (valves, pumps, and heat exchangers). ● Field Integration & ECC Standards: Extensive background in field walkdowns, design troubleshooting, modular skid designs, and navigating rigorous Engineering Change Control (ECC) procedures at operating nuclear facilities.
Profile Photo
