Mentoring and coaching the team on various skill set like codes & standards, automation, project management etc.Leading the Piping team for (1 x 1000 MW) for Basic & Detail design of ROP and Detail design of Turbine Hall.Worked on various Steam Turbine power plants tenders in Indian market like NLC (1 x 660 MW), Buxar (1 x 660 MW) etc. with focus on reducing cost to the tune of 5% progressively.

- Built reputation among the various stakeholders as the ‘go to person’ for site issue resolution related to accessories.- Mentored engineers in the team & also utilized the contract resources to the full capacity. Drove engagement in the team. Proactively recognized & rewardedteam members who exhibited exemplary behaviors & values.- Challenged the application of bad part (which went already on many units) and took the responsibility to ensure bad parts are removed, obsoleted andsuperseded with the proper number of spares the customer needs for their units.- Performed FEED survey of 4x 9E (NTPC Kawas, India), 2x 9FA (Cairo North), 2x 9FA (Caojing, China), 4x9FA (Bangkok, Thailand), 7 x 9FA (Japan) to inspect & offerbest solution for DLN upgrade.- Lead & executed more than 10 major DLN upgrades with overlapping schedules. Through proper planning and proactive thinking and good resourcemanagement, effectively managed the multiple priorities on these projects and successfully delivered- Owned design of Fuel gas system for 16x 9E (Kharafi, Egypt) – DLN1, 2x 9FA (Cairo North) – DLN 2.6+, 2x 9FA (Caojing, China) – DLN 2.6+, 4x9FA (Bangkok,Thailand) – DLN 2.6+ Premix start. Responsibilities involved design & selection of safety shut off valve, flow-meters, Speed Ratio valves, Gas Control Valves, ventvalves. Developing P&IDs for systems on Fuel gas skid, like fuel gas, purge gas, hydraulic oil, fire protection and Heating & ventilation system. Preparing technicalspecification for Fuel gas skid, performing inspection before shipping from the vendors shop and supporting installation at site.- Well versed with ASME 31.1 and have working knowledge of EU/ PED directives like PED 97/23/EC (EN13480 – European Standard for Metallic Industrial Piping),ASME Sec VIII Div 1 – 2010 with 2011 Addenda (Pressure Vessel Design Code), NFPA 37 - Installation And Use Of Stationary Combustion Engines And GasTurbines, METI, CCC

Dealt with the various day to day maintenance issues in Naphtha Cracker Plant related to Cracking Heaters, Heat exchangers, columns, pressure vessels,storage tanks, Piping, valves etc with respect to static equipments. Maintenance aspects of rotary machines like pumps and compressors (centrifugal andreciprocating) as well as Steam turbinesHave undergone thorough training on plant operations, with Process, instrumentation and electrical departments. Importance of process parameters likepressure temperature, flow and level and their control by control-valves through DCS/PLC panels. Monitoring machine parameters like vibrations, bearingtemperature etc. Basics of captive power generation (Gas turbines and steam turbines) Load distribution from 66 KV to 110V via transformers reactors panels,PCC, MCC, relays, CBs etc to machines located in field.