Head, Electrical EngineeringFront End Engineering Design, Detailed Design and Engineering for various Oil, Gas and Petrochemicals Projects for Qatar Petroleum, Woqod, Shell etc.Presently working on detailed engineering, procurement (EPIC role) for CNG Plants including Pipelines for Qatar Petroleum for FIFA 2022 related Projects. Responsible for FEED and Detailed Engineering of various other Projects such as Dukhan Production Facilities Upgarde Project ; Integrated Gas Supplies to Messaied Consumers, QP Refinery Upgrades etc., Projects being executed by other EPC Contractors such as DOPET, QCon, Galfar, Roots etc

Responsible for complete Electrical Engineering for Package valued > 1200 million QARs. Involves Power at 22 kV, with 11 Distribution Substations and all engineering related work that includes intake Power from Kahramaa Substation at 22 kV, Power Management System, various LV Switchboards, AC and DC UPSs, related Power Supply to various Buildings (~ 40 Nos), Energisation related activities and coordination with Kahramaa (State Utility Firm)

Responsible for Detailed Design, IFT, IFC Packaages, PM CM activities for Manateq (Economic Zone Company), QEZ-3 at Umm Al HoulDetailed Design and Engineering including PM CM activities for Manateq at Umm Al Houl. Involved in complete Engineering development for around 1500 MVA (400 kV, 132 kV, 11 kV and 415 V), & ELV Systems, IFT, IFC packages PM, CM related activities for Qatar Economic Zone, QEZ-3 Projects involving approx. 1500 MW of Power. This involves Complete Power System Design, Communication, SCADA, Security Systems, Stake holders’ requirements, Shop Drawing Review, Vendor Documents review/approval including co-ordinations with various stake holders including Ashghal, Kahramaa, Ooredoo etc.

Responsible for PMC role for Mubarak Al Kabeer Port Project at Bubiyan Island, for Ministry of Public Works, KuwaitComplete PMC role for the new Port development, which involves approx.700 MW of Power

Responsible for Major Capital Projects Typical Projects:BH ARAB C OFFSHORE FIELD REDEVELOPMENTAssociated with Pre-FEED and FEED development for the above project (expected cost approx US $ ~15 Billions,~ 40 Billion QRs). The project entails recovering more than 500 MMbbls enhancing the declining production to 40,000 bopd for another 30-40 years. This involves drilling of 146 new wells with Central Processing Facilities with 50,000 bopd LP Production, 45,000 bopd HP Production, 120 mmscfd Gas Lift, 200,000 bwpd Water Handling (PWRI), 70 MW Power Generation and distribution systems and 200 beds Living Quarters.RAS LAFFAN PORT EXPANSION PROJECT-PHASE PHASE-2 & 3EPC for the project (US $ 4000 Mi). Total electrical power distribution system design development, execution of above facilities involving 132 kV (150 MW +) power intake from KAHRAMAA, 33/11 kV and lower level distribution RAS LAFFAN COMMON COOLING WATER PROJECT-PHASE PHASE-2 & 3Responsible for and involved in Engineering, Procurement, Installation and Construction (EPC) for the project (US $ 1700 million). Responsible for the electrical power distribution system design for the above facilities involving 220 kV (200 MW +) power intake from KAHRAMAA, stepping down to 33 kV and lower levels, distribution to various levels, using various Electrical Variable Speed Driven Pumps (27 off 7,500 kW each) etc.Included Power System Studies including Load Flow, Short Circuit, Transient Stability, Insulation Co-ordination, Relay Setting and Protection Co-ordination Studies, developing specifications, data sheets, requisitions, vendor data/drawing reviews, involving major equipment such as 220 kV GIS, 220/34.5 kV, 165/220 MVA Transformers, 33 kV GIS (Largest 33 kV Sub-station), various 33/6.9 kV and 33/0.433 kV, 11/0.433 kV and 6.6/0.433 kV Power/Distribution Transformers, SCMS, PMS, CRP, FMS etc Electro Chlorinators, Electrical VSDSs, 220 kV, 33 kV, 11 kV, 6.6 kV, 415 V Other Projects On request

Offshore 6 Well Head Platforms for water injection, power generation, power transmission using submarine cables at 6.6kV, 4 gas turbine-generator sets for power generation and all associated work. My involvement included developing specifications, detailed design and engineering, system studies including load flow studies, voltage dip/drop studies, fault level studies, transient stability studies, various equipment material requisitions (MRs), review of vendors bids, technical bid analysis, recommendations for purchase, purchase orders (PRs), vendor drawings review/approval and vendor data incorporation, progress reporting and monitoring within the budgeted man-hours, interaction with client and vendors, detailed design and engineering involving all activities including single line diagrams(SLDs), schematics, protection and metering, hazardous area classification drawings using Model code of safe practice(British Institute of Petroleum) equipment/power , lighting, earthing and lightning protection layouts, communication system layouts etc.Bintulu Condensate Recovery/Stabilisation Plant and Gas Inlet Facilities for MLNG-2 and Slug Catcher for Sarawak Shell Bhd, MalaysiaResponsible for conceptual design, detailed design and engineering of the above project costing approx. US$ 340 million. Various activities involved were:Power generation at 11kVPower system paralleling with Sarawak Electricity Supply Company (SESCO’s) 11kV dual feeds.Power distribution to whole of the process units including technical requisition packages (TRPs), various single line diagrams (SLDs), schematic diagrams, cable (power), lighting, earthing and lightning protection layout drawings.Power System Studies and System Design Calculations e.g. Load Flow Analysis, Fault Level Analysis, Voltage Dip/drop Determination, Transient Stability Studies etc.

Worked as Group Leader for Major Projects being executed by Technip. Major Projects worked upon wereISND Project for Qatar General Petroleum Corporation (Now Qatar Petroleum)-Detailed Design, Engineering, Procurement for Power Generation, Processing and Well Head Jackets for Powered Water InjectionShell Malaysia's Bintulu Condensate Recovery and MLNG Dua Project-Conceptual Design, Detailed Design and Engineering, Procurement Activiities for Shell, Malaysia and Petronas

Worked with Bechtel UK at Techcorp, Ministry of Industry, Government of Iraq for design, development and Engineering of one of the largest Petrochemicals projects and Refinery project near Baghdad, Iraq

Responsible for Complete Electrical System Design of Oil, Gas and Petrochemicals Projects from concept to commissioning basis which included basic design and engineering, optimisation, detailed design and engineering, procurement services and specialist assistance in erection, testing and commissioning of various Onshore and offshore projects.My involvement included complete basic design development, detailed design and engineering, procurement and commissioning of the following projects:220 kV Switchyard and 22kV Sub-station, Hook up with 2x19.6 MW Power Plant for ONGC, India Feasibility Studies for Co-generation and Power System Studies for ONGC, IndiaOil and Gas Gathering Stations for ONGC for the western regionEthane Propane Recovery Project (C2-C3) for ONGC, IndiaCrude handling and processing facilitiesCrude Storage and Pumping FacilitiesWater Injection South (WIS) Project-Offshore Project for ONGC, Bombay HighWater Injection Facilities using 4,500 kW Water Injection Pumps with all associated Power Generation, Distribution including 96 men living quarters.South Bassein Gas Field Complex for ONGC, BombayThis involved nine gas and oil wells, gas-processing facilities, 124 man living quarters, flare and power generation facilities. The total power generation was 10,000 kW using 3xTB 5000 turbine generators of EGT-Ruston Gas Turbines.Various Well Head Platforms for ONGC, Bombay High-IndiaComplete detailed design and engineering servicesSulphur Recovery and MEW Unit for Hindustan Petroleum Corpn., Bombay(HPCL)All detailed design and engineering activities for the above project.Hindustan Organic Chemicals Ltd, Rasayani, IndiaNitrobenzene, Aniline, Hydrogen Plants and associated Utilities and Offsites facilitiesShri Ambuja Petrochemicals Ltd, Hyderabad, IndiaPthalic An-hydride ProjectNational Fertilisers Ltd.(NFL) Panipat Fertiliser Project, IndiaIntegrated Offsites Projects for Indian Petrochemicals Corpn(IPCL) India