Project Manager Electrical Engineering
Renewable Resources (JV Tractebel-NESPAK-RE)
Total years of experience :14 years, 5 Months
• Leading team of electrical engineers for smooth design and supervision of 220kV and 132kV substations project of 650 million USD Project
• Responsible for closure of base and detail electrical design and implementation of design as per project specifications and international standards
• Responsible for the finalization of Inspection and Test Plan (ITP) i.e. not only limited to the finalization of FAT and SAT protocols of primary equipment
• Supervise, manage and evaluate project schedule and team progress
• Support team in timely closure of electrical design, studies, equipment finalization and coordination of field activities to ensure compliance of QMS
• Direct quality control and quality assurance efforts to ensure construction is completed in accordance as per approved drawings and specifications
• Arrange design review meetings for stakeholder’s coordination
• Attend project progress monthly and weekly review meetings
• 220kV ICI AIS Substation extension
• 220kV KPC BPS GIS Substation extension with 1km 220kV HV cable circuit
• 132/11kV Landhi GIS Substation with 8km 132kV HV cable circuit
• 132kV KTPS Substation with 5km 132kV HV cable circuit
• 132kV Q&K Substation with 2.5km 132kV HV cable circuits
• Lead geographical distributed design team of more than 15 electrical engineers for the successful and timely completion of detail engineering design
• Developed overall substation, tray, duct bank, trench layouts with AutoCAD
• Developed overall SLDs and Auxiliary AC & DC supply SLDs
• Prepared grounding calculation as per IEEE 80 with AutoGrid Pro(SES-CDEGS)
• Prepared shielding calculation as per as per IEC 62305, IEEE 998, DIN and lighting calculations with DIALux
• Performed equipment sizing calculations and prepared BOQs
• Developed HV/MV Cable Layouts and bonding arrangements along with cable sizing as per IEC 60949, IEC 60287, IEEE 575
• Prepared engineering progress monitoring sheets for deign monitoring
• Conducted technical coordination meetings with consortium partners and client
• Prepared testing protocols of major equipment i.e. GIS, Transformer, Cables
• Prepared relay setting calculations and CT/VT sizing along with GIS LCC schematics and HV busbar arrangements
• Prepared sag tention calculation along dynamic and static forces on structures and equipment as per IEC 60865-1, CIGRE SC 23
• 220kV NPQ switching GIS Substation with PVT(220kV/0.4kV)
• 220/132/11kV Surjani GIS/AIS Substation
• 220/132/11kV Gulshan GIS/AIS Substation(with new LDC/DRC)
• 220/132/11kV Baldia GIS extension Substation
• 220/132/11kV KDA GIS extension Substation
• 132/11kV SHD/OGL/LBS/GAD GIS Substations
• 220/132/11kV KCR GIS extension Substation
• 132/11kV BOC AIS extension Substation
• Developed overall substation layouts along HV/MV/LV switchgear, control buildings and Overall Single Line Diagrams (SLD), AC/DC single line diagrams with MicroStation
• Developed Cable tray layouts with foundation and trench/duct bank layout
• Prepared Substation Grounding design with AutoGrid Pro (CDEGS) as per IEEE 80, Lighting Calculations with DIALux
• Performed Aux Transformer, Battery, UPS and Charger sizing calculation
• Prepared project man hours and proposed equipment/material quantities
• Prepared AC/DC Cable, CB sizing along breaker coordination, load flow, short circuit studies and Insulation Coordination with ETAP as per IEC 60936, IEC 525
• Prepared HV/MV Cable sizing calculations with layouts an bonding arrangement as per IEC 60287, IEC 60949, IEEE 575, CIGRE 283
• Prepared Lightning Protection design as per IEC 62305, NFPA 780, IEEE 998
• Coordinated with Civil, Mechanical and Transmission Line Departments in compliance with approved QMS checklists during detail design stage
• Prepared CT/VT sizing and relay setting calculations and panel interface wiring diagrams and HV busbar arrangements
• Coordinated with tendering department for design documents and BOQs
• 380132/13.8kV Arar Substation
• 380/132/13.8kV Qassim-5 BSP Substation
• 380/115/13.8kV Dammam North BSP Substation
• 380/132/13.8kV Khamis BSP Substation
• 132/33/13.8kV Turaif Substation
• 132/13.8kV Alhamra Substation
• 115/13.8kV Bandreah Substation
• Completed FEED and Detail Engineering Design of Substations
• Developed Overall Switchyard layouts, Overall Single Line Diagrams, AC/DC System, Cable routing layouts along trench/duct bank with AutoCAD
• Finalized Substation electrical equipment with the sizing of equipment as per project requirements along with respective BOQs
• Prepared Shielding, Cable, CB sizing along CB coordination study, Lighting calculations in conjunction with applicable layouts
• Develop Grounding Layouts and calculations as per IEEE 80
• Prepared auxiliaries calculations i.e. Aux trafo, battery (485, 1115), UPS,
• Charger sizing
• Developed tray and equipment hardware layout
• Prepared HV cable sizing and layout along with bonding arrangement
• Carried load flow and short circuit analysis using ETAP
• 500/220/132/11kV Azad Patan Switchyard
• 500/220/132/11kV Ashkot Swithcyard
• 220/132/11kV patrind GIS Substation
• 132/11kV Golen Gol Substation with extension of 3 132kV substations
• 132/11kV Matiltan Substation with extension of 2 132kV substations
Continuing part time M.Sc Power Engineering along with my job as this MSc is improving my working abilities and helping me a lot in my professional career. The majors of this course are : -Power System Analysis -Renewable Energy Technologies -Power System Optimization -Advance Topics in Power -Power System Insulation -Power System Design
MAJORS: -Machines -Transformers -Power Generation -Transmission & Distribution
