Skilled in designing HV & EHV electrical systems, with extensive knowledge of electrical controls and protections for complex machinery. Proficient in troubleshooting SCADA, DCS, and smart grids, demonstrating expertise in HV substation protection, design, and automation. Adept at fostering strong business relationships with clients and customers, effectively resolving critical service-related concerns to ensure the delivery of exceptional products and services. Expertise lies in planning and implementing protection interlocks to ensure the overall reliability and safety of plant equipment and machinery.
Led the complete commissioning & Maintenance of the mega-scale KIPIC ALZOUR Refinery power and control systems, covering high-voltage networks (275/132KV to 4KV) and advanced digital substation automation. Currently leading maintenance activities for the refinery’s power and control systems, ensuring reliability and efficiency. Skilled in protection relay programming, SCADA integration, IEC 61850 network configuration, and troubleshooting electrical systems, including GIS substations, UPS systems, and synchronous motors. Proficient in automation and control systems, with expertise in Siemens Simatic Step 7 PLC programming and troubleshooting. Adept in ETAP studies and ensuring compliance with industry standards (IEC, IEEE, API) for seamless operations.
Played a key role in the design, commissioning, maintenance, and troubleshooting of electrical systems for the mega-scale Clean Fuel Project (CFP) at KNPC MAA Refinery, a flagship initiative aimed at modernizing and expanding the refinery’s capabilities. Responsibilities included commissioning 132KV GIS and 11KV switchgear, performing functional testing, and programming protection relays (Siemens SIPROTEC, ABB REF, REM, RET, and Reyrolle series). Conducted relay coordination studies for industrial loads up to 11KV and configured protection settings for directional and non-directional schemes, tested using OMICRON CMC 356 for IEC 61850 IEDs. Successfully commissioned 11KV 3-phase synchronous motors with excitation and protection systems and implemented VFD controls up to 6.6KV. Specialized in troubleshooting MODBUS and GOOSE substation communication protocols, ensuring seamless substation integration. Demonstrated expertise in resolving complex power network faults and ensuring operational reliability. Additionally, simulated ENMC and IMCS communication between DCS and substation systems, conducted pre-commissioning tests for transformer and line stability, and provided technical support for new protection schemes.
Responsible for troubleshooting and maintaining critical electrical systems at Kuwait Oil Company, including 25 x 4 MW turbine generators, excitation systems, synchronization panels, AC and DC distribution boards (DBs), UPS systems, and both high and low voltage motors. Ensured optimal performance and reliability of essential power equipment, resolving complex faults and ensuring continuous plant operations. Additionally, followed strict oil and gas safety regulations to ensure safe working conditions, while also managing maintenance spare parts inventory to support efficient operations and reduce downtime.
EPC Contractor at Samsung Engineering (Elevated Substation Projects)
Led elevated substation projects across the entire Kuwait Oil Company location, adhering to oil and gas industry standards for safety, quality, and operational efficiency. Gained extensive experience in testing HV transformers, CTs, PTs, UPS systems, and generators. Developed, commissioned, and troubleshot Siemens Simatic Step 7 PLC (300 and 400 series) controller programming, ensuring seamless integration and operation of control systems in compliance with industry regulations.
Electrical Engineer at 132KV/13.8KV GIS Substation Project – Riyadh, Saudi Arabia
Worked on the testing and commissioning of high-voltage GIS substations, protection relays, CTs, PTs, and distance protection systems. Conducted power swing analysis and designed power grids using ETAP for optimal network performance and stability. Ensured compliance with industry standards for safety and efficiency while enhancing the reliability of the power distribution system.
Played a key role in the testing of 300 MW generators, DC excitation systems, digital synchronization systems, generator control systems, AC and DC distribution boards (DBs), power plant switchyards, and 400KV GIS at the 300x4 MW Power Plant. Ensured the reliable operation and integration of critical systems in the power plant, contributing to its efficient commissioning and operational stability