Led interface engineering efforts, collaborating with EPM, NEOM, and various stakeholders to manage intersections between overhead power lines (OHL) and the high-speed railway, ensuring seamless project integration.Key Responsibilities:• Stakeholder Collaboration: Facilitated collaboration with EPM, NEOM, and key stakeholders to identify and resolve issues between electrical networks and railway routes, ensuring project continuity and minimizing conflicts.• Cost-Effective Proposals: Formulated and presented cost-effective solutions for conflicts between electrical networks and railway routes, focusing on enhancing safety and security while optimizing project costs.• Integration Solutions: Engineered integration solutions for extra-high voltage (380KV), high voltage (132KV), and medium voltage (33KV) pylons/poles, managing their relocation in compliance with international standards and SEC requirements.• Impact Assessment: Executed site visits and assessments to evaluate impact areas of electrical infrastructure and proposed effective mitigation strategies to address potential issues.• Regulatory Compliance: Ensured strict adherence to safety standards and regulations throughout the design and implementation phases, maintaining high compliance with industry requirements.• Documentation and Reporting: Maintained comprehensive documentation of design modifications, approvals, and project milestones. Prepared and updated the "Timeline of Actions and Delays: The Extra High Voltage Duba Green Project Update" to reflect current project status.• Technical Study: Conducted an in-depth technical study using ETAP to analyze the benefits of using underground extra-high voltage cables, supporting recommendations with detailed reports and supporting documentation.

Directed electrical engineering for the Tier-3 1.8MW Data Center project at NEOM, focusing on design optimization to achieve a 10% cost reduction. Managed critical issues, including high impulse voltage in 2MVA generators and synchronization failures, and addressed material vendor errors, such as incorrect fuel system components and coolant contamination, receiving recognition for effective problem resolution.Key Responsibilities:• Project Oversight: Led reviews and analyses of electrical systems, including single-line diagrams (SLDs), load flow, and short-circuit studies. Coordinated with project teams to ensure designs met Tier-3 specifications and standards.• Critical Issue Resolution: Resolved technical issues like high impulse voltage in 2MVA generators and synchronization failures. Managed vendor-related errors, including fuel system component inaccuracies and coolant contamination.• Design and Documentation: Reviewed design studies and prepared detailed construction documentation, including shop drawings and equipment layouts, ensuring accuracy and compliance with Tier-3 project requirements.• Power System Analysis: Conducted power system analyses using ETAP software, including load flow and cable ampacity studies. Redesigned telecom and LV infrastructure based on site conditions.• Testing and Commissioning: Directed testing and commissioning of key equipment, such as a 2.0MVA diesel generator, 2x600KW UPS systems, and 2x200KW rectifier systems. Ensured compliance with NEOM and Tier-3 standards and conducted factory acceptance tests (FATs).• Leadership and Coordination: Managed engineering teams, provided technical guidance, and coordinated with other disciplines. Monitored project progress, addressed delays, and reviewed documents for compliance.• Quality Assurance: Ensured compliance with contract requirements through inspections, review of RFIs and MIRs, and creation of snag lists for subcontractor rectifications.

Directed and managed electrical systems across multiple infrastructure projects, including the Iraq Border Port and Jadedat Arar Border Port. Successfully introduced modifications that improved profit margins for electrical items by 16.7%. Oversaw the design, implementation, and coordination of electrical systems for various projects, including street lighting and infrastructure works.Key Responsibilities:• Design & Documentation: Developed and reviewed electrical design systems, including medium voltage, low voltage, and street lighting. Created design, shop drawings, and as-built drawings. Prepared electrical calculation sheets and ensured compliance with standards (SCECO/BS-7671/IEC-60364).• Electrical Systems Engineering: Conducted detailed electrical calculations, including load estimation, cable sizing, and drop voltage calculations. Designed earthing and street lighting systems. Optimized Lux calculations for lighting and selected appropriate UPS and generator capacities.• Project Management: Coordinated with construction and procurement teams to ensure adherence to standards and specifications. Estimated project costs, managed subcontractor quantities, and prepared final reports.• Stakeholder Engagement: Actively participated in stakeholder meetings to discuss project requirements and contributed to factory acceptance tests (FAT) for equipment.• Quality Assurance: Ensured compliance with contract requirements, conducted inspections, and prepared snag lists. Monitored and controlled subcontractor quantities and invoicing.Projects Achieved:• Sport City KASC - Street Lighting• Jeddah-Makkah New Expressway - Street Lighting• Al Dawadmi New Residential Area - Street Lighting & Infrastructure• Al Raedah New Residential Area, Jeddah - Street Lighting & Infrastructure• Jadedat Arar Border Port - Street Lighting, Infrastructure & Building• Iraq Border Port - Street Lighting, Infrastructure & Building

Managed the electrical quality aspects of significant projects, including the 1500 MT/Day Phosphoric Plant and 4500 MT/Day Sulfuric Acid Plant in Jordan. Implemented effective quality control measures, addressed non-compliance issues, and ensured rectification, earning commendations from management. Conducted detailed assessments of project specifications, design drawings, and vendor documents in accordance with international standards.Key Responsibilities:• Quality Control & Testing: Oversaw pre-commissioning testing for equipment including 40 MVA, 2.5 MVA, and 6 MVA transformers, 33KV and 11KV MV/LV cables, switchgear, and street lighting systems. Conducted tests such as insulation, voltage/current ratio, and oil breakdown voltage (BDV). Prepared inspection test sheets (ITS) and ensured compliance with established standards.• Project Documentation & Compliance: Reviewed and evaluated project specifications, design drawings, and construction documents. Maintained detailed inspection records and ensured the use of the latest revision documents on-site.• Construction Supervision: Supervised electrical construction activities, including cable pulling, switchgear installation, and lighting systems. Ensured adherence to project specifications and standards.• Material & Site Inspection: Approved materials based on specifications and inspected site work for compliance. Created punch lists and action plans for rectifications.• Reporting & Coordination: Generated daily site observation reports to track project progress and compliance. Coordinated with construction teams to ensure adherence to codes and standards.Projects Achieved:• Phosphoric Acid Plant• Sulfuric Acid Plan

Led electrical and MEP (Mechanical, Electrical, and Plumbing) tasks for industrial projects, ensuring compliance with specifications and high-quality standards. Managed testing, design, and supervision to optimize system performance.Key Responsibilities:• Drawings: Prepared shop and as-built drawings for MEP works.• Testing: Conducted electrical tests on distribution boards, MCC panels, motors, and earthing systems.• Material Inspection: Approved MEP materials based on specifications and invoices.• Control Panel Design: Designed control panel circuits for induction motors.• Procurement: Ordered electrical devices and materials from vendors, ensuring timely delivery.• Generator Installation: Installed and tested a 250 KVA standby diesel generator and ATS system.• Cable Sizing: Calculated cable sizes and prepared distribution load schedules.• Lighting & Fire Alarm: Designed and installed lighting and fire alarm systems for industrial spaces.• Earthing & Lightning: Engineered earthing and lightning protection systems.• MEP Supervision: Supervised subcontractors in electrical and mechanical installations, including:• Domestic lighting, power sockets, and piping systems• Infrastructure (e.g., steam pipes, potable water, firefighting systems, ventilation)• MCC panels, motors, and industrial sockets• Underground conduit and cable pullingProjects Achieved:• Petrochemical Industrial Plant for General Detergents

Completed a three-month training program as an Electrical Engineer at the Central Electricity Generating Company (CEGCO), gaining hands-on experience in a 360-MW gas turbine power plant focused on electricity generation and assisting senior engineers with equipment inspections and testing procedures.