NOUBAR YOUSIF

• Reviewed and approved electrical shop drawings, material submittals, RFIs, and design documents, ensuring compliance with project specifications, IEC/BS standards, and DEWA, DCD, Etisalat, DU, RTA, DM requirements.
• Evaluated WIRs, MIRs, RFIs, and NCRs, ensuring timely resolution of technical issues and implementation of effective corrective actions.
• Coordinated multidisciplinary MEP design reviews and site activities, resolving technical clashes while ensuring compliance with architectural, structural, and project requirements.
• Verified electrical design documents, including load calculations, single-line diagrams, cable sizing, and protection studies, ensuring compliance with IEC/BS standards and local authority requirements.
• Conducted QA/QC inspections, witnessed Factory Acceptance Tests (FAT), Site Acceptance Tests (SAT), testing, commissioning activities to verify compliance with approved drawings, project specifications, and client requirements.
• Led coordination with clients, contractors, and regulatory authorities, preparing technical review comments, WIRs, MIRs, and approval recommendations.

• Provided technical guidance to electrical inspectors and engineers on high-rise and commercial projects, ensuring compliance with ESA and OBC requirements.
• Reviewed, approved Project Quality Plans (PQP/QPP), Inspection, Test Plans (ITPs), shop drawings, material submittals, method statements, RFIs for compliance with contract requirements, project specifications, and applicable codes.
• Verified HVAC power distribution, MCCs, control panels, and equipment connections, ensuring compliance with project specifications and applicable codes.
• Oversaw installation, testing, and commissioning of transformers, switchgear, lighting, grounding systems in compliance with IEC/IEEE, NEC/NFPA/OBC, and ESA requirements.
• Coordinated with civil, mechanical, and architectural disciplines to resolve design and construction interface issues.
• Monitored project progress, identified risks, and implemented mitigation strategies to ensure adherence to project schedules and quality requirements.

• Reviewed and coordinated electrical designs, shop drawings, and BOQs for compliance with project specifications, applicable electrical codes, and DEWA/DCD requirements.
• Coordinated with design consultants to resolve design clarifications and implement design modifications in accordance with project and DEWA/DCD requirements.
• Performed detailed electrical design reviews in accordance with IEC/IEEE standards, NEC/NFPA codes, providing technical support to engineering, site teams to improve design quality and consistency.
• Identified and resolved technical issues, including code compliance, harmonics, and arc flash hazards, supporting safe and reliable system performance.
• Coordinated with MEP, architectural, and civil disciplines, suppliers, and subcontractors to ensure compliance with project specifications across projects valued at USD 4.2 million.
• Resolved electrical engineering issues while supporting QA/QC activities and ensuring compliance with DEWA, DCD, and project safety requirements.

• Prepared and reviewed electrical designs, load calculations, risk assessments, shop drawings, and technical submittals, ensuring compliance with project specifications, CEC, ESA, IEEE regulation.

• Developed monitoring tools, site reports to track project scope, progress, performance, improving operational efficiency and reporting accuracy.

• Oversaw installation, testing, commissioning of fire alarm, emergency power, switchgear, power distribution systems in compliance with NFPA, IEEE, CEC, and applicable building codes.
• Prepared cost estimates, BOQs, and procurement plans, reducing project cost overruns by 15-22% across industrial, commercial, and infrastructure projects.
• Coordinated with the, consultants, contractors, ESA, multidisciplinary teams to resolve technical issues and ensure compliance with local regulations and project requirements.
• Managed renewable energy projects, including solar PV systems for remote areas, optimizing system design and backup power solutions to reduce energy costs by up to 27.6%.
• Analyzed engineering processes, implemented design, construction improvements to enhance project efficiency, quality, and cost control.