Amman, Jordan
Electrical Engineer with progressive hands-on and leadership experience across electrical maintenance, LV switchgear design and manufacturing, control and automation systems, and Central Battery Systems (CBS). Currently working as a Lead CBS Engineer, responsible for leading the design, technical compliance, and pre-sales activities of Central Battery and emergency lighting systems, ensuring full alignment with international standards and project requirements. Experienced in power distribution, control panels, system integration, cost estimation, and technical coordination with consultants, suppliers, and project teams. Known for delivering reliable, compliant, and cost-effective electrical solutions, with a strong ability to bridge technical design, practical implementation, and operational needs.
• Leading the CBS Department and overseeing all technical and commercial activities related to Central Battery Systems. • Managing system design, compliance with international and local codes, and technical approvals. • Supervising tendering, cost estimation, and pre-sales activities. • Coordinating with consultants, clients, and suppliers to ensure optimal solutions. • Supporting project execution teams and ensuring smooth handover from pre-sales to implementation.
As an Electrical Engineer at Signals Control, I am currently engaged in the CEER project, where I play a pivotal role in the design and programming of emergency lighting systems and exit sign evacuation setups. My responsibilities include the selection and development of comprehensive shop drawings tailored for all buildings within the factory complex, ensuring compliance with life safety standards. I am dedicated to enhancing operational efficiency through meticulous design and programming practices, contributing to the overall safety and functionality of the facility. Key Responsibilities: ● Designed and engineered centralized battery systems for emergency lighting in compliance with international standards (EN 50171, BS 5266, NFPA). ● Performed load calculations and system sizing to determine battery capacity, autonomy period, and inverter ratings. ● Prepared detailed technical submittals, including SLDs, layout drawings, and equipment specifications for consultant approval. ● Estimated project costs and created comprehensive Bills of Quantities (BOQs) for tenders and quotations. ● Reviewed project specifications and drawings to ensure design compatibility and code compliance. ● Selected appropriate battery types (VRLA, Ni-Cd) and system components for optimal performance and lifecycle cost. ● Coordinated with consultants, clients, and MEP contractors for design approvals and technical clarifications. ● Utilized AutoCAD and Dialux for designing lighting and power distribution layouts. ● Supported project execution teams by providing technical guidance during installation and commissioning phases. ● Conducted value engineering exercises to offer cost-effective and compliant design alternatives.
Skilled Electrical Engineer with hands-on experience in LV switchgear design, cost estimation, and panel manufacturing. Proficient in delivering compliant, efficient solutions from concept to final assembly. Key Responsibilities: ● Designed and developed LV switchgear systems including MDB, SMDB, DB, MCC, and ATS panels in compliance with IEC and local authority standards (e.g., DEWA, ADDC). ● Created Single Line Diagrams (SLD), General Arrangement (GA) drawings, control schematics, and detailed wiring diagrams using AutoCAD/EPLAN. ● Conducted technical analysis of project specifications and tender documents to prepare accurate Bills of Quantity (BOQ) and material take-offs. ● Estimated project costs based on material selection, labor hours, and manufacturing overhead; prepared technical and commercial offers for submission. ● Supervised panel manufacturing processes including component assembly, busbar fabrication, wiring, and QA/QC inspection. ● Coordinated and supported Factory Acceptance Testing (FAT) and internal testing to ensure quality and functionality before dispatch. ● Liaised with consultants, contractors, and procurement teams to ensure compliance with project requirements and timely material availability. ● Managed design revisions and variation orders, providing updated documentation and re-quotations as needed during project execution.
Responsible for all electrical and control systems maintenance on a cutter head dredge used in potash extraction in extreme marine and industrial conditions. ● Perform diagnostics, troubleshooting, and repairs on electrical components including AC/DC motors, generators, VFDs, MCCs, power distribution panels, and lighting systems. ● Maintain and troubleshoot PLC-based control systems, sensors, and automation hardware to ensure smooth, uninterrupted dredging operations. ● Lead preventive and predictive maintenance programs, reducing unplanned downtime and increasing overall equipment reliability. ● Implement electrical safety procedures, including Lockout/Tagout (LOTO), grounding, and insulation resistance testing, in compliance with company and international standards. ● Read and interpret electrical schematics, control diagrams, and manufacturer manuals to support fast and accurate fault resolution. ● Perform routine calibration and testing of control instruments and automation systems critical to dredging performance. ● Coordinate with operations and mechanical teams to support commissioning, system upgrades, and process optimization. ● Maintain accurate documentation of maintenance work, fault logs, and system performance to support audits and continuous improvement. ● Ensure compliance with environmental and safety standards in a high-salinity, high-humidity marine environment.
Electrical Engineer with experience in the elevator industry, specializing in installation, maintenance, and troubleshooting of control systems, VFDs, and electrical panels. Skilled in ensuring safety, reliability, and smooth elevator operations. Always focused on quality and technical excellence. Key Responsibilities: ● Electrical Design & Layout: Designing wiring diagrams and control panels for elevator systems, ensuring compliance with international standards (e.g., EN 81, ASME A17.1). ● Installation Supervision: Overseeing and inspecting the installation of elevator control systems, motors (traction or hydraulic), and power supplies. ● PLC Programming & VFDs: Programming and configuring elevator controllers, PLCs, and Variable Frequency Drives for smooth operation and speed control. ● Maintenance & Troubleshooting: Diagnosing and fixing issues in elevator electrical systems, including sensors, brake systems, call buttons, and control relays. ● Safety & Compliance: Ensuring all systems adhere to safety codes and regulations. Performing inspections for fire safety, emergency alarms, and backup power. ● Coordination with Civil & Mechanical Teams: Working with civil engineers for shaft construction and mechanical engineers for elevator machine rooms and gear mechanisms. ● Modernization Projects: Upgrading old elevator systems to meet new safety and efficiency standards.
As an Elevator Maintenance Technician, I am responsible for ensuring the safe and efficient operation of elevators, escalators, and lift systems through regular maintenance, inspection, and repair. My role includes: ● Perform routine preventive maintenance on elevators, escalators, and moving walkways. ● Diagnose and repair electrical, mechanical, and hydraulic malfunctions. ● Conduct periodic safety inspections in accordance with local and international codes and standards. ● Respond promptly to emergency breakdowns and restore service efficiently. ● Install and upgrade elevator components, including control panels, motors, sensors, and wiring. ● Maintain detailed records of maintenance activities, service reports, and repairs. ● Ensure all work complies with safety regulations, company policies, and manufacturer specifications. ● Communicate with building management or clients regarding service status and recommendations. ● Participate in on-call rotations and after-hours support as needed. ● Collaborate with other technicians, engineers, and contractors on large-scale projects or installations.