Electrical Project Engineer
nesma&partners
Total years of experience :11 years, 5 Months
Provide entire electrical solutions as per requirement.
Study technical drawings, and specifications to ensure that installation complies with the standards and client requirements.
Planning and scheduling to achieve pre-set goals. Review inspection reports and records of Quality Control.
Daily & Weekly Progress Report Preparation.
Preparing of Bill of Quantities, issuing respective PR’s, probing PO’s, and tracking material delivery as per schedule.
Installation of Medium Voltage Components (Cables, Glands, Lugs, Transformers, Ring
Main Unit, Switchgear…).
Installation of Low Voltage Systems (Lighting, Outlets, Grounding, MCP’s, Panel
Boards….).
Installation of Low Current Systems. (BMS, Access Control, CCTV, Telecom Cabinets…).
Installation of Fire Life Safety Systems. (Fire Alarm, FM200, Aspiration, Deluge…).
Testing of Electrical and Low Current Systems.
Testing of Fire Life Safety Systems prior to Third Party (AON) and Civil Defense Visit.
Beirut Arab University Baccalaureate degree in electrical power engineering (2007-2012) Cumulative GPA: 2.97 Major Courses: Electronics I and II, Microprocessor, Drives, Automation, Protection I and II, Engineering Mathematics, Power Analysis, Power Electronics I and II, Control System I and II, Electric Machines I and II, Special Machines, High Voltage. Senior 1 (Grade B+): Completed a detailed study regarding the electrical design of a residential area starting from simple lighting sockets and power sockets reaching the final design of the transformers and their arrangements. Several factors were taken into consideration such as: demand factor, diversity factor, simultaneous factor, voltage drop, candela, safety operation and future expansion of both cables and circuit breakers. Senior 2 (Grade A): Altering the performance of an induction machine by inserting capacitors and diodes along the stator and rotor winding respectively, to produce the characteristics of a Dc generator with different connections (Series, Shunt, Compound, Separately excited) . Detailed results (both experimental and matlab simulation) were provided to understand the performance and characteristics of a Brushless Self Excited Single Phase Synchronous Generator (BSESPSG)