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Electrical Engineer Power

Fereej Ibn Dirhem, Qatar
April 23, 2020

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Ayman Salaheldin CV Page */*

Ayman Salaheldin

Electrical Engineer

Date/Place of Birth: 24/3/1994, Doha, Qatar

Sudanese Nationality – Resident in Qatar

Address/Phone/Email: New Salata, Doha, Qatar 50199400 SUMMARY

Bachelor of Science in Electrical and Electronics Engineering graduate seeking a challenging and rewarding entry level position where I can make use of my technical and interpersonal skills for the growth of the company. Completed practical training at AL-Sarh Trading & Contracting Co. and MH Electromechanical Division (MEP). Academic project experience in the Power electronics, Solar PV systems, Power system analysis and Graphical user interface.


Bachelor of Science in Electrical and Electronics Engineering (2016)

(University of Sharjah)

Relevant modules: Electric Power Distribution, Power System Analysis, Solar PV Systems, Telecommunication Systems, Feedback Control System, VLSI Design, Electronic Circuits, Microelectronic Based Design, Programmable Logic Cont. & App.

Practical Training

AL-Sarh Trading & Contracting Co (Asphalt plant) June 2016 (2 weeks) Industrial Area, Mesaieed, Qatar

MH Electromechanical Division (MEP) June – July 2016 (6 weeks) Al Muntazah, Doha, Qatar

Duties & Activities

• Involved in the production of the shop drawings with the technical team.

• Assist the tender team in Issuing Bill of quantity (cost estimation for all the electrical installation) for a residential building (B+G+6typical F).

• Projects included: Emergency power system, Lighting installation, Small power system, Supply and install for MSB, Cables, Telephone and data installation and Fire alarm work.

• Evaluate the production of the shop drawings per day for each draft man individually on several projects.

• Prepare a schedule layout for proposed projects (schedule summary with important submission dates).

Technical and Computer Skills

• Engineering software – AutoCAD electrical, Solid works, Mikro C PRO, MicroWIN, Altera Quartus, Altium Designer, Matlab.

• Programming – VHDL, C, C++, Embedded C.

• Operating Environments – all versions of MS Windows, Apple OS.

• Microsoft Office – Excel, Word, Publisher, PowerPoint. Languages: Arabic/English

Qatar Driving Licenses

Ayman Salaheldin CV Page 2/2


Senior Design Project: Smart Energy Charging Device The main aim is to design and implement a device that capture the wasted kinetic energy from the user movement and transform this energy into electricity in order to provide a charging solution to power the daily used appliance such as Cell phones, Tablets, Go Pro and Cameras through a wireless connection. The device as a system consist of three main stages Energy harvesting unit Portable, Rechargeable battery unit and Power transmission unit.

The leading factors considered in the design are the size of the device, the time required for the battery to charge and discharge and the device must produce enough energy for the appliance charging process. In addition, the selected design must be cost effective to allow a wide range of users to own it.

(University of Sharjah, 2016)

Stand Alone PV System Powering Residential Building The Goal behind this project is to Design a solar PV system through few steps involving Collecting Data, Analysis and Charts in order to provide a complete Design we used solar Application such as PV Watts. The main factors in the design are determine the power consumption demands, Battery sizing, PV panels sizing, Inverter sizing and Charge controller. In additional we provided the Sketch of the final Design, Design cost and Simulation Results which were accomplished from PV Watts.

(University of Sharjah, 2015)

Fault voltage and current in balanced system using Matlab The main objective of the program is to analyze balanced systems fault and find out the fault voltages and current at each bus. Fault currents cause equipment damage due to both thermal and mechanical processes. The user enters the value of the impedance between buses and between each bus and ground, and the voltage value at each bus bar. The program finds the fault values of both the voltages at each bus, and the current between all the buses.

(University of Sharjah, 2015)

Arithmetic Operations on Images using Graphical user interface (GUI) Designed a GUI platform on MATLAB that performs arithmetic operations between images. The GUI platform is capable of performing the operations on images of different sizes. The project allows the users to interact with electronic devices through graphical icons and visual indicators. The user is able to select any two desired images by browsing for the images. This GUI platform is cable of Performing five arithmetic operations Addition, Subtraction, Multiplication, Division and Absolute difference.

(University of Sharjah, 2016

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