Moath Ali Dardas
Tel: +1-919-***-****
E-mail:
Address:
acqwzc@r.postjobfree.com
Durham, NC 27705
Personal Information
Date of birth:
Marital status:
Nationality:
February 17, 1989
Single
Jordanian
Education
2007-2011
2007
Al-Balqa Applied University-Faculty of Engineering Technology – Amman, Jordan
B.Sc. in Electrical Power Engineering.
GPA: 3.55/4 (very good).
Zarqa Secondary School – Zarqa, Jordan
The General Secondary Certificate/Scientific Stream,
Average: 92.5% (Excellent).
Work Experience
Oct 2014- Till Now
Apr 2013- Sep 2014
Apr 2012- Mar 2013
Freelance Solar Energy Designer.
Project Engineer at Future Sun for Renewable Energy Systems company
Amman-Jordan.
Project Engineer at Philadelphia Solar company
Amman-Jordan.
Main Area of Experiences
Extensive experience in the design, installation, testing, and commissioning of renewable energy projects.
Leading all stages for the delivery of turnkey projects from initial discussions with potential clients to inception and handing over.
Prepares the electrical designs related to circuiting and panel boards of power, one line diagram of the power system as well as designs related to lighting circuits, control and switching.
Professional design for small, medium and large scale PV Systems and PV Power plants with full proposal documents and engineering works under IEC & ENA Regulations.
Responsible for planning and delivering advanced Solar (PV) power generation EPC.
Extensive knowledge in Medium & High Power systems.
Electrical design and sizing for Off-grid systems with battery backup.
Prepares power load estimated calculations after estimating project mechanical and operational requirements using industry recommended software.
Prepares the calculations of the voltage drop, short circuit and load flow of the system using ECODIAL, DOCWIN or any other company software.
Selects the right electrical instruments, equipment, facilities and any other electrical component related to the selected electrical system.
Track project milestones and deliverables.
Estimates the cost of the selected electrical system and ensures it complies with the customer allocated budget and ensures space allocated for the electrical equipment fit with the electrical design.
Considers during the design phase the installation processes that will be taken for the selected electrical instruments, equipment, components and systems to ensure conformance to design and equipment specifications and compliance with operational and safety standards.
Communicate and share information and methods with cross-functional team members to achieve organizational goals.
Plans and schedules the work and efficiently distributes the work to be done among the allocated hours in order to meet the agreed upon program deadlines.
Determine the frequency and content of status reports from the project team, analyze results, and troubleshoot problem areas.
Reviews the appropriate standards and ensures all electrical design works meet the international codes (NEC or IEC and SASO…etc.).
Ensures progress monitoring and early problem prevention through Analyzing situations and problems accurately, identify and weigh the probable effects of alternative solutions and implement effective courses of action.
Main Projects
System
250kWp on-grid PV System in
Jordan. The system is designed to
cover all of the electrical loads
existing at the Petra Development
and Tourism Region Authority.
Operation
September-2012
System
504kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using SMA string inverter
with fully monitoring system,
connected in low voltage side. It’s
considered one of the largest PV
net metering system in Jordan.
Operation
January-2013
System
180kWp PV pumping system in
Jordan, Ground mounting system,
using FUJI VFD inverter with fully
monitoring system, connected in
low voltage side. It’s considered the
largest solar pumping in the
Mideast.
Operation
Appril-2013
System
175kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using Power One string
inverter with fully monitoring
system, connected in low voltage
side.
Operation
June-2013
System
120kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using Power One string
inverter with fully monitoring
system, connected in low voltage
side.
Operation
October-2013
System
97kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using SMA string inverter
with fully monitoring system,
connected in low voltage side.
Operation
October-2013
System
25kWp (ThinFilm) on grid system
in Jordan, the power station
licensed as net metering, roof top
mounting system, using Kaco string
inverter with fully monitoring
system, connected in low voltage
side.
Operation
January-2014
System
312kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using SMA string inverter
with fully monitoring system,
connected in low voltage side.
Operation
Appril-2014
System
154kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using SMA string inverter
with fully monitoring system,
connected in low voltage side.
Operation
May-2014
System
450kWp on grid system in Jordan,
the power station licensed as net
metering, Parking mounting
system, using SMA string inverter
with fully monitoring system,
connected in low voltage side.
Operation
In Progress
System
33kWp on grid system in Jordan,
the power station licensed as net
metering, roof top mounting
system, using Enphase micro
inverter with fully monitoring
system, connected in low voltage
side.
Operation
June-2014
Training Experiences
17/3 - 30/6/2014
2/2 - 6/2/2013
6/11/2013
11/2013
In Progress
In Progress
9/2 - 1/5/2013
27/3 to 19/4/ 2012
Certified ReGrid Manager – CRGM
At the Renewables Academy (RENAC) - Germany
The training covered the following topics:
Scenario development for electricity generation from wind and solar
Generator concepts for renewable energy
Short term prediction of wind and solar power
Balancing power calculation
Grid codes for renewables
Generation expansion planning of systems with high share of wind and solar
Grid integration studies and system integration studies
Short , medium and long term storage
Certified Energy Manager- CEM
At AEE Jordan Chapter Certification Administrator
Certified Renewable Energy Professional- REP
At AEE Jordan Chapter Certification Administrator
Accomplishment of Solar Energy Course
At Delft University of Technology
OSHA 30-hour Construction Course
At OSHA Training Services Inc
NABCEP PV Installation Professional certification
NABCEP
Certified Program for Electrical Engineers / "Building Installation"
(100 hours)
At Jordan Engineers Association, Engineers Training Centre. including the following subjects:
Module I (Internal Lighting, Small Power & grounding)
Building internal lighting and site lighting.
Lighting; calculations
Emergency and Exit lighting
Dimming controls
Small power socket outlet
Power outlets for mechanical equipment
Earthing & Lightning
Module II (Power Distribution & Codes):
Low voltage Distribution
Protection against electric shocks
Sizing and protection of conductors
Short circuit Calculation
Power factor correction
Emergency generator set
Module III (Low Current &Telecommunications)
Electrical Installation, Planning and Design
using AutoCAD.
At Jordan Engineers Association, Engineers Training Centre. including the following subjects:
Lighting System Design using DIALux and its Calculations.
Power Mechanical Calculations.
Voltage Drop Calculations.
Distribution Boards Design.
Cables and Circuit Breakers Selection.
Fire Alarm System.
5/5 to 25/5/2012
13/9 to 16/9/2010
4/2 to 11/2/2012
29/8 to 16/9/2009
14/8 to 18/8/2011
19/9 to 1/10/2011
18/9 to 29/9/2011
21/1 to 26/1/2012
1/10 /2011- 31/3/2012
6/2 to 19/5/2011
Primavera 3 (First Level)
At Jordan Engineers Association, Engineers Training Center. PLC/Handling and Programming ST-7MICRO
At Jordan Engineers Association, Engineers Training Center. SCADA System (Supervisory Control and Data Acquisition ) At Jordan Engineers Association
Programming using MATLAB
At Jordan Engineers Association, Engineers Training Center. HVAC System Design ( Heating, Ventilation, and Air Conditioning ) At Jordan Engineers Association.
Quality Management (ISO)
At Jordan Engineers Association, Engineers Training Center. 3D MAX
At Jordan Engineers Association.
Technical writing
At Jordan Engineers Association
A trainee at National Electrical Power Company (NEPCO) Amman-Jordan
Skills covered:
■ CTs & VTs test
■ Different types of relays (Electromechanical, Digital Relays).
■ Feeder protections 11 kV and 33kV.
■ Transmission line Protections 132kV.
■ Transformer Protections 132/33kV.
■ MV Switchgear Testing & Operation.
■ Underground Power Cables Design.
■ Transformer Operation, Testing & Maintenance.
■ Specification of Transmission and Distribution Networks.. Specialized Training Course in the field of Power Electric System, at NEPCO, the Electrical Training Center (ETC) for (200) hours including the following subjects:
Programmable Logic Control (PLC).
Ac Motors Control.
MV Switchgear Testing & Operation.
Underground Power Cables Design.
House Wiring Fundamentals.
Transformer Operation, Testing & Maintenance.
Fire Alarm Systems.
Specification of Transmission and Distribution Networks.
* Certificates available upon request.
Computer Skills
AutoCAD:
2D Technical Drawings and electrical installations drawing.
HOMER:
Renewable energy system design and optimization.
PVSYST
Sizing, simulation and data analysis of complete PV systems.
Google Sketch UP (3D modeling program for a broad range of applications such as architectural, civil, mechanical)
Matlab & Simulink.
Good knowledge of programming languages: C++, Assembly.
Microsoft office tools and Windows applications. Membership
JEA-Jordan Engineers Association
AEE-Association of Energy Engineers
Community Service
Conduct renewable energy basic and advanced training courses for undergraduate students in several universities.
Voluntary workshops on using renewable energy to raise public understanding.
Schools campaigns on clean energy.
Installing Off-grid systems in rural areas.
Languages
English (Good: speaking, Very good: writing, Excellent reading).
Arabic (native).