1. Wathiq Alanbaki
430 Madison Ave,
Elizabeth, New Jersey 07201
http://wathiqalanbaki.wix.com/wathiq1
Projectengineer40@yahoo.com
8504056618
US CITIZEN
OBJECTIVE
To obtain a position in Power and Energy Systems Field .
EDUCATION
Master’s Degree inElectrical Engineering
Concentration is Power and Energy Systems
New Jersey Institute of Technology May 2016, GPA 3.5
B.S. in Electrical Engineering 2003
Honors: 1st place, Innovation Award – Power Systems Design
RELEVANT COURSEWORK
Renewable Energy Systems Power Systems Steady State Analysis Power Electronics
Transients in Power Systems Protection of Power Systems Power Distribution
MEMBERSHIPS
Institute of Electrical and Electronics Engineers (IEEE)
COMPUTER SKILLS
CAD 2015/2014, E-TAP, MS Office
PROJECTS AND ACTIVITIES
• Submitted a project regarding the Nuclear Power Plants in addition to design the PWR single line diagram of
Generator 1370 MVA -25 KV, GSU 345-25 KV,Unit Transformer 6.6-25 KV,Aux Transformer 345-6.6 KV
• Submitted a presentation regarding the solar PV System andThe Concentrated Solar Power Plants CSP.
• Researched new methodologies and developed new procedures to apply principles of electrical theories to the
projects such as using solar cells as a secondary source in generating power within the batteries panel.
• Performed testing of the automation and control systems based on the PLC(Allen-Bradley and IDEC) technology
• Designed robotic algorithms and software of an automotive industry and petroleum drilling systems
EXPERIENCE
POWER GUIDANCE – USA
2009-present
Project Engineer- Online Consultant
• Perform Engineering Consultations to ITECHO and Design the Operational Single Line Diagram and drawings of
(500 KV,138 KV, 132 KV, 33 KV, 11KV)
• Export Switchgear and Transformer spare parts (current transformers ,ammeters, contactors ,control relays AC &
DC, Timers)
• Prepare and provide guidance in preparing and developing the engineering deliverables for electric substation
projects- including the development of one & three line diagrams; schematics and wiring diagrams; relay settings and
calculations; control and relaying panel layouts and specifications; control and relaying panel and equipment wiring
diagrams.
• Develop wiring diagrams and cable / conduit tables depending on schematics from GE & SEMIENS of the
(incoming cct, outgoing cct, battery panel, Alarm cct, Trip cct, DC cct and etc...)
• Complete complex drawing packages with minimal/no supervision from sketches provided by others

2. ITECHO - JORDAN
2007-2009
Project Engineer
 Developed standard commissioning and testing practices for high voltage equipment and associated protective relays
and controls equipment.
 Developed and issued a Design Build contract for furnishing, installing and testing a two (2) unequal segment, fixed
series capacitor bank, Segment 1- rated 2000A/ 98.16 MVAR/8.18 ohm and Segment 2 -
2000A/196.32 MVAR/16.36 ohm. SF6 gas circuit breakers were used for switching.
 Supervised on Hydroelectric Power Plant 230 kV - 13.8 kV Switchyard. Directed and performed the layout, design,
material specification, and preparation of equipment physical package, interconnection schematics
and wiring diagrams for the installation of four SF6 gas circuit breakers configured in a four-breaker ring bus
arrangement. Two new 50 MVA GSU transformers were installed. SEL microprocessor relays were utilized for
transformer, line, and switchyard bus protection.
• Performed conceptual layout, detailed design, major equipment procurement, bidding and construction engineering
for this 230/115kV substation constructed on a fast track schedule to meet oil pipeline pumping station loads.
• Supervised on installing 161 kV Substation , New Breaker and a Half and adding 160 MVAR Capacitor Bank .The
initial development of this yard consisted of re-terminating the 161 kV line in a three breaker ring-bus fashion, which
included a connection to the existing 161/69 kV transformer and the addition of two 161 kV, 30 MVAR
fuselessshunt capacitor banks. The project consisted of the addition of a new 161 kV, 60 MVAR fuseless shunt
capacitor bank and SF6 gas circuit breaker. Both substations required detailed material selection, ordering, tracking
and expediting.
• Replaced 138kV, 50MVA Transformer and 138kV , 132C Breakers in addition to develop Elementary Diagrams for
the 220/66kV Transformer Bank Protections, LBFB Protection for new and existing 220kV and 66kV Circuit
Breakers, 220kV Line Protection upgrades, 220kV and 66kV new Bus Differential Protection and new Under-
Frequency Load Shedding Scheme using GE and SEL relays.
• Managed a project to connect 1500kVA, 34.5kV-500V Dry-type traction power rectifier transformer, 600V DC
switchgear, and 600V AC/DC, 2000W, 72 diode rectifier.
• Performed commissioning and start-up engineering for inside plant construction projects in the Delivery Project and
Construction Management Organization (P&CM)
BAGHDAD COMPANY FOR GAS TURBINES LTD.- JORDAN
2005- 2007
Project Engineer
 Responsible for project management, scheduling, inspection and design of construction projects consisting of
underground feed, area layout, equipment used, labor and material estimates. Conducted designing of utility
substations and large factory distribution installations load capacities from 5-55 MVA.
• Responsible for creating design prints for construction of 2.4kV, 12kV, and 13.8kV, high voltage overhead feeder
for, cost-effectiveness, reliability, and extensions of circuits using AutoCAD, load flow and available fault analysis
studies prepared in EasyPower and ETAP software's.
• Supervised all construction and design of overhead, underground, and manhole routes of electrical services to client's
substation or utility substation on assigned project.
• Comprised sub-contractors list and supervise their projects and completion dates.
• Alternative energy source team advisor on using alternative energy sources included but not limited to wind power
technology, methane fuel source from garbage technology, solar power technology, clean coal technology, and other
fuel burning technologies to reduce or eliminate hazardous emissions.
• Completed tear out and redesign of 11,500V - 2400V utility substation
• All one-line schematic and equipment layout design drawings were completed in AutoCAD
• Supervised and troubleshoot electrical substations consisting of triple, dual, or single transformation, with 2000W
rectification that converts 491VAC to 625VDC. Programmed protection relay settings for cathode and feeder
breakers
• Responsible for planning, and designing, of 11.5kV - 2400V substation with redundancy feed from 2 adjacent utility
substations and assembling specs for 15kV metal clad secondary switchgear, including Cooper PST auto throw over
switch (A.T.O) 600A.
Specified project materials cost estimation, including overrun contingencies, and Specified primary cable size 750
MCM kcmilxlp 15kV w/concentric neutral