1. Shrouq Alfidawy
Date of birth: April 22th, 1991
Nationality: Jordanian
Marital Status: Single
Address: 8 Uhod St., Shaker, Zarqa, Jordan
Mobile: +962 (0) 7 97 36 43 27
E-mail: shoroklefdawi@hotmail.com
Career Objectives
To participate in the scientific community in my career life and in the field of my experience
by working in a highly professional and motivating environment which will best recognize
my creative ability and provides me responsibility and opportunities to grow along with the
organization growth.
Academic Qualification
2009-2014: B.Sc. degree in Nuclear Engineering, Jordan University of Science and
Technology, Irbid, Jordan, (Very Good, 79.7/100).
2008-2009: Secondary Education, scientific stream, Fatima bent Al Khatab School,
Zarqa, Jordan, (Grade: 95.5/100).
Related Experiences
Feb. 2015 -Present: Trainee at Jordan Atomic Energy Commission (JAEC), Nuclear Safety
Directorate, Amman, Jordan.
 Contributed in the “Essential Knowledge Workshop on Emergency
Power and Instrumentations & Control”, at the Malaysian Nuclear
Agency, in Putra Jaya, Malaysia
 Contributed in a Technical review meeting “Study of Research
reactors using RELAP-5 tool”.
 Contributed in the revision of the bid for the first Jordanian Nuclear
power plant.
 Contributed in the Probabilistic Safety Assessment (PSA) of Jordan
Research and Training Reactor (JRTR).
June-July 2013: Trainee at Jordan Nuclear Regulatory Commission JNRC, Amman,
Jordan.
 Thirty hours of Radiation Protection Training course.
 Physical preparatory steps regarding all types of samples using gamma
spectroscopy system.
Current Research project
Title: MCNP Model for High Performance Nuclear Reactor Fuel Elements for the System
Integrated Advanced Reactor (SMART).
Supervisor: Prof. Mahmud Elgohary, Nuclear Engineering Department at JUST.
Intended Journal for publishing: Annals of Nuclear Energy.

2. Expected Date of Submitting: Mid of June, 2015.
Team Members: Shrouq Nasir Alfidawy, Majdi Ibrahim Radaideh.
Abstract: The feasibility of increasing the thermal conductivity of oxide fuel by adding small
fractions of high conductivity materials such as silicon carbide and beryllium oxide was
studied. MCNP and MCNPX models for the System-Integrated Advanced Reactor (SMART)
were built. New values of uranium enrichment to balance Neutronics and thermal hydraulics
performances were determined. In addition, burn-up analysis and cost calculations for this
type of fuel were carried out to determine the economic feasibility of using this type of fuel
and promising results were obtained.
Skills & Competences
Technical competences: Nuclear reactor design & Analysis, Monte Carlo Simulation, Fuel
cycle, Nuclear Safety, Nuclear Physics, Nuclear Materials.
Programs and languages: MS office, AutoCAD, FORTRAN, C++, MATLAB, MCNP, RELAP5,
and SAPHIRE.
Personal attributes:
 I am an active, cooperative, focused person who has the ambition for innovation and being
productive while working individually as well as a team member.
 Languages: - English, Excellent Speaking, Reading & Writing.
- Arabic, Native Language, Fluent Speaking, Reading & Writing.
Achievements
 Awarded Full Scholarship for excellent students from King Abdullah II Fund for
Development (KAFD) 2009-2014 to study Nuclear Engineering.
 Academic honor by Engineering College of Jordan University of Science and Technology
Two times in a row from 2009 to 2010.
Activities and Memberships
 Attended an expert mission by the IAEA on “Probabilistic Safety Assessment PSA of Jordan
Research and Training Reactor”, Jordan Atomic Energy Commission (JAEC), Amman-
Jordan. (22-26, Feb. 2015).
 Member in Jordanian Engineers Association (2014- Present).
 Attended a workshop in “Art of dealing with others” at Jordan Engineering Association.