Nada Elzein Eisa Omer
POSITION Associate Professor
Personal Data
Nationality |Sudanese Date of Birth |17/11/1968 Department |PhysicsOfficial UoD Email |[email protected] Office Phone No. |+966-13-3337478
Language Proficiency
Language Read Write Speak
Arabic Excellent Excellent Excellent
English Excellent Excellent Excellent
Turkish Excellent Excellent Excellent
Academic Qualifications (Beginning with the most recent)
Date Academic Degree Place of Issue Address12/1/2005 PhD Gazi University Ankara-Turkey
13/11/1996 PGD (Post Graduate
Diploma) University of
Khartoum khartoum-Sudan
12/1/1993 BSc University of
Khartoum Khartoum-Sudan
PhD, Master or Fellowship Research Title: (Academic Honors or Distinctions)
PhD Molecular Dynamic Simulations investigations of a quasiclassical study of the interaction ofHydrogen and Deuterium molecules with Copper cluster.
Master Prediction of rain fall amount and frequency in the new and full Mondays.
Fellowship NA
Professional Record: (Beginning with the most recent)
Job Rank Place and Address of Work Date
Associate Professor Omdurman Ahlia University
Omdurman
P.O.Box 786 Sudan 2010
Associate Professor(Part time)
University of
Khartoum PO Box 321. Khartoum.
11115 Khartoum. Sudan Sudan 2010
Assistant Professor Omdurman Ahlia University
Omdurman
P.O.Box 786 Sudan 2005
Lecturer Omdurman
Ahlia University
Omdurman
P.O.Box 786 Sudan 1996
Teaching Assistant Omdurman Ahlia University
Omdurman
P.O.Box 786 Sudan 1996
Administrative Positions Held: (Beginning with the most recent)
Administrative Position Office Date
Dean of Applied sciences & computer Faculty
Omdurman Ahlia University -Omdurman P.O.Box 786- Sudan
Feb/2011-Oct/2012 Deputy Dean of Applied sciences &
computer Omdurman Ahlia University -Omdurman
P.O.Box 786- Sudan Jan/2009-Jan/2011
Head of Applied Physics &
Mathematics Department Omdurman Ahlia University -Omdurman
P.O.Box 786- Sudan June/2004-Dec/2008
Scientific Achievements
Published Refereed Scientific Researches
(In Chronological Order Beginning with the Most Recent)
# Name of Investigator(s) Research Title Publisher and Date of Publication 1 Awatif Ahmed Hendi, Manal A.
Awad, Nada E. Eisa, Khaled M.
Ortashi
Porous noble metal oxide nanoparticles, method for preparing the same and their use
European patent Office E P 2905259A1-. Aug 12, 2015
2 Awatif Ahmed Hendi, Manal A.
Awad, Nada E. Eisa, Khaled M.
Ortashi
Noble metal nanoparticles, method for preparing the same and their application
European patent Office EP2878401 A1- Jun 3, 2015
3 Manal A. Awad, Khalid MO Ortashi, Awatif A Hendi, Nada E Eisa and Fatimah Al-Abbas
Novel Green Synthesis and Characterization of
Nanopolymer Porous Gold Oxide Nanoparticles
Tropical Journal of Pharmaceutical Research October 2015; 14(10): 1763- 1768
4 Manal A. Awad, W. K.
Mekhamer, Nada M.
Merghani, Awatif A. Hendi, KhalidM. O. Ortashi, Fatimah Al-Abbas, and Nada E. Eisa.
Green Synthesis, Characterization, and Antibacterial Activity of Silver/Polystyrene Nanocomposite
Journal of Nanomaterials vol.
2015, Article ID 943821, 6 pages, 2015.
doi:10.1155/2015/943821
5 M. Awad, Lamia. , A. Hendi*, K.
Ortashi, D. Elradi, N. Eisa, A. Al- lahieb, S. Al-Otiby, N. Merghani, A.
Awad
Silver nanoparticles biogenic synthesized using an orange peel extract and their use as an anti- bacterial agent
International Journal of Physical Sciences Vol. 9(3), pp. 34-40, 9 February, 2014.
6 Manal. A. Awad, NadaM.
Merghani, Dalia. F. AElradi, Khalid.
M. O. Ortashi,Awatif A. Hendi, Nada.E.Eisa, Muzammil Siddiqui, Mai A. Elobeid
Eco Friendly Gold Nanorods, Novel Approach : Preparation, Characterization, Antibacterial Agent
Wulfenia Journal. ISSN: 1561-882X V 20(11):311--327
7 Manal. A.Awad ,NadaM.
Merghani, Awatif A. Hendi, Khalid.
M. O. Ortashi,Dalia. F. AElradi, Nada. E. Eisa, El Dib R.A, Abdelelah A. G. Awad" ".
Hybrid Bimetallic Ag/Au Clustery nanoparticles Biogenic Shaking Synthesized, Preparation, Characterization, and Antibacterial Activity
Wulfenia' Journal. ISSN: 1561-882X, V 20-issue 11. Nov 2013.
Refereed Scientific Research Papers Accepted for Publication
# Name of Investigator(s) Research Title Journal Acceptance Date
NA NA
Scientific Research Papers Presented to Refereed Specialized Scientific Conferences
# Name of Investigator(s) Research Title Conference and Publication Date 1 Nada E Eisa, Manal A
Awad, Awatif A Hendi, Aisha S. Badwilan, 5Nawal A. Madkhali, Rifah. Khaldi, Hiba Omer.
Enhancement of the dye-sensitized solar cells performance using ZnONPs, TiO2NPs and a composite of ZnO- TiO2NPs
International Workshop on Advanced Materials (IWAM) 2016
21st to the 23rd of February, 2016.
Ras Al Khimah/UAE.
2 Nada E.EIsa ,Israa.M.Alhamss
Mop Up Big Oil Spills Using Small Ferromagnetic Nanoparticles Fe2O3
International Workshop on Advanced Materials (IWAM) 2016
21st to the 23rd of February, 2016.
3 Wafa Gahtani, Nada E.EIsa, Manal Awad.
Green Synthesis and evaluation of antimicrobial effect of silver and Titanium Dioxide nanoparticles
6th international workshop on Advanced Materials(IWAM-2015), 21st to the 23rd of February, 2015.
Ras Al Khimah/UAE.
4 Nada E.Eisa, Eman M.
Algrafy Shaffa
A.Almehbad, Ibtessam A.Alnaim, Amira M. Ali,
Titania nanoparticles: Eco friendly green synthesis and their
antimicrobial Activities
The 29th meeting of the Saudi Biological Society Enviromental and Development in the Gulf region (25-27 Feb, 2014). Damma, KSA
5 H. Baha, Nada E.Eisa Effects of Pb and Al Application in electron Beam radiotherapy EGSncr MonteCarlo cods”
5th international workshop on Advanced Materials(IWAM-2014), Ras Al Khimah/UAE.
Nada E.Eisa, Shaffa A.Almehbad, Ibtessam A.Alnaim, Amira M.
Ali,Eman M. Algrafy, Manal A. Awad, Nada M.
Merghani."
Biosynthesis of Titania Nanoparticles Using Lupin Bean Extract, Characterization, and Antibacterial Effects
5th international workshop on Advanced Materials(IWAM-2014), Ras Al Khimah/UAE.
6 Awad, M. A., Eisa, N.E. Biogenic synthesis of Bimetallic ParticleAg/Au Hybrid nanoparicles by using Orange Peel Extracts
2nd Saudi International Nano conference 2012.
Riyadh ,KSA 7 Eisa, N.E.,Awad, M. A.,
Elduma, M.H. Ab initio calculation of
chemisorptions systems: H on Ni13 , Cu13 and Pd13 NanoSize clusters
4th international workshop on Advanced Materials(IWAM-2012), 19- 21 February 2012,
Ras Al Khimah/UAE.
8 Eisa, N.E., Molecular Dynamics simulation studies of the collision of a Non- rotranslating Diatomic H2/D2 molecule with Copper Atomic Cluster (Cu 13).
15th International Workshop on Computational Physics Materials Science: Total Energy and Force Methods, 13-15 January/2011,ICTP- Trieste/Italy.
9 Elduma, M.H., Eisa, N.E., LEPS Parameters associated with the reaction of H2/D2 molecules and Pd13-Pd17 cluster: Quasiclassical Molecular Dynamics simulation Studies
international conference on material imperatives in the new Millenium ,29 Nov.-2 Dec.2010
Cairo/Egypt.
10 Awad, M. A., Eisa, N.E., Molecular Dynamic Simulation Studies of the Collision of a Diatomic Hydrogen Molecule with Copper Atomic Cluster(Cu9)”,
The international workshop on Advanced Materials(IWAM), 21-23 February 2010,
Ras Al Khimah/UAE.
11 Eisa, N.E., Özçelik, S., and Güvenç, Z.B.,
Quasiclassical Molecular Dynamics simulation study of H2 dissociation dynamics on Cun(n=9)
)(T=0K,1014K)clusters
First Afro-Asian Conference on Advanced Material Science and Technology, 13-16 November 2006, Cairo/Egypt.
12 Eisa, N.E., Özçelik, S., and Güvenç, Z.B.,
Molecular Dynamics simulation investigations of H2/D2 dissociative chemisorption dynamics on
Cun(n=13-14) rigid /nonrigid clusters
TFD Türk Fizik Derneği 22. Fizik Kongresi, 14-17 Eylül 2004, Budrum/Turkey.
13 Özçelik, S., Eisa, N.E., and Güvenç, Z.B.,
Reactivity of the Cun(T)(n=10-12) clusters with H2(v,j) molecule
Int. Vacuum Congress (IVC-16), Int.
Conf. On Solid Surfaces, NANO-8, June 28 - July 3 2004
Venezia/Italy.
Completed Research Projects
# Name of Investigator(s)
(Supported by) Research Title Report Date
Nada E.Eisa, Shaffa A.Almehbad, Ibtessam A.Alnaim, Amira M. Ali,Eman M. Algrafy,
BIOSYNTHESIS OF TIO2 AND AG NANOPARTICLES USING LUPINUS LUTEUS SEED EXTRACT,
HARACTERIZATION, AND THEIR APPLICATION AS ANTIBACTERIAL AGENTS
Project No.2014211 University Of Dammam
June – 2016
Current Researches
# Research Title Name of Investigator(s)
SYNTHESIS AND CHARACTERIZATION OF HYBRID NANOSTRUCTURES METAL OXIDES BASED POLYMER THIN FILMS
Nada E.Eisa ,AZZOUZ, FATEN , Alotiaib,, Amal. , Almusereae, Moneera., Manal Awad , Rifah Khaldi Khaldi, Latifa Al Aqeel Project No.2016-076-Sc
University Of Dammam
Contribution to Scientific Conferences and Symposia
# Conference Title Place and Date of the Conference Extent of Contribution The 4 th Saudi International
Nanotechnology Conference(SINC 2016) Dammam, KSA attending International Workshop on Advanced
Materials (IWAM) 21st to the 23rd of February, 2016.
Ras Al Khimah/UAE. Participation International Workshop on Advanced
Materials (IWAM) 21st to the 23rd of February, 2015.
Ras Al Khimah/UAE. Participation The 29th meeting of the Saudi Biological
Society Enviromental and Development in the Gulf region
(25-27 Feb, 2014).
Damma, KSA
Participation
5th international workshop on Advanced
Materials(IWAM-2014), 2014
Ras Al Khimah/UAE. Participation
2nd Saudi International Nano conference 2012.
Riyadh ,KSA
Participation 4th international workshop on Advanced
Materials(IWAM-2012), 19-21 February 2012,
Ras Al Khimah/UAE. Participation 15th International Workshop on
Computational Physics Materials Science:
Total Energy and Force Methods,
13-15 January/2011,ICTP-
Trieste/Italy. Participation
international conference on material
imperatives in the new Millennium 29 Nov.-2 Dec.2010
Cairo/Egypt. Participation
The international workshop on Advanced
Materials(IWAM), 21-23 February 2010,
Ras Al Khimah/UAE. Participation First Afro-Asian Conference on Advanced
Material Science and Technology, 13-16 November 2006,
Cairo/Egypt. Participation
TFD Türk Fizik Derneği 22. Fizik Kongresi,. 14-17 Eylül 2004,
Budrum/Turkey Participation
Int. Vacuum Congress (IVC-16), Int. Conf. On Solid Surfaces,
NANO-8, June 28 - July 3 2004 Venezia/Italy.
Participation
Membership of Scientific and Professional Societies and Organizations
• Member Canadian Physics Society(CAP).
• Member of the AF-NET of Nano-sciences.
• Member of the Senate of Omdurman Ahlia University.
• Member of the Sudanese Physics Society.
• Member of the Interactive Leader Woman Program (2006 to Present) – Ministry of Social Welfare.
Teaching Activities
Undergraduate# Course/Rotation Title No./Code Extent of Contribution
(no. of lectures/Tutorials. Or labs, Clinics)
1 General Physics I 800160 -PHYS101 Lecture/Tutorial/labs
2 General Physics (3) 800163 - PHYS201N Lecture/Tutorial/labs
3 Classical Mechanics Outside UOD Lecture/Tutorial
4 Solid State Physics. 801530-PHYS 401
Lecture/Tutorial/labs
5 Atomic Physics. 801531-PHYS402 Lecture/Tutorial/labs
6 Computational Physics. 801533-PHYS406 Lecture/Tutorial/labs
7 Quantum Physics I. Outside UOD Lecture/Tutorial
8 Quantum Physics II. 801523-PHYS411 Lecture/Tutorial
9 Introduction to Nano-science and Nano-technology.
Outside UOD Lecture/Tutorial
10 Physics I PHY201 Lecture/Tutorial/Labs
11 Selected Topics 0814410-PHYS410 Lecture/Tutorial
Brief Description of Undergraduate Courses Taught: (Course Title – Code: Description) 1 General Physics I. PHYS101
The course covers the basics concepts of mechanics and properties of matter including the topics: Physical quantities, units, coordinates, and dimensions. Vectors and their characteristics. Kinematic equations, and laws of motion including Newton's laws. Energy and the work – Kinetic energy theorem as well as the principle of energy conservation. Pressure, density and fundamentals of fluid mechanics, law of Archimedes and viscosity, Bernoulli’s equation and its applications.
2 General Physics (3) / 800163 - 201N
Simple Harmonic Motion, The Block-Spring System Revisited, Energy of Simple Harmonic Oscillator, The Pendulum, Physical Pendulum, Torsional, Pendulum, Comparing Simple Harmonic Motion with Uniform Circular Motion title, Basic Variables of Wave Motion, Direction of Particle Displacement, One-Dimensional Travelling Waves, Superposition and Interference, The Speed of Waves on Springs, Reflection and
Transmission , Sinusoidal Waves, Rate of Energy Transfer by Sinusoidal Waves, Speed of Sound Waves, Periodic Sound Waves, Intensity of Periodic Sound Waves, Spherical and Plane Waves, the Doppler Effect, Superposition and Interference of Sinusoidal Waves, Standing Waves, Standing Waves in a String Fixed at Both Ends, Resonance, Standing Waves in Air Columns, Temperature and the Zero Law of Thermodynamics, Thermometers and the Celsius Temperature Scale, The Constant-Volume Gas Thermometer and the Absolute Temperature Scale, Thermal expansion of Solids and Liquids, Macroscopic Description of an Ideal Gas, Heat and Internal Energy, Heat Capacity and Specific Heat, Latent Heat, Work and Heat in
Thermodynamic processes, the First Law of Thermodynamics, Some Applications of the First Law of Thermodynamics, Energy Transfer Mechanisms.
3 Classical Mechanics
Topics covered include: Planetary motion; dynamics of a system of particles; motion in a non-inertial reference frames; dynamics of rigid bodies; coupled oscillations; continuous systems; special theory of relativity; computational study of coupled oscillatory motion and Euler’s equations.
4 Solid State
Introductory concepts in crystal diffraction and the reciprocallattice. Crystalbonding; latticevibrations;
thermal properties of insulators; free electron theory of metals; band theory; semiconductors, introduction to superconductivity. Simple band structure calculations using computer software packages.
5 Atomic Physics 01814402–Phys 402
Atomic structure , atomic models.Correspondence principle .Introduction and application of Quantum mechanics and Principal quantum numbers. Schrödinger Equation of Hydrogen atom and its solution and other quantum numbers .Angular momentum (Orbital ,Spin and total).Exclusion principle , periodic table Electronic structure , atomic spectra.Diatomic spectra and Monatomic spectra. Effect of magnetic field on atomic spectra.Fine structure , hyperfine structure.X-Ray and some ApplicationsLaser and crystallography 6 Computational Physics PHYS 406-891533
Introduction: Including simple Program+ Addition Of Two Velocities And Finding The Mean Velocity.Computer algorithms and languages, pplications: Selection Statements-Using If Statement-Case Statement. Computer algorithms and languages, Applications: Converting Temperature From Celsius Into Kelvin. Using For Loop - Converting Temperature From Celsius Into Kelvin In Step Of One And Then In Step Of Five.Water Flow From Pocket Example. Solution of Algebraic Equation-Zero Finding Methods Shooting Methods: Midpoint (Bisection Method(Interpolation and Numerical Differentiation-Newton’s Forward(backward) DifferenceFormulaNumerical Integration -Trapezoidal Rule.Introduction To Matlap - matrix laboratory.Programming using Matlap(Special Functions- Graph drawing 2D-3D)
Design of Simulation Programs.
7 Quantum Physics I.
How quantum mechanics is important in the everyday world, the bizarre aspects and continuing evolution of quantum mechanics, and how we need it for engineering much of modern technology.Getting to Schroedinger’s wave equation. Key ideas in using quantum mechanical waves — probability densities, linearity. The "two slit" experiment and its paradoxes.The "particle in a box", eigenvalues and
eigenfunctions. Mathematics of quantum mechanical waves.Time variation by superposition of wave functions. The harmonic oscillator. Movement in quantum mechanics — wave packets, group velocity and particle current. Operators in quantum mechanics — the quantum-mechanical Hamiltonian. Measurement and its paradoxes — the Stern-Gerlach experiment.A simple general way of looking at the mathematics of quantum mechanics — functions, operators, matrices and Dirac notation. Operators and measurable quantities. The uncertainty principle. Angular momentum in quantum mechanics — atomic orbitals.
Quantum mechanics with more than one particle. Solving for the the hydrogen atom. Nature of the states of atoms. Approximation methods in quantum mechanics.
8 Quantum Physics II. PHYS 411-8114505
Particles and wave, Solution and applications of the in-dependent-time and dependent-time Schrodinger equation, The propagation matrix, Approximation methods, Applications of eigenstates and operators, Fermions and bosons.
9 Introduction to Nano-science and Nano-technology. Phys 520
Scaling laws and limits to smallness; quantum nature of nanoworld; nano fabrication (top-down and bottom- up process); nanoscopy (electron microscopy, atomic forcemicroscopy, scanning tunneling
microscopy).Properties and application of dielectric and metal nanostructures – individual nanoparticles and nanoclusters; nanostructured materials; carbon nanostructures; nano spin and nanomagnets. Properties and application of semiconductor nanostructures - fabrication of semiconductor nanowires and quantum dots;electronic and optical properties (2D and 3D quantum confinement); optical spectroscopy of
semiconductor nanostructures (local probe techniques); quantum dots nanowire-and quantum-dot- based electronic and photonic devices.
10 Physics I-PHY201
A calculus-based introductory course to fundamental phenomena in physics for science students. Topics covered include: Newton’s laws; momentum, energy and associated conservation laws; simple harmonic motion; properties of matter; fluid mechanics; Heat and introduction to thermodynamics; interactions between charges, resistive direct-current circuits; magnetism; geometrical optics.
The accompanying laboratory work is designed to illustrate the material discussed in the lectures.
11 Selected Topics 0814410-Phys410
Selected topics of special interest to students. This course may be repeated forced it as an investigation in depth of a single topic or as a survey of several topics. I Have taught: Nanotechnology topic which compose of nano scale, nanoparticle fabrication, Nano scopy and nano- structure and nano-aplications
Postgraduate
# Course/Rotation Title No./Code Extent of Contribution
(no. of lectures/Tutorials. Or labs, Clinics) 1 Nanotechnology for
Biomedical Applications
MP.544 lectures
2 Seminar Outside UOD lectures
3 Advanced Atomic and Molecular Physics
Outside UOD Lectures/labs
4 Advanced Quantum Physics.
Outside UOD lectures
5 Advanced Computational Physics.
Outside UOD Lectures/Labs
Brief Description of Postgraduate Courses Taught: (Course Title – Code: Description) 1 Nanotechnology for Biomedical Applications
Concepts in Nano scale Science, Fundamentals of micro fabrications, Nanofabrication, Micro fluidic Patterning and Biopolymer Patterning, Nano-Biotechnology , Nano-Biosensors , Nano-medicine, Advanced
Experimental Techniques in Nanoscience and Nanotechnology.
2 Seminar
Students are given the opportunity to present and attend lectures on topics of current research interest.
3 Advanced Quantum Physics.
lfundamental concepts of the non-relativistic quantum mechanics as a complete theory of microscopic dynamics, selected practical applications of quantum mechanics, time-independent perturbation theory used
to investigate the angular momentum, motion, Stark effect, Zeeman effect, fine structure and hyperfine structure, in the hydrogen atom and also time-dependent perturbation theory employed to study radiative transitions in the hydrogen using of variational and approximation methods, quantum scattering theory.
4 Advanced Atomic and Molecular Physics
Ultraprecise measurements of time, frequency, energy, and mass, and applications to fundamental physics studies. Trapping and cooling of atoms, ions and molecules. Fundamental quantum dynamics occurring in energetic and soft collisions of ions with photons, electrons and atoms. Interactions of ion beams with biological targets. Spectroscopy of relativistic, quantum electrodynamic and parity violation effects in few- electron heavy ions. Laboratory astrophysics with ions at very high temperatures. Interactions of intense, short pulse lasers and free-electron lasers with manyelectron targets. Molecular structure and dynamics explored in pump-probe experiments on femtosecond to attosecond time scales.
5 Advanced Computational Physics.
Smart tools to be simulate the physics experiments and phenomena on computer by self-building software.
Mastering computational skills, needed to work in classical and quantum physics using the computer. Basic concepts and analyze of the physical problems into the essential parameter. EXCEL package for performing scientific diagrams between different sets of data and enterprise the trend of data with suitable fitting formulas. Matlap package functions. Numerical methods and their influence in complicated problem solving.
Writing computer programs using Numerical methods. MATHEMATICA package functions. The basic ideas of the Monte Carlo simulation technique.
Course Coordination
# Course Title and Code Coordination Co-coordination Undergrad. Postgrad. From to NA
Guest/Invited Lectures for Undergraduate Students
# Activity/Course Title
and Code Subject College and University or Program Date
NA
Student Academic Supervision and Mentoring
# Level Number of Students From to
1 3-8 12 2012 2016
Supervision of Master and/or PhD Thesis
# Degree Type Title Institution Date
1 M.Sc H2 dissociation dynamics on Cu9. U.of.K- University of Khartoum 2010
2 M.Sc D2 Quasiclassical Molecular Dynamics simulation study of the Dissociative adsorption on Pd cluster.
University of Khartoum 2011
3 M.Sc Collistion of H2 Molecule with Palladium-Carbon Nanotubes using a molecular dynamics simulation method.
University of Khartoum 2012
4 Ph.D Ph.D Green Synthesis of Gold Nanoparticles Using Natural Mixed Plants Extracts and Its Applications in Laser Heated Nanoparticles Phototherapy. U.of.K- 2012-2016.
University of Khartoum 2016
Ongoing Research Supervision
# Degree Type Title Institution Date
1 M.Sc Qusiclassical Molecular Dynamics study of
Chemisorption of CO(vi,ji) Molecule on Pdn Cluster University of Dammam 2016
Administrative Responsibilities, Committee and Community Service (Beginning with the most recent)
Committee Membership
# From To Position Organization
1 2014 2016 Chair of the Graduate Studies development Committee for Theoretical Physics Master
University of Dammam
2 2014 2016 Member of Program development Committee- physics Dept
University of Dammam 3 2013 2016 Member of the Committee on the
functioning of final exams University of Dammam 4 2013 2016 Member of the Students Advisory
Committee on the Academic mentoring- physics Dept
University of Dammam
5 2013 2016 Member of the quality assurance and academic accreditation Committee - physics Dept
University of Dammam
6 2012 2013 Chair of Research committee physics Dept.
University of Dammam
7 2013 2014 Chair of Credential Evaluation committee physics Dept.
University of Dammam
8 2007 2016 Member of several Ph.D Theses and research masters jury,
Faculty of Sciences university of Omdurman Ahlia-Sudan
9 2005 2016 Member of Senate university of Omdurman Ahlia-Sudan
10 2007 2016 Member of scientific committee of
theses in physics university of Omdurman Ahlia-Sudan Scientific Consultations
# From To Institute Full-time or Part-time
1 2013 Taif University. RESEARSH EVALUATION
Study the effect of TM doping on the crystal structure and magnetic properties of samarium oxide
2 2014 Taif University. RESEARSH EVALUATION
A Study of the Nanostructure and Efficiency of Solid State Solar Cells Based on a Conducting Polymer.
3 2014 Taif University. RESEARSH EVALUATION
Study of some physical characteristics of transparent samarium oxide films deposited by sputtering technique.
4 2015 Taif University. RESEARSH EVALUATION
Study on thin films of zinc oxide prepared using rf sputtering
5 2015 Taif University.. RESEARSH EVALUATION
Development of Lead-free Sn-Ag-Cu/xRE-Oxides composites solder for electronic packing.
6 2015. Taif University. RESEARSH EVALUATION
Sol-Gel Magnesium Oxide (MgO) and Dye-Sensitized Solar Cells.
7 2015 Taif University. RESEARSH EVALUATION
Synthesis and structural characterization of
unconventional glasses based on V2O5 for advanced industrial applications.
Volunteer Work
# From To Type of Volunteer Organization
2014- 2016 Secondary school student supervisor for three research applied for Saudi Olympic
competition.
Elba Sam school-Dammam
Personal Key Competencies and Skills: (Computer, Information technology, technical, etc.) 1 PROGRAMMING LANGUAGES:
Fortran, Pascal, Basic,C,C++,MATLAP 2 OPERATING SYSTEMS:
Windows, Unix, Linux
