Important announcement for general diploma students (field training) for the academic year 2024-2025
Important announcement for general diploma students (field training) for the academic year 2024-2025
The Faculty of Education defeated the Faculty of Physical Education in the University Futsal League
Congratulations!
The Faculty of Education won over the Faculty of Physical Education in the University Futsal League ?
Under the patronage of
Prof. Dr. Hassan Mohamed Howail, Dean of the Faculty
Prof. Dr. Mohamed Jaber Qasim, Vice Dean of the Faculty for Student Education Affairs
Mr. Wael Bakri Mohamed, Director of Youth Care Administration
With our best wishes for more success and good luck to our students ?
Under the supervision of:
K. Ali Kamel K. Mohamed Al-Arabi Ms. Asmaa Hussein
Internal Competition for Artistic Activity
The activities of the internal competition for artistic activity continue for the second day in a row in all artistic, musical and theatrical fields.. during the period from Sunday 10/20 to Thursday 10/24/2024 AD in the presence of the member of the jury, Ms. Rasha Jalal, Head of the Music and Theater Department at the General Administration of Youth Care.. Every day the competition is more intense than the previous one and the levels are stronger and confusing in the evaluation and certainly the next one is stronger. Good luck to everyone and we are waiting for many talents, especially hymns, artistic works, embroidery and crochet arts.. Location - Student Activities Hall from 11 am to 2 pm
The result of the college-level chess competition
Under the patronage of
Prof. Dr. Hassan Mohamed Howail, Dean of the College
Prof. Dr. Mohamed Jaber Qasim, Vice Dean of the College for Student Education Affairs
Mr. Wael Bakri Mohamed, Director of Youth Care Administration
Result of the (Chess) Competition at the College Level:
First place, students / Mustafa Mahmoud Abdel Gawad, fourth year, international sports
Second place, students / Abdel Rahman Gamal Sayer, third year, international sports
Third place, students / Mahmoud Mustafa Mohamed, fourth year, stem
First place, students / Marina Gamil Suleiman, third year, computer science
Second place, students / Arwa Shaaban Abdel Rahman, third year, sports
Third place, students / Marcel Nabil Naguib, first year, English
With our wishes for more success and good luck to our students
Under the supervision of:
Ms. Marwa Mohamed Mustafa Ms. Marwa Kamel Ms. Harvey Sosmis
Prof. Dr. Hassan Mohamed Howail, Dean of the College, extends his warmest congratulations to Dr. Sherine Abdel Mohsen Abbas, for the trust of His Excellency Prof. Dr. Ahmed El-Minshawy, President of the University, and her appointment as Coordinator of th
Prof. Dr. Hassan Mohamed Howail, Dean of the College, extends his warmest congratulations to Dr. / Sherine Abdel Mohsen Abbas, for the confidence of His Excellency Prof. Dr. Ahmed El-Minshawy, President of the University, and her appointment as Coordinator of the Science, Mathematics and English Language Teacher Preparation Program for International Schools.
Wishing her continued progress and advancement.
He also extends his thanks and appreciation to Dr. / Saber Ahmed Galal for his efforts to develop the program during the previous period.
Educational caravan
Under the patronage of Prof. Dr. Ahmed El-Menshawy, President of the University, and Prof. Dr. Mahmoud Abdel-Alim, Vice President of the University for Community Service and Environmental Development Affairs. And within the framework of the initiative of His Excellency President Abdel Fattah El-Sisi, a new beginning for building the human being, the Faculty of Education implemented on Tuesday, October 15, 2024, an educational convoy under the supervision of Prof. Dr. Hassan Howail, Dean of the Faculty, in cooperation with the Directorate of Education in Assiut, where the convoy aimed to raise awareness and guide teachers, specialists and the administrative staff at the Arab Unity School on how to deal with students with their various psychological traits and characteristics. And to deal with students' problems in a scientific manner. Psychological and educational support was also provided to some cases of integration students who suffer from some learning difficulties. The convoy included Prof. Dr. Abdullah Abdel-Zaher, Professor of Mental Health at the Faculty, and a number of assistant teachers and teaching assistants at the Faculty.
Discussion of the Master’s thesis in Philosophy of Education, specializing in (Curricula and Methods of Teaching Arabic Language and Islamic Studies), submitted by the researcher/ Samia Taha Hussein Muhammad, entitled/ The effectiveness of a program based
Today, Thursday, 10/17/2024, a discussion was held for the Master's thesis in Philosophy of Education, specializing in (Curricula and Methods of Teaching Arabic Language and Islamic Studies), submitted by the researcher/
Samia Taha Hussein Muhammad
entitled/
The effectiveness of a program based on reception theory in developing the skills of understanding the text
The narrative and critical thinking skills among first-year middle school students.
The discussion and judging committee consists of the following professors:
Prof. Dr. Mohamed Gaber Qasem
Professor of Curricula and Methods of Teaching Arabic Language and Islamic Studies - Faculty of Education - Assiut University - Chairman and Supervisor
Prof. Dr. Amani Helmy Abdel Hamid
Professor of Curricula and Methods of Teaching Arabic Language and Islamic Studies - Faculty of Education - Sohag University - Member and Examiner
Prof. Dr. Hoda Mustafa Mohamed
Professor of Curricula and Methods of Teaching Arabic Language and Islamic Studies - Faculty of Education - Sohag University - Member and Examiner
Assistant Professor Amani Hamed Marghani
Assistant Professor of Curricula and Methods of Teaching Arabic Language and Islamic Studies - Faculty of Education - Assiut University - Member and Supervisor
The Role and Function of Literature Review in Educational Research Studies: A Pragmatic Perspective
Research Abstract
γ-γ correlation functions are mathematical expressions that describe the angular distribution of cascade γ-rays emitted from an atomic nucleus. Cascade transitions may occur in either a two-step deexcitation or through an excitation-deexcitation process of a particular energy level inside the nucleus. In both cases, the nucleus returns to its ground energy state. Spin and parity of the excited state can be determined experimentally using the asymmetry of the angular distribution of the emitted radiation. γ-γ correlation functions are only valid for point-like targets and detectors. In the real experiments, however, neither the target nor the detector is point-like. Thus, misassignment of the spin-parity of energy levels may easily take place if only the analytical equations are considered. Here, we develop a new Monte Carlo simulation method of the γ-γ correlation functions to account for the extended target and detector involved in spin-parity measurements using nuclear resonance fluorescence of nuclei. The proposed simulation tool can handle arbitrary geometries and spin sequences. Additionally, we provide numerical calculations of a parametric study on the influence of the detection geometry on the angular distribution of the emitted γ-rays. Finally, we benchmark our simulation by comparing the simulation-estimated asymmetry ratios with those measured experimentally. The present simulation can be employed as a kernel of an implementation that simulates the nuclear resonance fluorescence process.
Research Date
Research Department
Research File
The role and function of literature review.pdf
(226.96 KB)
Research Journal
ERIC
Research Member
Research Pages
1-13
Research Publisher
Multidisciplinary Digital Publishing Institute
Research Rank
ED660561
Research Vol
ED660561
Research Website
https://files.eric.ed.gov/fulltext/ED660561.pdf
Research Year
2024
The Best Method Is That There Should Be No Specific Method: The 'Post-Methods Era' in Language Teaching and Learning
Research Abstract
γ-γ correlation functions are mathematical expressions that describe the angular distribution of cascade γ-rays emitted from an atomic nucleus. Cascade transitions may occur in either a two-step deexcitation or through an excitation-deexcitation process of a particular energy level inside the nucleus. In both cases, the nucleus returns to its ground energy state. Spin and parity of the excited state can be determined experimentally using the asymmetry of the angular distribution of the emitted radiation. γ-γ correlation functions are only valid for point-like targets and detectors. In the real experiments, however, neither the target nor the detector is point-like. Thus, misassignment of the spin-parity of energy levels may easily take place if only the analytical equations are considered. Here, we develop a new Monte Carlo simulation method of the γ-γ correlation functions to account for the extended target and detector involved in spin-parity measurements using nuclear resonance fluorescence of nuclei. The proposed simulation tool can handle arbitrary geometries and spin sequences. Additionally, we provide numerical calculations of a parametric study on the influence of the detection geometry on the angular distribution of the emitted γ-rays. Finally, we benchmark our simulation by comparing the simulation-estimated asymmetry ratios with those measured experimentally. The present simulation can be employed as a kernel of an implementation that simulates the nuclear resonance fluorescence process.
Research Date
Research Department
Research File
Post-methods era.pdf
(227.42 KB)
Research Journal
ERIC
Research Member
Research Pages
1-8
Research Publisher
Multidisciplinary Digital Publishing Institute
Research Rank
ED660475
Research Vol
ED660475
Research Website
https://files.eric.ed.gov/fulltext/ED660475.pdf
Research Year
2024
A Discussion of Some English Language Teaching/Learning Issues and Problematic Modern Educational Terms
Research Abstract
Virgibacillus salarius BM02 was identified as a highly exopolysaccharide (EPS) producing bacterium. The EPS production
and its physico-chemical properties (intrinsic viscosity and total sugars/protein (TS/P) ratio) were optimized
using Box-Behnken experimental design. Maximum EPS production of 5.87 g L
−1
with TS/P ratio of 12.56
and intrinsic viscosity of 0.13 dL g
−1
was obtained at optimal conditions of sucrose (4.0% w/v), peptone (0.75% w/
v) and incubation period of 4.69 day. The monosaccharide composition of EPS was mannose, arabinose and glucose
at a molar ratio of 1.0:0.26:0.08. The EPS showed high water solubility (38.5%), water holding capacity
(514.46%) and foaming capacity (55.55%). The EPS showed moderate antioxidant activity in vitro and good emulsion
stabilizing properties against several hydrophobic compounds. The emulsifying activity was stable at different
temperatures, pH and ionic strength. Additionally, the acid hydrolysate of the EPS was evaluated as a carbon
source for the mixotrophic cultivation of industrially important Spirulina platensis. It induced an enhancement of
not only biomass production of S. platensis, but also cellular contents (pigments, proteins and lipids) leading to
higher nutritional value.
Research Date
Research Department
Research File
A Discussion of some TESOL-TEFL terms.pdf
(117.64 KB)
Research Journal
ERIC
Research Member
Research Pages
1-11
Research Publisher
Elsevier
Research Vol
ED660472
Research Website
https://files.eric.ed.gov/fulltext/ED660472.pdf
Research Year
2024