Today, Sunday, April 21, 2024, Mr. Professor Dr. Hassan Muhammad Haweel, Dean of the College, chaired the meeting of the College Council in its session held for the month of April. The Council discussed a number of issues on the agenda related to the educational and administrative process and took a set of decisions in accordance with the controls and instructions. And the powers granted, in the presence of the deputies, department heads, and members of the esteemed college council.
Creative leadership in building work relationships
Under the patronage of Professor Dr. Hassan Muhammad Haweel, Dean of the College, the Training and Professional Development Unit, in cooperation with the Quality Assurance Unit, organized two seminars entitled Creative Leadership in Building Work Relationships today, Wednesday, 4/17/2024, at the Training Unit on the second floor of the College’s administrative building, in which Prof. Dr. /Abdul Hakim Radwan, where the first symposium targeted department directors and their representatives at the college, and the second symposium targeted a group of faculty members at the college. The symposium addressed several topics, including the challenges facing creative leadership, the types of leaders, why we need creative leadership, and what are the elements of creative leadership.
Under supervision
Prof. Dr. Howaida Mahmoud Sayed, Director of the College’s Training Unit
Prof. Dr. Amani Al-Sharif, Director of the Quality Assurance Unit
Discussion of the master’s thesis in education, specializing in curricula and methods of teaching art education, presented by researcher Fatima Muhammad Mahmoud Ahmed, entitled: Using the strategy of educational games in teaching art education to develop
Today, a master’s thesis in education was discussed, specializing in curricula and methods of teaching art education, submitted by researcher Fatima Muhammad Mahmoud Ahmed, entitled: Using the strategy of educational games in teaching art education to develop some artistic concepts and the attitude towards the subject among visually impaired students in the primary stage. The discussion and judging committee consisted of the following:
1- Prof. Dr. Hamdy Mohamed Morsi Farghaly - Full-time Professor of Curriculum and Teaching Methods of Mathematics - Faculty of Education, Assiut University - Chairman and Supervisor
2- Prof. Dr. Zainab Mahmoud Ahmed Ali, Professor of Curricula and Methods of Teaching Art Education - Faculty of Education - Sohag University - Member and Discussor.
3-A0 Dr. Omnia Muhammad Ibrahim, Professor of Curricula and Teaching Methods of Art Education - Faculty of Education - Assiut University, member and supervisor.
4- Prof. Dr. Fatima Al-Zahraa Kamal, Professor of Curricula and Methods of Teaching Art Education - Faculty of Education - South Valley University, member and discussant.
This will be on Thursday, April 18, 2024, at 10:00 a.m. in the hall of Mr. Professor Dr. Muhammad Raja’i Al-Tahlawi at the college.
Discussion papers for the doctoral thesis in education, specializing in curricula and teaching methods in educational technology, presented by researcher Salem Ahmed Arboud Al-Rashed, entitled Designing a mobile learning environment according to the “ARCS
Today, Saturday, 4/20/2024, the discussion of the doctoral dissertation in education, specializing in curricula and teaching methods in educational technology, presented by the researcher / Salem Ahmed Arboud Al-Rashed, entitled Designing a mobile learning environment according to the “ARCS” motivational design model and its impact on the development of some computer skills, took place. Satisfaction with learning among fifth grade students in the State of Kuwait
The discussion and judging committee consisted of:
Prof. Dr. Mahmoud Sayed Mahmoud Abu Naji, full-time professor of curricula and teaching methods for educational technology at the Faculty of Education, Assiut University, as president and supervisor.
Prof. Dr. Hassan Mohamed Howail, Professor of Curricula and Teaching Methods of Industrial Education and Dean of the Faculty of Education, Assiut University, member and discussant.
Prof. Dr. Naglaa Mohamed Fares, Professor and Head of the Department of Educational Technology, Faculty of Specific Education, South Valley University, member and discussant.
Prof. Dr. Ahlam Desouki Arif, Professor of Curriculum and Teaching Methods of Assistant Educational Technology, Faculty of Education, Assiut University, member and supervisor.
The Journal of the Faculty of Education, Assiut University ranked seventh in the Arab world
Under the patronage of Professor Dr. Ahmed Al-Minshawy, President of the University, and Professor Dr. Hassan Haweel, Dean of the College
The Journal of the Faculty of Education, Assiut University, ranked seventh in the Arab world, according to the annual report on the number of most downloaded research papers on Dar Al-Mandhumah for the year 2023 AD. This contributed to Assiut University obtaining third place
Dar Al-Mandumah’s databases are the largest and direct source for research papers in Arab journals, scientific conferences, and university dissertations.
Sincere thanks and appreciation to the editorial board of the magazine and all those responsible for it.
A delegation of professors and students from the College of Education visits the Egyptian-Japanese School
A delegation of professors and students from the College of Education visits the Egyptian-Japanese School and attends a presentation of science fair experiments.
This came within the framework of cooperation between the Faculty of Education, Assiut University, and the Egyptian-Japanese schools in order to open new job opportunities for the college’s students. The delegation included Professor Dr. Hassan Mohamed Howail, Dean of the College, and was accompanied by Professor Dr. Mohamed Jaber, Vice Dean of the College for Education and Student Affairs, and Professor Dr. Gamal Hassan, Professor of Curricula and Methods. Teaching, Dr. Sherine Abdel Mohsen, teacher of curricula and teaching methods at the college, and a group of students from the International Schools Teacher Preparation Program and the STEM program.
On a beautiful Ramadan evening filled with love and familiarity, the College of Education family held a group iftar celebration today, Sunday, 3/24/2024, corresponding to the fourteenth of Ramadan, in the presence of a group of faculty members and staff at the college. Happy New Year to you.
Presentation of the 9th graders' English Language Arts project of quarter 3
Under the patronage of Professor Dr. Hassan Muhammad Haweel, Dean of the College.
Within the framework of cooperation between the College of Education and Smart International Schools, the College of Education received a delegation of school students, where the 9th graders' English Language Arts project of quarter 3 was presented.
By school students and the project was judged by college professors
Dr.. Saber Galal, International Program Coordinator
Dr. Sherine Abdel Mohsen.
Dr.. Nora Helmy
In the presence of Prof. Dr. Dean of the College ...
A number of international program students and English language teachers at the school.
Using ASSURE Model Supported with Multimedia for Developing Some Preparatory Science and Math Teachers’ English Speaking Skills
In this paper, we investigate the effect of thermally induced structural phase transitions on the photoluminescence (PL) and optical absorption behaviour of Zn0.45Cd0.55S nanoparticles (NPs). Analysis of X-ray diffraction (XRD) patterns and high-resolution electron microscope (HRTEM) images reveal that the as-synthesized sample possesses zinc-blende-type cubic structure. In addition, at annealing temperature (Ta) 400 °C, the cubic structure transforms completely into the wurtzite-type hexagonal structure. Furthermore, the second phase transition of the as-synthesized sample has observed at 700 °C, where the cubic structure has transformed into mixed polycrystalline phases of hexagonal ZnO, cubic CdO, monoclinic CdSO3, and orthorhombic ZnSO4 structures. These new phases have also confirmed from the analysis of Raman and FTIR spectra. Analysis of UV–visible optical absorption spectra demonstrates that Increasing Ta results in the decrease of optical band gap due the improvement in crystallinity accompanied by the increase in the particle size. The PL emission bands at an excitation energy of 3.818 eV exhibit redshift and a decrease in the intensity with increasing Ta up to 500 °C. Meanwhile, further increase in Ta up to 700 °C results in the enhancement of green emission intensity. On the other hand, PL emission spectra at 3.354 eV and Ta 700 °C, reveal a dramatic increase in the emission intensity nearly by one-order of magnitude with respect to its value of the as-synthesized sample. This behaviour is ascribed to the incorporation of oxygen-related defects via thermal annealing in air, which act as additive radiative centers. Also, we have interpreted the observed spectral blue shift of PL emission spectrum with increasing excitation energy.
In this paper, we investigate the effect of thermally induced structural phase transitions on the photoluminescence (PL) and optical absorption behaviour of Zn0.45Cd0.55S nanoparticles (NPs). Analysis of X-ray diffraction (XRD) patterns and high-resolution electron microscope (HRTEM) images reveal that the as-synthesized sample possesses zinc-blende-type cubic structure. In addition, at annealing temperature (Ta) 400 °C, the cubic structure transforms completely into the wurtzite-type hexagonal structure. Furthermore, the second phase transition of the as-synthesized sample has observed at 700 °C, where the cubic structure has transformed into mixed polycrystalline phases of hexagonal ZnO, cubic CdO, monoclinic CdSO3, and orthorhombic ZnSO4 structures. These new phases have also confirmed from the analysis of Raman and FTIR spectra. Analysis of UV–visible optical absorption spectra demonstrates that Increasing Ta results in the decrease of optical band gap due the improvement in crystallinity accompanied by the increase in the particle size. The PL emission bands at an excitation energy of 3.818 eV exhibit redshift and a decrease in the intensity with increasing Ta up to 500 °C. Meanwhile, further increase in Ta up to 700 °C results in the enhancement of green emission intensity. On the other hand, PL emission spectra at 3.354 eV and Ta 700 °C, reveal a dramatic increase in the emission intensity nearly by one-order of magnitude with respect to its value of the as-synthesized sample. This behaviour is ascribed to the incorporation of oxygen-related defects via thermal annealing in air, which act as additive radiative centers. Also, we have interpreted the observed spectral blue shift of PL emission spectrum with increasing excitation energy.
