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Discussion of the master’s thesis in special education, specializing in (autism), submitted by researcher Marwa Ahmed Abdel Hamid

Today, we will discuss the master’s thesis in special education, specializing in (autism), submitted by researcher Marwa Ahmed Abdel Hamid

Title: “The effect of a training program based on reciprocal imitation (RlT) to improve visual communication skills among children with autism spectrum disorder.”

A judging and discussion committee was formed

Professor Dr. Omnia Muhammad Ibrahim Abdel Qader

Professor of Curriculum and Teaching Methods at the Faculty of Education, Assiut University, Chairman and Discussor

Professor Dr. Mustafa Abdel Mohsen Abdel Tawab

Professor of Mental Health at the Faculty of Education, Assiut University, member and supervisor

Professor Dr. Noura Taj al-Din Jaafar

Assistant Professor of Mental Health at the Faculty of Education, Qena, South Valley University, member and discussant

 

 

 

The Dean of Education in Assiut follows up on the progress of the first semester exams

Dr. Hassan Haweel, Dean of the Faculty of Education, Assiut University, conducted inspection tours to check on the progress of the first semester exams for the bachelor’s and bachelor’s degrees and to follow up on the implementation of all procedures regulating them. He was accompanied by Dr. Muhammad Jaber Qasim, the college’s dean for student affairs.

Today, Thursday, January 4, 2024, he inspected the committees held in the classroom building and the auditorium building, and Huwail stressed on providing comfort to the students and creating the appropriate atmosphere in terms of calm and order for the students to take the exams with ease and concentration. He warned observers and observers of the need to prevent all means and devices that could be used in cheating, such as mobile phones, watches, etc. Huwail pointed out that the tests are continuing for the bachelor’s and bachelor’s degrees, and they number 6,538 students, distributed among 15 sections, according to the announced schedule, in compliance with the time map, taking into account all national and religious holidays.

 
 

Mr. Professor Dr. Hassan Muhammad Hawiel extends his sincere congratulations to the Coptic brothers on the occasion of Christmas, asking God Almighty to grant our beloved Egypt and its great people security and safety, and a happy year.

Mr. Professor Dr. Hassan Muhammad Hawiel extends his sincere congratulations to the Coptic brothers on the occasion of Christmas, asking God Almighty to grant our beloved Egypt and its great people security and safety, and a happy year.

 

 

 

Happy new year to all the Christian brothers and the Egyptian people

The President of Assiut University visits a number of churches to congratulate him on Christmas

Dr. Ahmed El-Menshawy, President of Assiut University, visited today; A number of churches; To extend congratulations to the Coptic brothers; On the occasion of Merry Christmas.

The President of Assiut University went to the Coptic Archbishopric in Abnoub. To extend congratulations to Bishop of Abnoub, Al-Fath and New Assiut, and the head of the Monastery of Marmina in Mount Abnoub, and expressed his sincere wishes that God Almighty would return this precious occasion to the Christian brothers with good health and goodness.

Dr. Ahmed Al-Minshawy expressed his happiness. In the spirit of brotherhood among the people of the country, which expresses the true meaning of religions that brought peace, stressing the interconnectedness and unity under the wise leadership of President Abdel Fattah El-Sisi, President of the Republic, expressing his happiness; Meeting Major General Wael Nassar, Assiut Security Director, members of the Senate, representatives, and executive leaders; To extend congratulations to Coptic Catholic Bishop Bishop Daniel Lotfy.

Then the President of Assiut University went to the Coptic Orthodox Brotherhood Church. He was received by Bishop Youannis, Bishop of Assiut and its environs, followed by a visit. To share the joys of the Second Evangelical Church, and congratulate Pastor Rafiq Thabet, the pastor of the church, then visit the First Evangelical Church, and congratulate Pastor Bassem Adly, the pastor of the First Evangelical Church.

The President of Assiut University confirmed: The depth of the feelings of brotherhood and affection that unites the masses of the Egyptian people; Regardless of his different religions and sects, he pointed out the keenness of Assiut University to share with the Coptic brothers their holidays and offer congratulations. To express the spirit of love and national unity, and as evidence of the strength and durability of the national fabric, and the unity and harmony of the Egyptian people, stressing that the people of Egypt are one fabric and partners in the homeland. To advance production and sustainable development; In order to achieve goodness, prosperity, and stability for Egypt towards the new republic, praying to God Almighty to preserve our beloved Egypt.

For their part, the gentlemen priests and leaders of the churches of Assiut expressed their happiness. With the delegation of Assiut University, and their appreciation for Dr. Ahmed El-Minshawy’s keenness to come to congratulate him on Christmas, praising the university’s prestigious scientific standing at the regional and international levels, and its pioneering service, development, and educational role in various fields; As a beacon of science and knowledge for the governorates of Upper Egypt. Because of its integrated educational system and elite cadres and distinguished professors, they praised the strong relations and close cooperation that previous years had brought about between the two sides, stressing that the keenness to participate and exchange congratulations; It embodies a historical picture of the reality in which we live, and expresses the love that unites Muslims and Copts.

Participate in the visit; A delegation from Assiut University included: Dr. Ahmed Abdel Mawla, Vice President of the University for Education and Student Affairs, Dr. Mahmoud Abdel Aleem, Vice President of the University for Community Service and Environmental Development Affairs, Dr. Nobi Mohamed Hassan, Vice President of Assiut National University for Academic Affairs and Dean of the Faculty of Engineering, and Dr. Madiha Darwish, Dean of the Faculty Veterinary Medicine and Supervisor of Student Activities, Dr. Wajdi Refaat Nakhleh, Dean of the College of Specific Education, Dr. Dweib Saber, Dean of the College of Law and Legal Advisor to the University President, Dr. Hassan Haweel, Dean of the College of Education, Dr. Rehab Al-Dakhli, Media Advisor to the University President, and Dr. Wadih Maximus, former Dean of the College of Education, Professor Shawkat Saber, Secretary-General of the University, and a group of administrative leaders at the University.

#Assiut_University_Media

 

 

The Dean of the College of Education participates in training the university’s faculty assistants.

The Dean of the College of Education participates in training the university’s faculty assistants.

Under the patronage of Professor Dr. Ahmed Al-Minshawy, President of the University, Professor Dr. Ibrahim Ismail, Supervisor of the Quality Assurance and Qualification Center for Accreditation, and Dr. Amani Muhammad Sharif, Deputy Director of the Center, Professor Dr. Hassan Muhammad Huwail, Dean of the College of Education, participated in training teaching assistants and assistant teachers in a number of university colleges on... Analyzing the scientific content of courses within the courses required for promotion to assistant faculty members. In this context, His Excellency stressed the need to pay attention to the emotional aspect of university students along with the cognitive aspect and the skill aspect. He also stressed the necessity of developing students’ awareness of the issues presented on the scene within the framework of developing students’ attitudes and the spirit of loyalty and belonging to the homeland.

 

 

 

إستخدام تطبيقات الذكاء الإصطناعي الجغرافي (Geo AI) في تحقيق أهداف التنمية المستدامة (رؤية مصر 2030) في مجال التعليم

Research Abstract
Porous anodic alumina (PAA) templates have been extensively studied due to their unique morphology and extensive applications.The fabrication of PAAcan bemodulated to achieve a self-ordered pore structure with desired pore size and interpore separation.PAAthin film templateswere fabricated fromsilicon doped aluminumfilm,Al-1wt%Si, based on one-step anodization method at 22 °C. Effects of anodizing potential (10–20V) as well as sulfuric acid concentrations (0.6–1.8M) on current density, interpore distance, anodization rate, and volume expansion were evaluated.The results indicated that current density increased largely exponentially with a concentration of the electrolyte at a given anodizing voltage. In addition, distinct andwell-ordered pores were obtained for anodization conducted at 15Vand 20 V. The volume expansion factor is proportional to the applied voltage. At 1.8Msulfuric acid, the expansion factor increases with pore regularity with 1.4 considered as the transition point.Theminimumcurrent density (2.1±0.15mAcm−2) was observed at theminimumanodizing condition (0.6M, 10V).Also,maximumanodizing condition (1.8M, 20V) resulted in the highest current density of 34±4mAcm−2.As expected, anodization time decreaseswith an increase in both anodization voltage and electrolyte concentration.
Research Authors
مها كمال حفني
Research Date
Research Department
Research Journal
المؤتمر العلمي الدولي الثامن لكلية التربية - جامعة أسيوط بعنوان "تطوير التعليم : إتجاهات معاصرة ورؤي مستقبلية "...مجلة كلية التربية بجامعة أسيوط
Research Member
Research Publisher
IOP Publishing Ltd
Research Rank
مناهج وطرق تدريس
Research Year
2023

الدافعية العقلية والتحصيل الدراسي للموهوبين ذوي صعوبات التعلم من تلاميذ المرحلة الإعدادية دراسة ارتباطية- تنبؤية.

Research Abstract
Porous anodic alumina (PAA) templates have been extensively studied due to their unique morphology and extensive applications.The fabrication of PAAcan bemodulated to achieve a self-ordered pore structure with desired pore size and interpore separation.PAAthin film templateswere fabricated fromsilicon doped aluminumfilm,Al-1wt%Si, based on one-step anodization method at 22 °C. Effects of anodizing potential (10–20V) as well as sulfuric acid concentrations (0.6–1.8M) on current density, interpore distance, anodization rate, and volume expansion were evaluated.The results indicated that current density increased largely exponentially with a concentration of the electrolyte at a given anodizing voltage. In addition, distinct andwell-ordered pores were obtained for anodization conducted at 15Vand 20 V. The volume expansion factor is proportional to the applied voltage. At 1.8Msulfuric acid, the expansion factor increases with pore regularity with 1.4 considered as the transition point.Theminimumcurrent density (2.1±0.15mAcm−2) was observed at theminimumanodizing condition (0.6M, 10V).Also,maximumanodizing condition (1.8M, 20V) resulted in the highest current density of 34±4mAcm−2.As expected, anodization time decreaseswith an increase in both anodization voltage and electrolyte concentration.
Research Authors
أ.م. د/علي صلاح عبد المحسن حسن د/ولاء حمدي عبد الكريم مشالي
Research Date
Research Department
Research Journal
مجلة العلوم التربوية جامعة القاهرة
Research Publisher
IOP Publishing Ltd
Research Vol
31
Research Year
2023

الممارسات الإحصائية لحجوم تأثير البرامج بالدراسات التربوية: (دراسة تقييميه في ضوء الإحصاء البارامتري واللابارامتري)

Research Abstract
Porous anodic alumina (PAA) templates have been extensively studied due to their unique morphology and extensive applications.The fabrication of PAAcan bemodulated to achieve a self-ordered pore structure with desired pore size and interpore separation.PAAthin film templateswere fabricated fromsilicon doped aluminumfilm,Al-1wt%Si, based on one-step anodization method at 22 °C. Effects of anodizing potential (10–20V) as well as sulfuric acid concentrations (0.6–1.8M) on current density, interpore distance, anodization rate, and volume expansion were evaluated.The results indicated that current density increased largely exponentially with a concentration of the electrolyte at a given anodizing voltage. In addition, distinct andwell-ordered pores were obtained for anodization conducted at 15Vand 20 V. The volume expansion factor is proportional to the applied voltage. At 1.8Msulfuric acid, the expansion factor increases with pore regularity with 1.4 considered as the transition point.Theminimumcurrent density (2.1±0.15mAcm−2) was observed at theminimumanodizing condition (0.6M, 10V).Also,maximumanodizing condition (1.8M, 20V) resulted in the highest current density of 34±4mAcm−2.As expected, anodization time decreaseswith an increase in both anodization voltage and electrolyte concentration.
Research Authors
د/ علي صلاح
Research Date
Research Department
Research Pages
30
Research Publisher
IOP Publishing Ltd
Research Vol
46
Research Year
2022

صدق ترشيحات المعلمين للتلاميذ الموهــوبين في ضوء بعض محكات الموهبة والتفوق لدى عينة من تلاميذ الحلقة الثانية من التعليم الأساسي بمحافظة أسيوط "دراسة ارتباطية – فارقة".

Research Abstract
Porous anodic alumina (PAA) thin ¯lms, having interconnected pores, were fabricated from Cudoped aluminum ¯lms deposited on p-type silicon wafers by anodization. The anodization was done at four di®erent anodizing voltages (60 V, 70 V, 80V and 90 V) in phosphoric acid and two voltages (60V and 70 V) in oxalic acid. The aluminum and PAA samples were characterized by SEM and XRD while the pore arrangement, pore density, pore diameter, pore circularity and pore regularity were also analyzed. XRD spectra con¯rmed the aluminum to be crystalline with the dominant plane being (220), the Cu-rich phase have an average particle size of 15  5nm uniformly distributed within the Al matrix of 0.4-m grain size. The steady-state current density through the anodization increased by 117% and 49% for oxalic and phosphoric acids, respectively, for 10V increase (from 60 to 70 V) in anodization voltage. Similarly, the etching rate increased by 100% for oxalic acid and by 40% for phosphoric acid which are responsible for 47% and 29% decreases in anodization duration, respectively. The highest value of circularity obtained for anodized Al–0.5wt.% Cu formed in oxalic acid at 60V was 0.86, and it was 0.80 for the phosphoric acid at 90 V. Anodization of Al–0.5wt.% Cu ¯lms allows the formation of circular pores directly on p-type silicon wafers which is of importance for future nanofabrication of advanced electronics. The results of anodized Al–0.5wt.% Cu thin ¯lm were compared with other anodized systems such as anodized pure Al and Al doped with Si.
Research Authors
د/ علي صلاح
Research Date
Research Department
Research Journal
كلية التربية جامعة عين شمس
Research Pages
44
Research Publisher
World Scienti¯c Publishing Company
Research Vol
46
Research Year
2022

نموذج بنائي للعلاقة بين التحصيل الدراسي وكلا من التنظيم الذاتي والسلوك الفوضوي لطلاب كلية التربية جامعة أسيوط

Research Abstract
Porous anodic alumina (PAA) thin ¯lms, having interconnected pores, were fabricated from Cudoped aluminum ¯lms deposited on p-type silicon wafers by anodization. The anodization was done at four di®erent anodizing voltages (60 V, 70 V, 80V and 90 V) in phosphoric acid and two voltages (60V and 70 V) in oxalic acid. The aluminum and PAA samples were characterized by SEM and XRD while the pore arrangement, pore density, pore diameter, pore circularity and pore regularity were also analyzed. XRD spectra con¯rmed the aluminum to be crystalline with the dominant plane being (220), the Cu-rich phase have an average particle size of 15  5nm uniformly distributed within the Al matrix of 0.4-m grain size. The steady-state current density through the anodization increased by 117% and 49% for oxalic and phosphoric acids, respectively, for 10V increase (from 60 to 70 V) in anodization voltage. Similarly, the etching rate increased by 100% for oxalic acid and by 40% for phosphoric acid which are responsible for 47% and 29% decreases in anodization duration, respectively. The highest value of circularity obtained for anodized Al–0.5wt.% Cu formed in oxalic acid at 60V was 0.86, and it was 0.80 for the phosphoric acid at 90 V. Anodization of Al–0.5wt.% Cu ¯lms allows the formation of circular pores directly on p-type silicon wafers which is of importance for future nanofabrication of advanced electronics. The results of anodized Al–0.5wt.% Cu thin ¯lm were compared with other anodized systems such as anodized pure Al and Al doped with Si.
Research Authors
د/ علي صلاح
Research Date
Research Department
Research Journal
دراسات في الارشاد النفسي والتربوي مركز الارشاد النفسي والتربوي كلية التربية جامعة أسيوط
Research Pages
40
Research Publisher
World Scienti¯c Publishing Company
Research Vol
3
Research Year
2021
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