The college is organizing a workshop to prepare the new college regulations.

The College Organizes a Workshop to Develop the New College Bylaws.

On Wednesday, July 29, 2026, the College organized a workshop to develop the new academic bylaws, in accordance with the 2026 Engineering Studies Sector Committee's Reference Framework and the 2024 Higher Education Programs Guidance Framework in Egypt.

The workshop reviewed the 2024 Higher Education Programs Guidance Framework in Egypt, the 2026 Engineering Studies Sector Committee's Reference Framework, and the general requirements issued by the Engineering Studies Sector Committee.

The workshop also reviewed the efforts of the Architecture and Civil Engineering Departments in designing their respective programs and identified the university and college requirements to standardize them across all programs.

Participants discussed some of the problems that arose during the implementation of the current bylaws and how to avoid them in the new bylaws. They also discussed some of the trends, policies, and teaching and learning methods, as well as ways to integrate and align with labor market demands, contributing to achieving certain aspects of the higher education strategy in Egypt, Egypt's Vision 2030, and the Sustainable Development Goals.

The workshop was held in the auditorium of Professor Dr. Abdel Moneim Hassan Kamel in the Department of Architectural Engineering. The workshop was attended by a number of the college’s vice deans, heads of departments, the director of the college’s quality assurance unit, coordinators of specialized programs, and members of the working groups in preparing the new regulations for departments and programs.قد تكون صورة ‏‏دراسة‏ و‏نص‏‏قد تكون صورة ‏‏دراسة‏ و‏نص‏‏

قد تكون صورة ‏‏دراسة‏ و‏نص‏‏
 

Meeting of the college's self-study preparation team

College Self-Study Preparation Team Meeting

The College Self-Study Preparation Team held a meeting on Wednesday, July 29, 2026, chaired by Professor Dr. Khaled Salah, Dean of the College. Professor Dr. Mahmoud Aneeb, Director of the College's Quality Assurance Unit, also participated, along with several faculty members who serve as standards coordinators. These included Dr. Walid Abu Al-Wafa, Dr. Mohamed Khaled Nafadi, Dr. Ahmed Yahya Abdel-Azim, Dr. Abdullah Atef, Dr. Abdel-Rahman Morsi, and Dr. Ahmed Mohamed Diaa El-Din.

Several faculty members who serve as standards consultants also participated in the meeting, including Professor Dr. Mohamed Abu Al-Qasim, former Dean of the College; Professor Dr. Salwa Abdel-Rahman Mogahed, Vice Dean for Community Service and Environmental Development; Professor Dr. Mohamed Abdel-Basset Abdo, Head of the Civil Engineering Department; and Professor Dr. Hassan Ibrahim, in addition to the unit's administrators.

The meeting focused on monitoring progress in the College's self-study and ensuring the availability of resources necessary for its completion according to the established timeline.

قد تكون صورة ‏نص‏
قد تكون صورة ‏‏شخص أو أكثر‏ و‏نص‏‏
 

Meeting of the Board of Directors of the College Quality Assurance Unit on 29/7/2026.

اCollege Quality Assurance Unit Board Meeting, July 29, 2026

The College Quality Assurance Unit held its regular meeting on Wednesday, July 29, 2026, chaired by Professor Dr. Khaled Salah, Dean of the College. Attendees included Professor Dr. Mohamed Safwat Abu Raya, Vice Dean for Education and Student Affairs; Professor Dr. Salwa Abdel Rahman Megahed, Vice Dean for Community Service and Environmental Development; Professor Dr. Mahmoud Aneeb Othman, Director of the Unit; Professor Dr. Mohamed Abdel Basset Abdo, Head of the Civil Engineering Department; Professor Dr. Adham Mokhtar, Deputy Director of the Unit; Engineer Nevin Salah Deif, Deputy Director of the Experts Office at the Ministry of Justice in Assiut, representing engineering employment agencies; Engineer Mayar Abdel Basir, representing the College's teaching assistants; and the Unit's administrative staff.

The session addressed several important topics, including informing the council that the application for the 2026 Government Excellence Award had been completed and uploaded to the platform on June 30, 2026. The council also reviewed the progress made in describing courses and programs, preparing reports, and fulfilling the requirements for uploading them to the National Qualifications Framework platform. Furthermore, the council approved the formation of the advisory council for the Department of Civil and Architectural Engineering and reviewed the implementation status of the college's self-study committee. The general committee, subcommittees, and internal quality monitoring committee were also formed.

The council also approved the annual plan for periodically evaluating the college's activities using objective performance indicators throughout the calendar year.

 
 
قد تكون صورة ‏نص‏
 
قد تكون صورة ‏نص‏قد تكون صورة ‏‏مِنبر‏ و‏نص‏‏

Engineering students successfully optimized the Vortex processor to be compatible with ASIC design in collaboration with Silicon Arts.

Engineering students successfully adapt and optimize a Vortex processor for ASIC design in collaboration with Silicon Arts.

As part of a collaboration between the Faculty of Engineering at Assiut University and Silicon Arts, and under the auspices of Professor Khaled Salah Saeed, Dean of the Faculty, and Professor Mohamed Safwat, Vice Dean for Education and Student Affairs, a team of students implemented a specialized project in the field of custom integrated circuit (ASIC) design. The project focused on adapting and optimizing the open-source Vortex processor, built on the RISC-V-based GPGPU architecture, to be compatible with the ASIC design flow. The project included modifying the source code to meet the requirements of custom ASIC design and completing the design flow stages, including preparation for physical implementation. The original project was intended for simulation and implementation on an FPGA. This project provides students with practical experience in converting open-source designs into manufacturable designs. The project was supervised by Professor Dr. Khalil Ismail Khalil Youssef and Professor Dr. Mohamed Abbas Abdel-Radi, Head of the Electrical Engineering Department at the college. Participating students included Mustafa Asran, Shahd Hossam, Manar Hamada, Basma Atef, Ibrahim Karam, Hassan Abdel-Rahman, and Fadi Raafat.

قد تكون صورة ‏‏شخص أو أكثر‏ و‏نص‏‏
 
لا يتوفر وصف للصورة.
 
قد تكون صورة ‏‏‏شخص أو أكثر‏، و‏أشخاص يدرسون‏‏ و‏مستشفى‏‏

*In collaboration with Si-Vision, engineering students successfully designed the physical layout of a 20 Gbps USB4 PHY Transceiver using 14nm technology.*

*In collaboration with Si-Vision, engineering students successfully design the physical layout of a 20 Gbps USB4 PHY transceiver using 14nm technology.*

As part of the collaboration between the Faculty of Engineering at Assiut University and Si-Vision, and under the auspices of Professor Dr. Khaled Salah Saeed, Dean of the Faculty, and Professor Dr. Mohamed Safwat, Vice Dean for Education and Student Affairs, a team of students from the Electronics and Communications Engineering Department of the Electrical Engineering Division—Mohamed Ezzat, Mohamed Abdel Rahman, Omar Ragab, Mina Tharwat, Ahmed Walid, Sarah Ahmed Mahmoud, and Teresa Osama—developed a pioneering project in the field of microchip design, titled "Layout Design of USB4 PHY Transceiver."

The project focused on the fully customized design and physical layout of a high-speed data transmitter and receiver with a data transfer rate of up to 20 Gbps. This design was built using microchip technology. The advanced 14nm FinFET technology demonstrates the students' ability to work with cutting-edge global technologies in the semiconductor industry and develop circuits that meet the ultra-fast data transfer requirements of the modern USB4 standard.

This project is a significant step that showcases the students' skills in creating precise physical designs that meet industry standards and provides them with valuable practical experience, enabling them to compete in the complex electronic chip design market. The project was supervised by Professor Dr. Khalil Ismail Khalil Yousef and Dr. Diaa El-Din Mahmoud.

 
 
 
 
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قد تكون صورة ‏نص‏قد تكون صورة ‏نص‏

Sustainable Hydraulic Design of Water Structures Through Optimal Technical Pairing of Upstream Wing-Wall Geometry and Canal Inside Slopes: HEC-RAS Numerical Investigation

Research Abstract
Hydraulic structures disturb natural flow patterns, reducing water conveyance efficiency and increasing hydraulic energy losses, thereby affecting the sustainable management of water structures. Entrance-zone geometry, particularly upstream wing-wall configuration and canal inside slope, plays a critical role in controlling flow behavior, energy dissipation, upstream afflux, and hydraulic performance. However, the coupled effects of these geometric parameters have not been systematically investigated. Therefore, this study employed a validated HEC-RAS model to evaluate the combined influence of canal inside slope and upstream wing-wall configuration on the hydraulic performance of irrigation water structures and to support sustainable hydraulic design. Four wing-wall configurations (box, broken, curved, and splayed) and three canal inside slopes (1:1, 3:2, and 2:1) were analyzed under a fixed contraction ratio of 0.6 and upstream Froude numbers ranging from 0.12 to 0.18 under steady subcritical flow conditions. The model was validated against measurements from a 1:10 laboratory flume, demonstrating excellent agreement, with an average variation of 5.75% and coefficients of determination (R2) ranging from 0.97 to 0.99. Gradual entrance transitions significantly improved hydraulic performance by reducing flow disturbances and enhancing flow uniformity. For a canal inside slope of 1:1, the curved wing-wall configuration reduced relative heading-up and energy loss by 18.02% and 46.83%, respectively, whereas the splayed configuration achieved the best overall performance, with corresponding reductions of 27.63% and 73.11% compared with the conventional box configuration. Furthermore, dimensionless predictive equations were developed for the principal hydraulic performance indicators, achieving R2 values of 0.96–0.99 and RMSE values of 0.001–0.01. The proposed framework improves water conveyance efficiency, minimizes hydraulic losses, and provides a validated, cost-effective numerical tool for evaluating alternative design scenarios, reducing reliance on extensive physical experimentation while supporting sustainable irrigation structures and long-term water resources management.
 


 

Research Authors
Mohamed A. Ashour, Tarek S. Abu-Zaid, M. Khairy Ali,Haitham M. Abueleyon,& Abdallah A. Abdou &
Research Date
Research Department
Civil Engineering Department
Research Journal
sustainability
Research Member
Mohamed Abdel Salam Mohamed Ashour
Tarek Sayed Abou-zeid Haridy
Mohamed Khairy Ali Mohamed
Haitham Mohammed Abuelauon Ahmad al-Khuli
Abdallah Atef Abdo
Research Pages
https://doi.org/10.3390/su18168552
Research Publisher
MDPI
Research Rank
Q2
Research Vol
16
Research Website
https://doi.org/10.3390/su18168552
Research Year
2026

Ergonomic Assessment of Plastic Syringe Manufacturing Processes

Research Authors
Ahmed Nasser Ahmed, Mahmoud EL-Sharief, Mahmoud Heshmat
Research Date
Research Department
Mechanical Design and Production Engineering Department
Research Journal
JES. Journal of Engineering Sciences
Research Member
Ahmed Nasser Ahmed Abd Elzaher
Mahmoud Ahmed Abdullah Ahmed El-Sharief
Research Website
https://scholar.google.com/citations?view_op=view_citation&hl=en&user=LN8noO4AAAAJ&citation_for_view=LN8noO4AAAAJ:D03iK_w7-QYC
Research Year
2026
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