Faculty of Engineering

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Dean Word

Dear Students, Faculty, Alumni, and Esteemed Visitors,
Welcome to the Faculty of Engineering at Alexandria University, a prestigious institution that has long been a beacon of academic excellence, innovation, and societal impact. Since its establishment, our faculty has been dedicated to nurturing generations of engineers, researchers, and leaders who contribute significantly to national and global advancements in engineering and technology

At the Faculty of Engineering, we pride ourselves on our commitment to academic rigor, cutting-edge research, and a dynamic learning environment. Our distinguished faculty members, state-of-the-art laboratories, and strong industry collaborations ensure that our students receive a world-class education that is both theoretical and practical. We continuously evolve to meet the challenges of an ever-changing world, integrating the latest technological advancements and sustainable practices into our curriculum and research initiatives.

 .......... More

 

Prof. Dr. Walid Abdel Azim Ibrahim El-Barki
Dean of the Faculty of Engineering

Labs:

The department contains seventeen laboratories that serve the two programs and aim to train students in laboratory experiments that serve academic courses, as well as summer training for students. It is also used in community service by performing the necessary tests related to the Engineering Center for Public Service.

  • Industrial electronics laboratory
  • Acoustics laboratory
  • Electronic circuits laboratory
  • Communications lab
  • Electrical machines lab (old)
  • Electronic circuits laboratory
  • Automated control and PLC laboratory (first upper)
  • Central lab for automatic control (ground)
  • Electrical circuits + circuits laboratory for the second year
  • Microprocessor applications laboratory
  • Measurements and electrical circuits laboratory
  • Microwave and photonics laboratory
  • Electrical traction laboratory
  • Embedded Systems Laboratory (ITI)
  • High Voltage laboratory
  • Circuit manufacturing lab.
  • ITI Laboratory, fourth floor
  • Satellite laboratory
  • Electrical circuits laboratory
  • Electrical and electronic measurements laboratory
  • Electronic circuits laboratory
  • Automation control laboratory
  • Electrical instruments laboratory
  • Electrical power and electrical protection laboratory
  • High voltage laboratory
  • Power Electronics Laboratory
  • Power Networks Analysis Laboratory
  • Electrical steering laboratory

الأهداف:

  • تزويد الخريج بأساسيات الرياضيات والعلوم ذات الصلة
  • توفير المعلومات اللازمة بالمعرفة لكيفية إدارة الموارد بشكل خلاق يعتمد علي التحليل والتفسير
  • الاستجابة للتغيرات التكنولوجية المعاصرة من خلال توفير المعارف والمهارات اللازمة لذلك
  • تأهيل الخريجيين لتخطيط وتنفيذ الأبحاث العلمية في المجال وتقييم وإستخلاص نتائجها
  • السيطرة علي تأثير هندسة العمارة والتشييد علي المجتمع من الواجهة البيئية والإقتصادية، والإجتماعية، والثقافية.
  • توعية الخريجيين بدور ومسئوليات المهندس المحترف وإلتزامه بأخلاقيات المهنة.

الرسالة:

"يهدف البرنامج لامداد سوق العمل في مجال العمارة والتشييد بمجموعة من المهندسين القادرين على التعامل مع العوامل المعقدة والمتطورة في مجال التخصص وذلك في ضوء شمولية المعلومات التي تتوافر لديهم في مجالي البناء والعمارة مع التركيز على تطور خبراتهم في الهندسة المعمارية وأعمال هندسة البيئة والتشييد وأنواع الانشاءات المختلفة وكذلك إدارة التشييد."

الرؤية:

يعد تخصص هندسة العمارة والتشييد من المجالات التي تعطي مهارات ومعلومات تندمج في إطار المتطلبات المختلفة لمجالي العمارة والبناء بما يؤهل الخريجيين ذوي مهارات وخلفيات علمية تمكنهم من خوض تحديات سوق العمل بشكل كبير ومتنامي محلياً ودولياً

A new concrete for the 21 century: Reactive Powder Concrete

Adel Kurdi-, Shafik Khoury- and Rafik Abbas

A regulated line filter for low power applications

M. E. Abdel-Karim

Aerobic biodegradability of Egyptian domestic sewage

M. F. El-Sherbiny a, A. Al-Sarawy band T. A. Elmitwalli c

Efficient distributed object framework for data warehousing

Noha Adly, Yousry Taha and Arsany S. Sawiros

Evaluation of permanent deformation of asphalt pavement layers using quasi-static loading test

Gomaa K. M. Moussa

Freedom in multiple-scale analysis of undamped free harmonic oscillators with nonlinear perturbations

Salwa M. Elkhoga

Heat flow, temperature and density distributions in rarefied gas between two plates with different Knudsen numbers using direct simulation Monte Carlo technique

M.M. Elafify», K.M. Elawadly>, S.G. Elsharkawy= and M. Bassiouny

Inta
ct stability of SWATH ships

M.A. Shama, Y.M. Welaya and W.A. Amin

Integration of contract documents using hyperlinks

Adell. Eldosouky-, Shaaban I. Selim and Mohammad A. Maries

Mass transfer coefficients of single liquid drop in extraction columns

Mohsen A. Hashem

Modeling pressure transients in viscoelastic pipes

H.A. Warda, H.A. Kandil, A.A. Elmiligui and E.M. Wahba

Necessary and sufficient conditions for the Hurwitz and Schur stability of interval matrices

Nabil S. Rousan

Pure-Push incremental view maintenance algorithm for mobile data warehouses

Noha Adly, Yousry Taha, Nancy Samaan and Magdy Nagi

Spectral analysis of elevated box breakwaters

Mahmoud A. Sharaki a, Suzan M. Fadel b, Ahmed A. Moustafa b Abdel-hamid M. El-lakany

View maintenance policy using data aging in data warehousing

Hussien H. Aly, Yousry Taha and Mohamed A. Mohamed

A new approach for enumerating minimal cut-sets in a network

Ahmed R. Abdelaziz

A programmable dynamometer for motor testing using de machine

M. E. Abdel- Karim

Coagulation I flocculation of domestic sewage with organic Polyelectrolytes

A. Al-Sarawy a, M. F. El-Sherbiny band A. R. Mels c

Contouring using different software packages

Hassan G. El Ghazouly

Docks and breakwaters with minimum environmental impact Cor small boat harbors and marinas

Mahmoud A. Sharaki

Docks and breakwaters with minimum environmental impact for small boat harbors and marinas

Mahmoud A. Sharaki

Effects of coolant temperature on the performance and emissions of a diesel engine

Waleed A. Abdelghaffar, Mohsen M. Osman, Mohamed N. Saeed

Evaluation of the specific interfacial contact resistance for AI I~-Si contact

H'. Amer-, H. Torka,A.K. Aboul Seoud>, and M. Rizk

 Excitation requirements for self-excited induction generators

M.M. Ahmed

 Prediction of heating lines for bending shell plating of ship structure: (part III) experimental verification

M. Abdel-Baki Salem, Ahmed M. Rashwan and Ghaleb Y. Ahmad

 Prediction of heating lines for bending shell plating of ship structure: (part IV) inplane heating lines for saddle surface

M. Abdel-Baki Salem, Ahmed M. Rashwan and Ghaleb Y. Ahmad

Ship hull surface generation using finite element method: resistance assessment

Y. A. Abdel Nasser and M. A. Kotb

Strain-sensitivity properties or discontinuous metal films

H.Amer and A. Hashim

The effect of 'public transportation modes on traffic accidents in Jordan

Shaker Mahadin

Topographic mapping from digital aerial photogrammetry: a case study

Hassan G. El Ghazouly

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Vision ,Mission

Vision

First, preparing an outstanding engineer capable of teamwork, innovation and creativity, through continual education, learning, teaching and scientific research. This is besides knowledge exchange according to the highest academic and professional criteria to serve the needs of local, national, and international society. Second, encouraging technical and scientific spread. Third, contribution in developing knowledge capabilities of the society individuals and institutions, enabling them to do continual education.

Mission

To be pioneer in engineering sciences on the Middle East and African levels, in the fields of education, scientific research and community service. This is achieved through the excellence of its staff members, providing educational and research programs besides the distinguished possibilities related to the environment specially desert and marine.

750
Staff
13474
Student
4917
Alumni
631
Employee
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