ECCE 2012 Presentation Award Winner for the paper, ’A Novel Topology for Enhancing the Low Voltage Ride through Capability for Grid Connected Wind Turbine Generators’, ECCE 2012, IEEE Energy Conversion Congress and Exposition, September 15- 20, 2012, Raleigh, North Carolina, by R.A. Ibrahim, M.S. Hamad, Y.G. Dessouky and B.W. Williams.
DESERTEC University Network, DUN, Best Paper Award for the paper, ’A Novel Topology for Enhancing the Low Voltage Ride through Capability for Grid Connected Wind Turbine Generators’, by R.A. Ibrahim, M.S. Hamad, Y.G. Dessouky and B.W. Williams, the 3rd Dii Desert Energy Conference 7-9 November 2012 in Berlin, Germany.
European Commission, JRC – Institute of Energy and Transport, Energy Security Unit, Netherlands to E&IA Workshop on Costs, Benefits and Impact Assessment of Smart Grids for Europe and beyond, Antalya, Turkey, 23-25 April 2014.
Faculty of Engineering, Alexandria University, in the “The future of Energy in Egypt” Alumni Association for Alexandria University, in April 2013.
Kassel University, Germany to a Mobility Exchange grant from the German Academic Exchange Service (DAAD), from 22 to 24 Feb 2013.
The Association of Arab Universities (AARU) to attend a workshop,’ Determination of the scientific research priorities in the Arab Universities’, 8 October 2012, Amman, Jordan.
The ESCWA Technology Centre (ETC) of United Nations Economic and Social Commission for Western Asia (UN-ESCWA) to attend a Regional Workshop on Creating the Right Ecosystem for Knowledge Valorization: A Case Study of ODTU Teknokent, 16-18 June, 2014, Ankara, Turkey.
The Reseau Mediterraneen des Ecoles d’Ingenieurs (RMEI) in the,”2nd Michelangelo Workshop of Civitavecchia: The Mediterranean is facing major challenges through its Youth”, April 13-14, 2012, Civitavecchia, Italy.
The Association of Arab Universities (AARU) to attend a workshop,’ Cooperation between Arab Universities in Scientific Research’, 28 November 2012, Amman, Jordan.
The German Academic Exchange Service (DAAD), in the “Energy engineering and DESERTEC” workshop in Dresden, Germany, from 10 to 13 December 2012.
The British Council under Researcher Links scheme with the Egypt STDF (Science and Technology Development Fund) on the Solar and Wind Energy Systems workshop at the University of Nottingham 3-6 March 2014.
The International Innovation in Knowledge Based and Intelligent Engineering Systems, KES International, West Sussex, United Kingdom to the Mediterranean Green Energy Forum MGEF-13, Fes, Morocco, 16-20 June 2013. http://seb.sustainedenergy.org/invitedkeynote.php
World Renewable Energy Congress 13-WREC XIII, ' Renewable Energy in the service of Mankind', University of Kingston, LONDON – UK, 3-8 August, 2014.
European Commission, JRC – Institute of Energy and Transport, Energy Security Unit, Netherlands to E&IA Workshop on Smart Grid and Power Highways, Antalya, Turkey, 18-20 September 2013.
Course | Academic year | Term | |
---|---|---|---|
EE323 - Power Electronics (1) | 2014 | Fall Semester | View All Content |
EE323 - Power Electronics (1) | 2013 | Fall Semester | View All Content |
EE323 - Power Electronics (1) | 2013 | Spring Semester | View All Content |
EE323 - Power Electronics (1) | 2012 | Fall Semester | View All Content |
EE323 - Power Electronics (1) | 2012 | Spring Semester | View All Content |
EE323 - Power Electronics (1) | 2011 | Spring Semester | View All Content |
Funded Project
Start Date : 01 May 2014-01 May 2014
The objective of the project is to pave the road for various sources of renewable energy (RE) and alternative fuel to be utilized in both bulk and distributed micro-generation (DMG) forms. The proposed system consists of two major subsystems, which are: an advanced gas turbine power cycle to convert thermal energy into a mechanical energy and a high speed generator that would be driven by the advanced turbine for electric power generation.
In this system, solar thermal energy will be utilized to heat the air delivered by the compressor in a specially designed heat exchanger before entering the combustion chamber. The combustion chamber will be provided with dual fuel burner, to burn both liquid and gas fuels. Several different sources of thermal energy would be utilized to operate AHET including biogas (BG), natural gas (NG), bio-diesel (BD) in addition to solar thermal energy. Due to the high efficiency of AHET, the emission is reduced significantly even if fuelled with NG. However, substantial reduction will be achieved through use of BG BD in conjunction with solar energy. To maximize the system efficiency, the exhaust gas leaving the heat exchanger (in the case of large size systems) can be utilized to preheat the inlet air for industrial thermal applications such water desalination. Further reduction action of fuel consumption and improvement of thermal efficiency would also be achieved by utilizing a small portion of the electric energy generated to produce hydrogen by splitting water into hydrogen and oxygen by the electrolysis process. Part of the produced hydrogen will be mixed with fuel in the combustion chamber to boost the combustion process while the remaining hydrogen gas can be stored for later use.
Funded Project
Start Date : 01 Dec 2013-01 Dec 2013
The project objective is to design, develop and implement a new curriculum programme for master courses in Highway and Traffic Engineering in a joint effort between EU and Mediterranean Universities in line with Bologna requirements. The former will transfer EU best practices, experiences and methodologies according to the Bologna process to support the development and diffusion of an innovative experience in technical higher education in Mediterranean institutions supporting the capacity and knowledge building in highway and traffic engineering. At the completion of the master, students will learn new and advanced tools for road safety management, traffic management, and highway design. Moreover, students will increase their mathematical background, English skills and will be trained in research methodology in highway and traffic engineering. These advanced skills will contribute towards the improvement of the transportation system in the Mediterranean Area.
Please follow us at: http://www.hit4med.eu/
Funded Project
Start Date : 01 Oct 2013-01 Oct 2013
Supporting Grant from SmartCI: Smart Critical Infrastructure Research Center, VT-MENA Project, Faculty of Engineering, Alexandria University to prepare a proposal entitled Automatic Load Balancing for Smart Grids, ID: 206, April-September 2014.
http://smartci.alexu.edu.eg/
Funded Project
Start Date : 01 Jul 2013-01 Jul 2013
The Director of Technology, Innovation and Commercialization Office (TICO), funded by the Academy of Scientific Research and Technology(ASRT) of the Egyptian Ministry of Scientific Research, July 2013- June 2015.
Graduation Project
Start Date : 03 Mar 2013-03 Mar 2013
The supervisor of project funded by the Academy for Scientific Research and Technology, ASRT of the Egyptian Ministry of Scientific Research for an Undergraduate project entitled, ’Utilization of Solar Energy Using Mirrors for Power Generation and Water Desalination’, March 2013 to Dec 2013.
Funded Project
Start Date : 01 Oct 2010-01 Oct 2010
A member in the team of a TEMPUS project funded by the European Union, ’Clean Energy and Research in Environmental Studies (CERES), Project no. (517401-2011-ES), 15th October 2011-14th October 2014, to develop a master program in Renewable Energy.
Branch : AASTMT Branch, , Egypt
Extension Number : +2035622388 Ext: 1069
Fax : +2035622915
Mobile : +201006030790
Email: Send Email
Location :