- Academic Work experience
Dates (from-to): 1/9/2015 – till present
Type of business or sector: Academic Staff
Occupation or position held: Lecturer Assistant
- EDUCATION
Dates (from-to): Start date: 3/2016 till present
Name and type of organization: Faculty of Engineering – Banha University.
Title of qualification: Ph.D. candidate in Electrical Engineering department.
Skills covered: Research Point: New Design of Economic PV System for Improving the Performance of Solar-PV Plants using Solar Reflectors.
Dates (from-to): Start date: 3/2011 till 9/2015
Name and type of organization: Faculty of Engineering – Banha University
Title of qualification awarded: Master’s degree in Electrical Engineering.
Principal subjects/ skills covered fingerprint identification and recognition using compression techniques.
- Sample of Training
Dates (from-to): 8/2018 – 9/2018
Name and type of organization: TU Graz University, Graz, Austria
Title of qualification awarded: Communication through PV panels.
Dates (from – to): 1/2017 – 2/2017
Name and type of organization: Supervised by: European Union cooperating with: RWTH Aachen University–Germany, and Politecnico di Milano university–Italy.
Title of qualification awarded:
Training of Ph.D. winter school
Principal subjects/ skills covered: (Knowledge-triangle) (Water-Food-Energy (WEF) Nexus).
- Research Activity
Activities are related to PV technology and renewable energy.
- Practical Activity
– Design and implement SEKEM solar pumping WAHAT Efficient Irrigation Systems by a planned capacity of 2 Mega Watts to provide a sustainable energy source for the submersed pumps for irrigation. And the rotation of the pivot systems.
– 125 kW PV plant.
– 180 kW PV plant.
– 150 kW PV plant.
– 160 kW PV plant Providing Pivot irrigation systems by supplying it with PV solar electrical power.
– 5kW PV solar unit for residential usage (El-Wahat SEKEM farm).
– 6.5 kW PV solar unit (with a backup system) in El-Wahat for home-usage.
– 4 kW PV solar unit for residential usage (El-Wahat SEKEM farm).
– 4 kW PV on-grid solar top roof unit for faculty of pharmacy building.
– 5 kW PV solar top roof unit for faculty of engineering building with the backup system.
– STS-Med demo plants. 6 kW Provide a sustainable source of energy by a CSP station for producing electricity and cooling.
– FAO project. 60 kW PV plant to provide a sustainable energy source for lifting irrigation water (potentially for other uses in the non-irrigation period).