Dr Mohamed Mahmoud Aly Mohamed
Marital state: Married
Number of
children: 4 (two boys and two
girls)
Position: Lecturer in the Electrical Engineering Department –
Faculty of Engineering –
Address: Electrical Engineering Department – Faculty of
Engineering –
E-Mail Address :
mmam72@yahoo.com
1- From 1989 to 1994:
BSc
of Electrical Engineering,
Electrical Engineering Division (Grade: very good with
honor),
2- From 1999 to 2003: PhD of Electrical Engineering, Electronic and Electrical Engineering Division, Birmingham University, England, UK (1999 – 2000) then Electronic and Electrical Engineering Division, School of Engineering, Cardiff University, Cardiff, Wales, UK (2000 – 2003).
1- From 1996 to
1999: Teaching Assistant, Electrical
Engineering Division, Aswan Faculty of Engineering,
i-
Engineering Analysis
(1st year electrical)
ii-
Electrical Machines (2nd year electrical)
iii-
Electrical Materials
propertis (1st year electrical)
iv-
Electric Circuit
Theory (1st year electrical)
v-
Electrical power (3rd
year power & machines section)
vi- Electrical Testing (1st year electrical + 2nd year electrical + 3rd year power & machines section)
2- From 1999 to 2003: researcher in the
3-
From 2003 up till now:
Lecturer in
Electrical Engineering Division, Faculty of Engineering,
i-
Electromagnetic Field
Theory (1) (1st year electrical)
ii-
Electromagnetic Field
Theory (2) (2nd year electrical)
iii-
Electric Circuit
Theory (2) (2nd year electrical)
iv-
Electrical Machines
(1) (2nd year electrical)
v-
Electrical Machines
(2) (3rd year power & machines + control & computer
sections)
vi-
Protection Against
Electrical Hazards (3rd power & machines section)
vii-
Automatic Control (1)
(3rd year power & machines + control & computer sections)
viii-
Electrical Testing (2nd year electrical + 3rd year power & machines
section + 4th year power & machines section)
ix-
Power Systems Analysis
(4th year power & machines section)
x-
Variable Speed Drives
(4th year power & machines section)
xi-
Power Systems
Stability (postgraduates)
xii-
Applications of Superconductors in Electrical
power networks (postgraduates)
xiii-
Supervising final year projcts in the Electrical
Engineering Division – Faculty of Engineering –
-
Protection of Power Networks from Faults using
Superconducting Fault Current Liniters
-
Design of Three-Phase Power Transformer
-
Design of High Voltage Line between
-
Design of Superconducting Power Transformer and
Comparison between it and the Conventional One
xiv-
Supervising electrical labs of 1st, 2nd,
3rd and 4th years in the Electrical Engineering Division
– Faculty of Engineering –
xv-
Supervising master degree in the Electrical
Engineering Division – Faculty of Engineering –
1.
M.M.Ali and H.R.Bolton ’SIMULATION OF SUPERCONDUCTING RESISTIVE
FAULT CURRENT LIMITER WITH MAGNETIC FIELD BOOSTING USING A SHUNT COIL’, UPEC 2001 conference, 12-14 September
2001, Swansea, UK
2.
M.M.Ali and H.R.Bolton ‘SIMULATION OF SUPERCONDUCTING RESISTIVE FAULT
CURRENT LIMITER WITH SHUNT RESISTOR’ MEPCON 2001 conference, 29-31 December
2001,
3.
M.M.Ali and H.R.Bolton ‘EFFECT OF LIQUID NITROGEN AND SUBSTRATE ON THE
BEHAVIOUR OF THE RESISTIVE TYPE SUPERCONDUCTING FAULT CURRENT LIMITER’,
MEPCON’ 2001 conference, 29-31 December 2001,
·
Applications of the
superconducting materials in the power and machines section,
·
Power systems stability and
·
Power systems quality and
control