Electrical Design Engineer
Siemens Limited
Total years of experience :25 years, 10 Months
1) Electrical equipment layout for substations.
2) Operational Single line diagrams.
3) Earthing system design.
4) Lightning protection system design.
5) Internal and External lighting system design.
6) Battery and battery charger sizing calculations.
7) Auxiliary transformer capacity calculations.
8) HV, MV and LV cable size calculations and cable schedules.
9) CT/VT sizing calculations.
10) Heat dissipation calculation.
11) Power sockets layout.
12) Telephone system layout.
13) Design of distribution panels ACDB, DCDB etc.
14) Cable laying, cable ladders and cable trays arrangement.
15) Interfacing different system protection schematics.
16) Other miscellaneous related.
17) Primary Design Coordination.
18)Relaying and metering single line diagrams.
19) Protection logic diagrams.
20) Protection and control logic scheme modifications for HV (GIS) and MV switchgears
21) Protection/Control panels modifications.
22) Remote end substations, existing drawings modifications.
23) Review LCC/SWGR. Schematic drawings
1) Electrical equipment layout for substations.
2) Operational Single line diagrams.
3) Relaying and metering single line diagrams
4) Protection logic diagrams.
5) Earthing system design.
6) Lightning protection system design.
7) Internal and External lighting system design.
8) Battery and battery charger sizing calculations.
9) Auxiliary transformer capacity calculations.
10) HV, MV and LV cable size calculations and cable schedules.
11) CT/VT sizing calculations.
12) Heat dissipation calculation.
13) Power sockets layout.
14) Telephone system layout.
15) Design of distribution panels ACDB, DCDB etc.
16) Cable laying, cable ladders and cable trays arrangement.
17) Interfacing different system protection schematics.
18) Other miscellaneous related.
19) Review LCC schematic drawings.
20) Existing LCC modification for Remote End.
21) Primary Design Coordination.
1) Design of Profiles for H.V.O.H.T.L. (66, 220, 400 kV).
2) Design of 400 kV O.H.L. Towers (terminal, angle, suspension)
3) Design of 132 kV O.H.L. Towers (terminal, angle, suspension)
4) Design of 230 kV O.H.L. Towers (terminal, angle, suspension)
5) Calculation of Mechanical Loads on Towers.
6) Erection Calculations for H.V.O.H.T.L.
7) Participating in Committee for Choosing Suitable Sub-Stations Site.
8) Using Software for Design & Mechanical Calculation of H.V.O.H.T.L. (JOVE).
9) Reviewing &Sanction of Transmission Line Paths on Route Map.
10) Make some Software Programs for Uplift, Erection & Stress Calculation.
11) Using Alcoa SAG10 program for O.H.T.L. design
B.SC Electrical Power & Machines Engineering - Cairo University 1994. Grade: Good Project: D.C. Motor Speed Control. Project Grade Excellent E-mail Address: / elsayedahm@yahoo.com