Geodesy 

General methods of correcting surveying and Geodetic observations. Theory of probability and its application in Geodetic observations. Design of trialteration and triangulation. Least squares methods and application in adjustment geodetic observation. Condition equations. Programming of condition equations. error propagation in observations. GPS. adjustment of leveling networks. map projections. astronomy - determination of latitude - longitude - difflection



Design of Concrete Structures (2)

Special roofs – Design of reinforced concrete sections subject to axial forces and bending moments – design of reinforced concert frames - Design of different systems of roofs- structural details - special problems - Design of hollow block slabs – Design of flat slabs - Stairs – The design and details of the reinforcement of lounges with large spans

Design of Steel Structures

Egyptian and American codes for the design of metal structures - Geometrical properties of steel - loads - design of elements under the influence of axial tension loads - design of screw joints - design of welding joints and design of elements under axial pressure loads- Loads and stresses- design of steel members subject to tension and compression- Frame roofs – Design of Connections - Design of columns and supports – Design of different beam types

Structural Analysis (3) 

Deflection of statically determinate frames – virtual work method for analysis of statically indeterminate structures– column analogy method – slope deflection method – moment distribution method - influence lines of statically indeterminate structures – direct stiffness method for analysis of statically indeterminate structures