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Surveying and Topography – 1
Surveying classifications- principals of surveying- mapping using linear measurements- mapping using prismatic compass- plane table surveying- horizontal and vertical angle measurement- open, closed and connecting traverses- traverse networks and their adjustment- cadastral survey and map classifications- setting and of projects- computation of areas and land division- hydrographic surveying. This course is taught in Year, |
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Civil Drawing – 1
Introduce the students to the construction industry and the overall types of civil engineering project- brick bond methods- brick works and its different types retaining walls with its various types such as masonry, plain concrete or reinforced concrete- bridges abutments and piers- irrigation structures such as culverts, regulators, siphons, weirs and bridges- study of canals cross sections and the effect of changing bed level, berm level and road level on its cross sections and side slopes- roads cross sections and its intersections- simple curves, complex curves and vertical curves and its uses. This course is taught in Year, |
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Engineering Geology
Geology for engineering- origin of earth structural formations of rocks. Rock classifications. Physical and engineering properties of rocks- soil profiles. Under ground water- Geology of tunnels- Dams and reservoirs and their relations with soil properties- seismic methods of Geological investigations- Geological Maps This course is taught in Year, |
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Surveying and Topography-2
Engineering leveling- precise leveling- barometric leveling- hydrostatic leveling- laser leveling- vertical sections- contour maps- volume computations- earthwork quantities- haul distances and mass diagram- land surface grading. This course is taught in Year, |
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Civil Drawing – 2
Bridges entrances and exits- masonry arch bridges- reinforced concrete bridges- timber bridges- rolled steel joist bridges- pipe culverts- railway track- geometric design of bridges- various types of steel constructions such as trusses, frames, tanks and its various connections using rivets or welding- steel constructions using hollow sections- reinforced concrete structures- shallow foundations such as isolated footing- compound footing and strip footing- breakwaters and navigation channels This course is taught in Year, |
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Transportation Planning and Traffic Engineering
Dynamics of transportation – introduction to transportation planning (goals and objectives- planning process- mathematical models- technical, economic and environmental evaluation)- public transport (public transport systems- demand for public transport- optimum planning of public transportation in urban areas- routes- stations- lines- rolling stock- capacity, operation, and time tables)- freight transport (freight transport systems- transport chain- handling equipment- storage- terminals- capacity and operation)- transport and environment (noise- air pollution- environment- oriented transportation planning)- traffic engineering (traffic characteristic and level of service- traffic survey and analysis- unsignalized intersections- signalized intersections- parking- pedestrian and bicycle demand and infrastructure- geometric design of road traffic networks- traffic safety- traffic management). This course is taught in Year, |
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Surveying and Photogrammetry – 3
Tachometric surveying: methods of tachoemetry- determination of rate of slope- electromagnetic distance- measurement: sources of error and corrections- total station- satellite positioning- simple circular curves (parts and elements of simple curve and setting- out)- compound and reverse curves (parts, elements and setting- out)- simple and compound vertical curves (parts and elements)- theory of errors (precision criteria- gauss theory- portability- different methods of adjustment)- photogrammetry: types of photogrammetry and their purposes- elements of aerial photogrammetry- aerial camera: types- calibration- vertical aerial- photographs: displacements- mosaics- execution of aerial surveying- pairs of photographs- stereoscopic measurements and instrumentation- oblique photography- plotting machines and map production- digital photogrammetry This course is taught in Year, |
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Railways Engineering
Introduction- train dynamics (train resistances- determination of maximum speed to achieve a certain commercial speed- ruling gradient- acceleration and deceleration- braking and stopping distance)- railway track (subgrade- ballast section- design of ballast section- sleepers- rails- fastenings and rail joints- track stresses)- track alignment (cant- superelevation- transition curves and its execution- element of track alignment- longitudinal and cross sections)- track junctions (turnouts- crossings- cross over- double cross over- slips- planning dimensions of track junctions- junctions)- stations (passenger stations- freight stations- planning of marshalling yards- locomotive and wagons yard)- signals (development of railway signaling systems in Egypt- types of mechanical signaling systems- track interlocking and train movement control systems- control systems- electrical signaling systems- automatic block sections- green wave- cabin signals- centralized control systems- automatic control of train movement). This course is taught in Year, |
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Harbor Engineering and Marine Structures
Waves (wave properties predictions, changing of wave properties with depth, wave refraction and diffraction, Forces due to wave impact, currents and tides). Harbor Planning (water and land areas, berth classifications)- planning and structural and hydraulic design of break waters- rubble mound- walls- Mixed- floating- submerged- temporary)- Design of gravity quay walls (concrete blocks- counterfort- caissons)- sheet pile quay walls (classification and design). Design of marine platforms supported by off shore piles. This course is taught in Year, |
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Highways Engineering
Structural design: Soil classification for highways – Soil compaction – Drainage of highways and streets. Evaluation of soil strength for design of pavements – Methods of soil stabilization – Design of flexible and rigid pavements – Hot and cold asphaltic concrete– Asphaltic macadam – Maintenance of flexible and rigid pavements. Geometric design: Highway classification – Traffic volume – Study and analysis of highways capacity – Design of cross section – sight distances – Vertical alignment of highway – Horizontal alignment of highway – Intersections ( at grade and grade separation) Highways and environmental ( noise – pollution). This course is taught in Year, |
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Project
Under the supervision of staff members, the student selects the graduation project from the announced branches. This course is taught in Year, |
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Computer Applications in Civil Engineering
Introduction to programming in FORTRAN modern computer systems (personal computers- computer networks- internet- operating systems- programming)- applications (statistical applications- numerical applications- engineering applications- applications in project management). This course is taught in Year, |
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CE 347
This course is taught in Year, |
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CE 348
This course is taught in Year, |
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CE 349
This course is taught in Year, |
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CE 356
This course is taught in Year, |
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CE 455
This course is taught in Year, |
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Railway Construction, 3 Lec., E.C. 04 514
Track technology, Time plan of track construction, Methods of track construction, Track construction machines, Subgrade works, Track drainage, Ballast Works, Tie works, Rail line construction, Correction of track (in horizontal and vertical plan), Rail Welding. This course is taught in Year, |
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