Compulsory Requirements (Cr. 82)
|
Course No
|
Course Name
|
Cor.
|
Pre.
|
Cr.
|
|
CE221
|
Plane Surveying
|
|
|
3
|
|
CE222
|
Plane Surveying / Practical
|
CE221
|
|
1
|
|
CE223
|
Advanced Plane Surveying
|
|
CE221
|
3
|
|
CE224
|
Advanced Plane Surveying / Practical
|
CE223
|
|
1
|
|
CE241
|
Geology
|
|
|
3
|
|
CE261
|
Traffic & Transportation Engineering
|
|
|
3
|
|
CE321
|
Engineering surveying I
|
|
CE223
|
3
|
|
CE322
|
Engineering surveying II
|
|
CE321
|
3
|
|
CE323
|
Astronomy for Land Surveying
|
|
CE223
|
2
|
|
CE324
|
Computations & Theory of Errors I
|
|
SC213
SC311
|
3
|
|
CE361
|
Highway Engineering
|
|
CE261
|
3
|
|
CE421
|
Computation & Theory of Errors II
|
|
CE324
|
3
|
|
CE422
|
Geodesy and Geodesy Surveying
|
|
CE223
|
3
|
|
CE423
|
Geodesy and Geodesy Surveying / practical
|
CE422
|
|
1
|
|
CE424
|
Geographical Information Systems (GIS)
|
|
|
3
|
|
CE425
|
Instrumentation
|
|
CE223
|
1
|
|
CE426
|
Cartography
|
|
GE121
|
2
|
|
CE427
|
Cartography / practical
|
CE426
|
|
1
|
|
CE428
|
Geophysics
|
|
CE241
|
3
|
|
CE431
|
Photogrammetry I
|
|
|
3
|
|
CE432
|
Photogrammetry I / practical
|
CE431
|
|
1
|
|
CE433
|
Photogrammetry II
|
|
CE431
|
3
|
|
CE434
|
Photogrammetry II / practical
|
CE433
|
|
2
|
|
CE435
|
Global Position system (GPS)
|
|
CE422
|
2
|
|
CE521
|
Cartography by Computer
|
|
CE426
|
2
|
|
CE522
|
Cartography by Computer / practical
|
CE521
|
|
1
|
|
CE523
|
Legal Principles of surveying & Land Percolation
|
|
CE223
|
3
|
|
CE524
|
Legal Principles of surveying & Land Percolation Lab
|
CE523
|
|
1
|
|
CE531
|
Digital Photogrammetry & Image Processing
|
|
CE434
|
3
|
|
CE532
|
Digital Photogrammetry & Image Processing/Practical
|
CE531
|
|
1
|
|
CE533
|
Remote Sensing
|
|
CE531
|
3
|
|
CE572
|
Sanitary Engineering
|
|
ME331
|
3
|
|
CE582
|
City Planning
|
|
CE223
|
2
|
|
CE591
|
Introduction to Graduation Project
|
|
|
1
|
|
CE592
|
Graduation project
|
|
CE591
|
3
|
|
CE391
|
Field Training I
|
|
|
0
|
|
CE491
|
Field Training II
|
|
CE391
|
0
|
|
SC213
|
Linear Algebra
|
SC211
|
|
3
|
(CE221) Plane Surveying
Introduction to survey, Types of surveying. Errors and Measurements. Shape of the
earth. Types of maps. Introduction to map projections. Units of measurements. Distance
measurements by Tapes, EDMs, and Tachometry. Chain or tape survey. Area computation.
Azimuths and bearings. Meridians. Campass. Leveling; Theory and methods. Digital
elevation model and triangular irregular network. Contours and contour maps. Profile
surveying and x-sections.
(CE222) Plane Surveying / Practical
Instruments of distance measurements, Measuring inclined and horizontal distances.
Offsets, preparing a plan for a piece of land by chaining or taping. Planimeter
and area calculations. Measuring distances by electronic equipment. Temporary adjustment
of diff. Levels e.g dumpy, tilting, and automatic levels. Longitudinal and x-sectioning
for roads. Preparing contour maps.
(CE223) Advanced Plane Surveying
Theodolite concept and types. Theodolite adjustment. Angle measurements, bearings
and azimuths by theodolite. Traverses. Traverse survey and computations. Campass
rule. Introduction to coordinates systems. Rectangular coordinates and corrections.
Coordinates by resection and intersection. Two dimensional conformal coordinate
transformation. Two dimensional affine coordinate transformation. Three dimensional
conformal coordinate transformation. Tacheometry and applications. Plane table and
applications
(CE224) Advanced Plane Surveying / Practical
Theodolite parts and adjustment. Setting up various types of theodolites. Measuring
the heights of objects. Open traverses, closed traverse and closed loop traverse.
Surveying by different plane tabling methods. Survey applications by tacheometry
and stadia techniques. Resection and Intersection methods.
(CE241) Geology
Definition of geology and its sciences, history of earth and its various covers,
relevance of geology to civil and surveying engineering, minerals and rocks, geological
maps and contor lines ,methods of geological surveying superficial deposit and formation
of soils, weathering and transportation agents, types of soils, geological exploration
of sites, geological factors affecting certain engineering projects, subsurface
ground water and its role in the geological formation.
(CE261) Traffic & Transportation Engineering
Introduction to history and importance of highways . Economy and resource use. Measurement
of flow. Forecat of future flow. Speed studies . Design speed. Running spee. Accident
studies. Traffic capacity. Traffic control and regulations. Compulation surveys.
And Plans. Legal Problems in transportation.
(CE321) Engineering Surveying I
Horizontal alignment: deflection angles, coordinates types of horizontal curves,
and method of laying off. Transition Curves, super elevations vertical alignment,
vertical curves, areas and volumes.
(CE322)Engineering Surveying II
Coordinates control |