Transportation systems - Individual vehicle motion - Transportation networks - Vehicle flow - Time ? Space diagrams - Fundamental flow relationships - Transportation planning - Trip generation -Trip distribution - Modal choice - Network assignments - Network equilibrium - Classification of Highways - Geometric design - Horizontal alignment - Vertical alignment - intersections ? interchanges - structural design of highway.


Bachelor Degree in Construction and Building Engineering


  • This course is designed to introduce seniors in construction engineering to Transportation Engineering, Transportation Planning Techniques and Basics in Traffic engineering Design.


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Course Content

content serial Description
1Week No.1: General introduction, Transportation Systems, its Elements and Review of Mechanics.
2Week No.2: Individual Transportation Vehicle Motion, Inherent, Gradient & Curvature Resistance.
3Week No.3: Concept of Tractate effort [propulsive force], Prediction of Vehicle performance.
4Week No.4: Transportation Networks, Nodes, Links, Arcs, Connection Matrix, Minimum Path Route.
5Week No.5: Transportation Vehicle Flow, Time – Space Diagrams, Application in Airport Engineering.
6Week No.6: Time – Space Diagrams, Application in Railway, Application in Highway. Fundamental Flow Relationships.
7Week No.7: Fundamental Flow Relationships. 7th Week Exam.
8Week No.8: Models of Traffic Flow.
9Week No.9: Queuing Theory and Traffic Flow Analysis.
10Week No.10: Traffic Analysis of Signalized Intersections.
11Week No.11: Concept of Engineering Planning and application in the field of Transportation Engineering.
12Week No.12: Trip Generation Modeling, Statistical Analysis studies, Zone-based, house-hold based Modeling, trip classification, polynomial modeling.
13Week No.13: Trip Distribution Modeling , Gravity Model, Calibration, Iteration.
14Week No.14: Modal Choice, Split Model, Probability analysis studies.
15Week No.15: Transportation Network Assignments, 12th Week Exam.
16Week No.16: Final Exam.

Markets and Career

  • Generation, transmission, distribution and utilization of electrical power for public and private sectors to secure both continuous and emergency demands.
  • Electrical power feeding for civil and military marine and aviation utilities.
  • Electrical works in construction engineering.

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