Transportation Engineering

About Course

Transportation Engineering is the application of scientific principles and technologies to the planning, design, analysis, operation, and management of transportation systems e.g. highway, urban transit, air, rail, and water, in order to provide for the movement of people and goods from one place to another in a safe and efficient manner.

The objective of this course is to teach students the essential components of Transportation Engineering and basic elements of Highway Engineering and Geometric Highway Design; Principles of Highway Engineering, Elements of Geometric Design, Stopping and passing Sight Distances, Geometric Design of Horizontal and Vertical Alignments (Plan and Profile), Area and volume calculations along the roadway, Mass Diagrams and Bruckner‘s Method for economical earthwork calculations, Fundamentals of Traffic Engineering and management.

Course Content

Transportation Engineering

Lecture – 41 Overlay Design – IRC Method

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Lecture – 30 Pavement Materials – IV

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Lecture – 29 Pavement Materials – III

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Lecture – 28 Pavement Materials – II

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Lecture – 27 Pavement Materials – I

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Lecture – 26 Traffic Loading – II

00:00
Lecture – 25 Traffic Loading – I

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Lecture – 24 Principles of Pavement Design

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Lecture – 23 Highway Alignment

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Lecture – 31 Pavement Materials – V

00:00
Lecture – 32 Design of Bituminous Mixes – I

00:00
Lecture – 40 Pavement Evaluation and Rehabilitation

00:00
Lecture – 39 Concrete Pavement Design PCA and AASHTO Methods

00:00
Lecture – 38 Concrete Pavement Design Indian Congress Method

00:00
Lecture – 37 Flexible Pavement Design AASHTO Method – 1993

00:00
Lecture – 36 Flexible Pavement Design Indian Roads Congress

00:00
Lecture – 35 Analysis of Concrete Pavements

00:00
Lecture – 34 Analysis of Flexible Pavements

00:00
Lecture – 33 Design of Bituminous Mixes – II

00:00
Lecture – 22 Vertical Alignment Part – III

00:00
Lecture – 21 Vertical Alignment Part – II

00:00
Lecture – 20 Vertical Alignment Part – I

00:00
Lecture – 9 Cross Section Elements

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Lecture – 8 Functional Classification,Design Elements

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Lecture – 7 Intersection Control and Signalization

00:00
Lecture – 6 Highway Capacity and Level of Service

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Lecture – 5 Traffic Studies : Part – II

00:00
Lecture – 4 Traffic Studies : Part – I

00:00
Lecture – 3 Traffic Stream Characteristics

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Lecture – 2 Elements of Concern and Components

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Lecture – 10 Stopping Sight Distance And Decision Sight

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Lecture – 11 Overtaking,Intermidiate and Headlight Sight

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Lecture – 19 Horizontal Alignment Part – VI

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Lecture – 18 Horizontal Alignment Part – V

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Lecture – 17 Horizontal Alignment – IV

00:00
Lecture – 16 Horizontal Alignment – III

00:00
Lecture – 15 Horizontal Alignment – II

00:00
Lecture – 14 Horizontal Alignment – I

00:00
Lecture – 13 Intersection Sight Distance – II

00:00
Lecture – 12 Intersection Sight Distance – I

00:00
Lecture – 1 Transportation Engineering

00:00

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About Course

What Will You Learn?

Course Content

Transportation Engineering

Lecture – 41 Overlay Design – IRC Method

Lecture – 30 Pavement Materials – IV

Lecture – 29 Pavement Materials – III

Lecture – 28 Pavement Materials – II

Lecture – 27 Pavement Materials – I

Lecture – 26 Traffic Loading – II

Lecture – 25 Traffic Loading – I

Lecture – 24 Principles of Pavement Design

Lecture – 23 Highway Alignment

Lecture – 31 Pavement Materials – V

Lecture – 32 Design of Bituminous Mixes – I

Lecture – 40 Pavement Evaluation and Rehabilitation

Lecture – 39 Concrete Pavement Design PCA and AASHTO Methods

Lecture – 38 Concrete Pavement Design Indian Congress Method

Lecture – 37 Flexible Pavement Design AASHTO Method – 1993

Lecture – 36 Flexible Pavement Design Indian Roads Congress

Lecture – 35 Analysis of Concrete Pavements

Lecture – 34 Analysis of Flexible Pavements

Lecture – 33 Design of Bituminous Mixes – II

Lecture – 22 Vertical Alignment Part – III

Lecture – 21 Vertical Alignment Part – II

Lecture – 20 Vertical Alignment Part – I

Lecture – 9 Cross Section Elements

Lecture – 8 Functional Classification,Design Elements

Lecture – 7 Intersection Control and Signalization

Lecture – 6 Highway Capacity and Level of Service

Lecture – 5 Traffic Studies : Part – II

Lecture – 4 Traffic Studies : Part – I

Lecture – 3 Traffic Stream Characteristics

Lecture – 2 Elements of Concern and Components

Lecture – 10 Stopping Sight Distance And Decision Sight

Lecture – 11 Overtaking,Intermidiate and Headlight Sight

Lecture – 19 Horizontal Alignment Part – VI

Lecture – 18 Horizontal Alignment Part – V

Lecture – 17 Horizontal Alignment – IV

Lecture – 16 Horizontal Alignment – III

Lecture – 15 Horizontal Alignment – II

Lecture – 14 Horizontal Alignment – I

Lecture – 13 Intersection Sight Distance – II

Lecture – 12 Intersection Sight Distance – I

Lecture – 1 Transportation Engineering

Student Ratings & Reviews