Transportation Engineering Syllabus & Subjects 2023: Semester-wise List, Top Colleges Syllabus PDF

Urban Public Transport Management

Students can learn about different transit modes and route management activities through this subject. They can learn about functioning, designing, and scheduling transit terminals. Students will also understand transit platforms, traffic management techniques, intersection management techniques, and IPT service improvements. Some parts of the syllabus are:

• Compared Alternatives
• Transit System Evaluation
• City Traffic
• technology and system

Pavement Analysis and Design

Through this subject, students can learn about influencing factors of pavement design and analysis. They can learn how to characterise and select pavement materials and apply appropriate pavement stabilisation techniques. Some parts of the syllabi include

• Subgrade Soil Characterization
• Introduction to Soil Stabilisation
• Aggregate Characterization:

Transportation Systems

Studying the subject helps understand and categorise various transportation systems. After taking the course, students will be able to understand the principles of design methods and list the steps involved in designing different transportation structures. The students will also be able to design and evaluate transportation structures based on the data given.

Some parts of the syllabi include

• Loads on Bridges
• Planning transit systems
• Design of reinforced and prestressed concrete bridges
• Design of bridge slabs

Applied Statistics

This subject helps understand various statistical methods and illustrates the use of probability in Transportation Engineering. Students can also learn about different graphical methods and statistical software packages useful in the Transportation Engineering field through this course.

Some parts of the syllabus are:

• Probability
• Statistical decision
• Time series analysis
• Optimization techniques
• Statistical Methods

Pavement Material Analysis

The main aim of this subject is to help students learn the important factors in pavement design and analysis. Similar to pavement analysis and design, this subject dives deep into the practices of pavement design highway agencies.

Road Safety and Management

The course can help you understand the causes of accidents, statistical measures of accident data analysis, and computer applications in data analysis. Students can also learn about different parameters responsible for providing road safety while constructing new roads. After completing the subject, students should be able to explain road reconstruction principles and road safety and maintenance measures.

Infrastructure Management

The subject is meant to discuss the importance of infrastructure management in planning and maintaining infrastructure. With the help of this subject, students can formulate the development and application of models for infrastructure management.

1 & 2

Core Core Course

Pavement Design and Analysis

The subject is meant to help students understand pavement designs and construction features. Students can learn how to evaluate and improve pavement conditions.

1 & 2

Elective

Traffic Engineering- I and II

Traffic engineering includes planning, geometric design, and traffic operations of roads, highways, and terminals.

2

Elective

Road Transportation

Management and Economics

Transport management can help students learn the application of economic evaluation methods to evaluate road projects. Students can also learn about highway economics, supply and demand, and market structures.

3

Core Course

Transportation Systems

The subject explains different transportation modes and various types of roads. Students also get to learn about urban mass transportation.

3

Elective

Transportation Infrastructure Design

With transport infrastructure design, students can learn the need for geometric design and cross-sectional elements. Students can also understand the various types of facilities for pedestrians, cycles, buses, and parking.

4

Core Course

Numerical Methods and Applied Statistics

This subject helps students learn various statistical methods. Students can also understand probability, different graphical methods, and statistical software packages useful in Transportation Engineering.

Highway Traffic Engineering

• Modelling of Pavement Materials
• Pavement Design
• Traffic Flow Characteristics
• Traffic capacity study
• Parking study
• Accident Studies

Engineering for highway transportation involves planning, constructing, and operating of highway systems. Students interested in highway traffic operations study geometric design features, pavement material, and traffic control for safe and efficient traffic movements.

Traffic Engineering

• Highway Traffic Analysis and Design
• Pavement Analysis Design
• Traffic Engineering and Simulation
• Intelligent Transportation Systems
• Travel Demand Forecasting

With traffic engineering, students can learn engineering techniques to achieve the safe and efficient movement of people and goods on roadways.

Urban Transport Engineering

• Transportation Logistics
• Transportation System Management
• Transportation Economics
• Transportation Safety and Environment Systems
• Public Transportation
• Urban Transportation Planning

Urban Transportation Engineering involves the design and construction of railways, metros, and other modes of transportation.

Rail Transport Engineering

• Urban Transportation Planning
• Turnouts and track crossings
• Bridges and tunnels
• Signal and control systems
• Terminals and facilities
• Track Structures

Engineering for railway transportation includes planning, design, operations, and maintenance of rail transportation systems.

Air Transport Engineering

• Air Navigation
• Air Traffic Control
• Runway Design
• Terminal Planning

With air Transportation Engineering, students can learn about the planning and construction of terminals, runways, and navigation for passengers and efficient aircraft.

Transport Systems

Principles of Urban Transport Systems Planning

B. G. Hutchinson

The book is meant for students trying to understand the basics of transport planning.

Pavement Analysis and Design

Principles of Pavement Design

E. J. Yoder and Witczak

The book explains the theory and practice of pavement design, including the latest practices.

Urban Public Transportation Management

Urban Public Transportation Systems and Technology

Vukan R Vuchic

This acclaimed book covers the field of transit systems and technology in full detail. It explains the history and evolution of the urban transit system and the most efficient design for each mode of transit.

Applied Statistics

Engineering Statistics

Bowker and Liberman

This classic book on engineering statistics describes data analysis, decision making, and hypothesis testing.

Traffic Engineering

Traffic Engineering and Transport Planning

L R Kadiyali

The authors help students strengthen their ability to calculate chemical solutions by providing many problems at the end of every chapter.

1

Indian Institute of Technology, Bombay

2

Dayananda Sagar College of Engineering, Bangalore

3

Indian Institute of Technology, Madras

4

Indian Institute of Technology, Delhi

5

Motilal Nehru National Institute of Technology, Allahabad Prayagraj

6

Indian Institute of Technology, Kharagpur

7

National Institute of Technology, Tiruchirappalli

8

National Institute of Technology,Karnataka

9

Indian Institute of Technology, Kanpur

10

PEC Chandigarh, Punjab Engineering College