Updated on Jun 3, 2021 05:56 IST
Saakshi Varsha Lama

Saakshi Varsha LamaSenior Executive Content

Transportation Engineering mainly focuses on the planning, functioning, operation and management of any mode of transportation. Since transportation is essential for our daily lives, the need for Transportation Engineers has also grown increasingly. Transportation Engineering is a part of Civil Engineering. A separate Transportation Engineering degree is available during Masters. For admissions into the Transportation Engineering course, the students will have to meet the eligibility criteria and qualify the entrance examination.

Eligibility Criteria for Transportation Engineering

For admissions into the Transportation Engineering degree, the students will be required to meet certain eligibility criteria. Along with performing well in the entrance examination, the students will also have to satisfy the requirements, which may vary from institute to institute.

For UG admissions:

  • Students should have completed a 10+2th standard or equivalent examination from a recognized board.
  • Should have secured a minimum of 50% in the 10+2th standard qualifying exam.
  • Students should have studied Physics, Chemistry and Mathematics as their core subjects during the 10+2th standard.

For PG admissions:

  • Should have graduated with the minimum required marks from a recognized institute
  • Students should have a BTech Civil Engineering or any other related degree.

Required Skillset for Transportation Engineering

While meeting the eligibility requirements is necessary for admissions into a Transportation Engineering degree, the students should also have some skillsets to excel in their academics and career. If the students have the mentioned skillsets, then they will be able to do well.

  • Good communication skills
  • Analytical and logical reasoning skills
  • Interpretation of data
  • Problem-solving skills
  • Creativity
  • Teamwork
  • Leadership skills
  • Mathematical knowledge

Transportation Engineering Admission Process

Students will largely be required to attempt and qualify entrance examination for admissions into Transportation Engineering degree. Listed below are some of the popular entrance exams for Transportation Engineering:

  • JEE Main – Conducted by NTA, JEE Main will offer admissions into the BTech Transportation Engineering courses offered by NITs, IIITs and GFTIs.
  • JEE Advanced – If the student has qualified JEE Main as one of the top 250,000 candidates, then they will be eligible for JEE Advanced. After passing JEE Advanced, they will be eligible for the BTech Transportation Engineering degree offered by IITs.
  • VITEEE – Vellore Institute of Technology is one of the popular private institutes of BTech. For admissions, the students will have to attempt and qualify VITEEE.
  • GATE – For MTech Transportation Engineering, most of the institutes will accept GATE scores.
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Transportation Engineering Syllabus

Students who opt for BTech Transportation Engineering will have to complete the course within four years (BTech) and two years (MTech). Various Transportation Engineering subjects have to be studied during the course to successfully obtain the degree.

Topics under BTech Transportation Engineering

Since BTech Transportation Engineering is under Civil Engineering, the following topics will be covered during the four years

  • Transportation Planning
  • Building Technology
  • Transportation systems
  • Traffic and pavement engineering lab
  • Computer simulation applied in Transportation Engineering
  • Physics
  • Engineering Geology
  • Highway Traffic analysis and design
  • Pavement analysis and design
  • Applied Statistics
  • Road transport management
  • Economics

MTech Transportation Engineering Syllabus

Course Name

Topics

Geometric Design of Transportation Engineering

Introduction, Design of at grade intersections, Design of interchanges, Geometric design of facilities for non-motorized traffic, Introduction to Geometric design of airfields, Design of drainage facilities.

Advanced Traffic Engineering

Introduction to Traffic Engineering, Traffic Studies, Traffic Control Devices, Traffic Regulations and Statistical methods, Traffic Safety and Level-of-service, Uninterrupted traffic Flow Theory, Interrupted Traffic Flow Theory, Simulation of Traffic Systems.

Traffic Engineering Laboratory

Traffic volume studies, Speed studies. O & D studies. Signalised and non-signalised intersection studies, Parking surveys, Design service volume and capacity studies, Introduction to various Software   

Construction Project Management and Bot System

Construction Project Management: an Overview, Project Management Information System, Risk management in infrastructure projects, Management in Construction, Management Process, Tools and techniques of risk management, Technical procedure for management, Construction Project Insurance, Construction Project Insurance policies

Transportation System Planning and Management

General, Transportation Systems, Urban Transportation Planning Studies, Planning Methodology and Systems analysis

Pavement Materials and Evaluation Laboratory

Tests on Soils (Gradation, Waterberg limits, OMC an

d CBR), Test on Aggregates  (Aggregate grading and Proportioning, Impact, Abrasion crushing, water

absorption, specific gravity), Tests on Bitumen and Bitumen Mixes (Marshall method of mix design and Bitumen content  test), Pavement Evaluation tests (Benkelman beam test),  Exposure to latest software

Numerical Methods and Optimization Techniques

RDBMS Civil Engg. Software Packages, Fundamentals of optimization, Statistical optimization, Linear Programming, Dynamic Programming, Finite difference methods, Taylor’s series, Fourier series, Different   Implicit and Explicit schemes -  MacCormack Scheme,   Lambada  Scheme, Preissmann Scheme, Stability analysis, Boundary Conditions, Algebra of tensors

Design of Experiments & Research Methodology

Basic principles of design of experiment, Error analysis in experiments, Concept of modelling, Different types of models, Random variables, Random numbers, and Analysis of variance, Estimation of parameters, Residual analysis and model checking, Sample size problem, Different types of distributions, Distribution tests, Concept of simulation, Monte Carlo simulation, Geostatistics, Que model, Time series analysis, Fitting statistics, Research Methodology, Statistical and sensitive analysis of data, Interpretation of result and report writing.

Pavement Management System

Introduction, Pavement conditions survey and ratings, Pavement performance prediction, Highway Development and Management tools, Alternate pavement design, Reliability concepts, Road asset management, Expert systems and pavement management.

Land Use & Regional Transportation Planning

Urbanisation; urban forms and structures, Delineation of regions, Landuse transportation model, Transit-oriented land use planning, Regional and intercity travel demand estimation, Freight travel demand modelling, Regional network planning, Policy formulation and evaluation.

Transportation Economics and Finance

An economic evaluation of transport plans, Vehicle operating costs, Value of travel time savings, Accident costs, Traffic congestion, traffic restraints and road pricing, Highway finance

Transportation and Environment

Introduction, Vehicular emissions, EIA studies of highways and ambient air quality standard, Noise measurements, noise levels and noise control, Introduction to sustainable Transportation infrastructure

Mass Transportation Systems

Introduction to various types of the mass transportation system, Urban mass transportation planning, Terminals and their functions, Operational and management issues in transit planning.

Intelligent Transportation Systems

Advanced traffic management systems, advanced traveller information systems, Commercial vehicle operations, Advanced public transportation systems, Advanced rural transportation systems, advanced vehicle control systems, ITS standards; ITS technologies and the future of ITS.

Airport Infrastructure, Planning and Design

Introduction, Airport Planning and Geometric Design, Planning and design of the terminal area, Structural design of airport pavements, Airside Capacity and delay, Air traffic control, Airport drainage.

Advanced Soil Engineering

Origin, nature and distribution of soils, Description of individual particle, Consolidation, Factors affecting strength, Geosynthetics, Methods of site investigations, Slope Stability analysis.

Advanced Engineering Geology

Mineralogy and Geomechanics, Geomorphology, Engineering Problems.

Pavement Analysis and Design

Fundamentals of pavement design, Analysis and Design of Flexible pavements, Analysis and Design of rigid pavements, Rehabilitation and Maintenance of Pavements, Pavement evaluation and overlay design.

Railway Infrastructure, Planning and Design

Rail transportation, Railway track gauges and Geometric design of the track, Track maintenance including modern method, Railway accidents and Disaster Management, Suburban railways in Metro cities.

Highway Materials, Design and Construction

Soil sub-grade, soil stabilization and low-cost road, Desirable characteristics of Road aggregates, proportioning of aggregates, Types of bitumen, bitumen Constituents, characterization of bitumen, emulsions, modified bitumen, Desirable properties of bitumen mixes and design of bitumen mixes, tests on Bitumen, theory of filler and specification, Factors influencing and design of pavement grade concrete mixes, Bituminous and concrete road construction Procedure and specification, Quality assurance

Bridge Engineering

General Bridge system, Loading Standards, Design of   Bridges, Bridge Bearings, Design of substructure - Piers and Abutments, Dynamic Response of Bridges, Limit State concept for Design of RCC bridges.

Advanced Foundation Engineering

Shallow  Foundations, Deep Foundations, Soil structure interaction, Soil  Liquefaction and remedial measures,  stone column, vibrfloatation,  deep compaction, Foundations in difficult soils.

*The syllabus may differ as per the institute.

Transportation Engineering Job Profiles

There are many job profiles in private and government sectors that the students can opt for after completing their Transportation Engineering degree. While selecting their career field, the students should understand the profile well and check if it matches their skillsets and personal interest.

  • Transportation Executive
  • Transport Manager
  • Civil Engineer
  • Transportation Technician
  • Lecturers or Professors

Top Recruiters for Transportation Engineer Graduates

Listed below are some of the top recruiters for students who have completed the Transportation Engineering degree:

  • Indian Railways
  • CDM Smith
  • Ashoka Buildcon
  • AECOM
  • Jacobs
  • Walter P Moore
  • Alstom Transport
  • AFCON
  • Various Central and State Government Organizations
  • Top Engineering institutes such as IITs, NITs and more

Transportation Engineering Frequently Asked Questions

Q. Is Transportation Engineering a good job?

A. Currently, there is high demand for candidates in Transportation Engineering. There are many opportunities in the private and government sectors for students who complete their Transportation Engineering.

Q. Is Transportation Engineering a part of Civil Engineering?

A. Yes. Transportation Engineering is a branch of Civil Engineering. However, during Masters, the students will be able to study Transportation Engineering as a separate course.

Q. What is the average salary of Transportation Engineering graduates?

A. The average salary of Transportation Engineering graduates range from 4 lakhs to 15 lakhs per annum. The salary depends on the experience of the employee as well as the organization that they are working for.

Q. Which are the top entrance exams for Transportation Engineering?

A. The top entrance exams for Transportation Engineering are JEE Main, JEE Advanced, VITEEE, MHT CET. For PG admissions, GATE is the most popular entrance examination.

Q. Which are the top recruiters for Transportation Engineering?

A. There are many government and private sectors, which offer jobs to Transportation Engineering graduates. Some of the top recruiters are Jacobs, CDM Smith, Alstom Transport, Ashoka Buildcon and more.

Popular Transportation Engineering Colleges in India

Following are the most popular Transportation Engineering Colleges in India. Learn more about these Transportation Engineering colleges (Courses, Reviews, Answers & more) by downloading the Brochure.
2 Courses
30.95 K - 8.19 L
12 - 16 LPA

#3 The Week

2 Courses
2.29 L
10 - 11 LPA

#1 India Today

1.21 L
12 LPA
4.01

#2 India Today

44.15 K - 77 K
15 LPA

#3 India Today

2 Courses
82.6 K - 9.15 L
12 - 15 LPA
5.01

#4 India Today

51 K
10.06 LPA

#5 India Today

Popular Private Transportation Engineering Colleges in India

1 Course
2.86 L
1 Course
1.92 L
4.61

Top 25 in Gujarat

1 Course
2.88 L
4.66 LPA
2.04 L
5.01
2.32 L
3.9 LPA
1 Course
2.5 L

Popular Transportation Engineering UG Courses in India

Following are the most popular Transportation Engineering UG Courses . You can explore the top Colleges offering these UG Courses by clicking the links below.

UG Courses

Popular Transportation Engineering PG Courses in India

Following are the most popular Transportation Engineering PG Courses . You can explore the top Colleges offering these PG Courses by clicking the links below.

PG Courses

Comments

P

Priyanshu Tawniya

2022-02-06 15:30:17

What is the difference between B.Sc. In transportation designing & B.Des in transportation designing?

Reply to Priyanshu Tawniya

32829203
Group Captain Vinayak Deodhar

Scholar-Level 18

3 weeks ago

Hello Priyanshu Tawniya, my understanding is as follows. In B.Sc. Course, students will learn about different transportation systems like rail, road, waterways, metro, tram, etc. How the system is laid out, different stages, and aspects of the system of transportation. B. Des transportation. This...Hello Priyanshu Tawniya, my understanding is as follows. In B.Sc. Course, students will learn about different transportation systems like rail, road, waterways, metro, tram, etc. How the system is laid out, different stages, and aspects of the system of transportation. B. Des transportation. This will mean the design of the vehicle that will use a transportation network. Like the design of, car, ship, rail coach, tramcar, metro coach, etc. Best wishes to you.

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