Transportation Engineering is a part of Civil Engineering that involves planning, design, operation, and maintenance of safe and efficient transport systems. These systems include Roadways, Railways, Waterways, and Intermodal Operations. They design and maintain all types of transportation facilities, including Highways and Streets, Mass Transit Systems, Railroads, Ports, and Harbors.
The top colleges providing education for Transport Engineering in India are:
- Chandigarh College of Engineering and Technology, CCET, Chandigarh
- B.V. Bhoomaraddi College of Engineering and Technology, BVBCET, Hubli
- Dayananda Sagar of College and Engineering, Bangalore
- Indian Institute of Technology, Mumbai
- Lovely Professional University, Phagwara
- BMS College of Engineering, Bangalore
- Indian Institute of Engineering Science and Technology, Shibpur
Areas of Specialization
Research, planning, design, technology, materials, construction, traffic safety and operations, and maintenance of highways, bridges, airports, railways, and related structures and technologies.
Courses and Eligibility:
Candidates should have passed their XII class or equivalent examination with PCM as compulsory subjects and a minimum aggregate of 50% marks from any recognized Institution.
JEE Main, OJEE, AIEEE
Candidates should have a B.E/B.Tech. degree with a minimum of 55% marks.
Top companies that recruit Transportation Engineers are:
- Reliance Infra
- Larsen and Toubro Ltd.
- Gammon India
- Hindustan Construction Company (HCC)
- Lanco Infratech Ltd.
- Delhi Metro Rail Corporation Ltd. (DMRC)
After a candidate has fulfilled the eligibility criteria, he/she can give numerous entrance exams that are conducted throughout the country. These entrance exams are conducted on the state level, national level, and university level. All the IIT colleges come under the national level entrance exams, all the NIT colleges come under state-level exams, and few universities conduct their own entrance exams through which candidates are given admission. With a proper score in entrance exams, candidates are next called for counseling by the colleges where they are given admission.
The syllabus of Transportation Engineering contains the following basic subjects:
- Materials Engineering
- Computer Science
- Fluid Mechanics
- Transportation Engineering
- Building Materials
- Engineering Economy
- Construction Management
- Environmental Engineering
- Transportation and Traffic Planning
- Pavement And Railway Design
- Intelligent Transport Systems
- Urban Planning
- Operation Research
Transportation Engineering is best suitable for candidates having a few keen skills set. Candidates should have knowledge of highway codes, laws, standard specifications of highway engineering and costs. They should be familiar with the standard materials, methods, and techniques used in designing, construction, and maintenance of bridges, highways, railroads, and related structures. They should have good analytical skills, problem-solving skills, the will to work under intense and pressure situations, etc.
Entrance exams for Transportation Engineering are divided into three types, state level, national level, and university level. Few of the top entrance exams that are conducted throughout the country are:
- All India Common Entrance Test (AICET)
- All India Engineering Entrance Examination (AIEEE)
- Joint Entrance Examination(JEE) Main
- Indian Institute of Technology Joint Entrance Examination (IIT JEE)
- Orissa Joint Entrance Examination (OJEE)
- National Institute of Technology
- Bharath University Engineering Entrance Examination (BIHER)
- Birla Institute of Technology And Science Examination
- Delhi University Combined Entrance Examination
- Jawaharlal Nehru University Engineering Entrance Examination (JNU EEE)
- SRM University Engineering Entrance Examination
Careers and Job Prospects:
Transportation engineers are required by the construction companies to prepare all the plans for highways, bridges, drainage structures, municipal utilities, roadway lightings, traffic control devices, and other transportation devices.
|Transportation Innovation Analyst||Evaluates and designs transportation and distribution procedures to maximize delivery efficiency. Researches and analyzes freight costs and classifications, delivery methods, and delivery schedules to minimize delivery costs and maximize customer satisfaction.||upto 6 lakhs|
|Mechanical Quantity Survey And Bill Checking Engineer||Preparing bill of quantities and contracting of work, Plan the work execution||upto 4.5 lakhs|
|Transportation Planner||responsible for studying, analyzing and planning various transportation projects, Recommend transportation systems improvements or projects, based on economic, population, land-use or traffic projections.||2.5 -5 lakhs|
|Transportation And Infrastructure Utilities Engineer||provides a focal point for all utility engineering issues throughout the construction contract by reviewing contractor's utility submittals, visiting the site and taking a lead role in the commissioning of utilities.||upto 5 lakhs|
|Senior Transportation Modeler||Collects analyzes and interprets transportation data, designs surveys, develops long-range transportation planning priorities, summarizes data and prepares reports, and reviews transportation model inputs and outputs.||2.5-5 lakhs|
|Civil Transportation Designer||create 2D and 3D designs for vehicles and transportation-related products. Many of these individuals specialize further, especially when working for a particular company or organization and focus on small niche areas.||3-15 lakhs|
|Teacher/Lecturer||teach higher education students and monitor their progress, tutoring them if needed. They conduct research, prepare lectures and oversee examinations. They also are expected to write scholarly papers and oversee research budgets.||3-8 lakhs|
Q: How does a Transportation Engineer benefits to society?
A: A Transportation Engineer designs and prepares preliminary and final plans for highways, bridges, drainage systems, traffic controls, and all the necessary transportation systems that are used by the public in a daily basis. So it's not wrong to say that a Transportation engineer contributes a huge deal towards society.
Q: How is Transportation Engineering for M.TECH? And what are the job availabilities in this field?
A: M.TECH in Transporting Engineering is 2 years and 8 semesters long. This course covers both the engineering and management aspects of the transportation system, especially road transportation. It also includes Transportation Management Economics, Land Use Planning, Financial and Personnel Management, Traffic Engineering, and Pavement Design. The scope in this field is growing day by day and in the future, your income will be huge, as the need for transportation will never decrease.