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Programs
M.Tech Transport Engineering
2 Years
Overview
The program offers advanced learning in transportation engineering, covering planning, traffic management and sustainable systems. Students gain a strong understanding of transport infrastructure through practical projects, laboratory work and modern analytical tools. With a focus on real-world applications, it builds the skills needed for professional roles and research in transportation planning, traffic engineering and infrastructure development.
Eligibility Criteria
Candidates must have completed B.Tech or BE in Civil Engineering or an equivalent discipline from a recognised university with a minimum of 60% marks.
Academic Fee
- 1st Year : INR.1,77,000/-
- 2nd Year : INR.1,78,000/-
Scholarship
For B Tech Students On the basis of PCM percentage
Candidates eligible for scholarship on the basis of Physics, Chemistry & Mathematics percentage at 10+2 level as mentioned below:
Note: The scholarship amount received in the first year will be applicable for all subsequent years. The student must maintain a minimum CPI of 8.00 to avail the scholarship in the next year of his/her studies.
Top-Tier Companies in Our Placement Network
Programs
M.Tech Transport Engineering
2 Years
Overview
The program offers advanced learning in transportation engineering, covering planning, traffic management and sustainable systems. Students gain a strong understanding of transport infrastructure through practical projects, laboratory work and modern analytical tools. With a focus on real-world applications, it builds the skills needed for professional roles and research in transportation planning, traffic engineering and infrastructure development.
Eligibility Criteria
Candidates must have completed B.Tech or BE in Civil Engineering or an equivalent discipline from a recognised university with a minimum of 60% marks.
Academic Fee
- 1st Year : INR.1,77,000/-
- 2nd Year : INR.1,78,000/-
GLdvantage
Designed to Produce Future-Ready Engineers
At GLA University, we emphasize education beyond classrooms with project-based learning to ensure our students imbibe what the industry requires.
Advanced Specialisation in Transportation Engineering
The programme focuses on advanced concepts related to transportation planning, traffic engineering, pavement design, and sustainable transport systems.
Comprehensive Understanding of Transport Systems
Students study key areas such as highway engineering, traffic management, transportation planning, pavement analysis, and infrastructure development.
Application Oriented Learning
The programme includes technical projects, analytical assignments, and laboratory work that help students apply theoretical concepts to real transportation challenges.
Use of Modern Engineering Tools
Students are introduced to contemporary analytical methods and software used in transportation analysis and infrastructure planning.
Preparation for Professional and Research Careers
The course equips students with the knowledge and analytical ability required for professional roles in transportation planning, infrastructure development, and research.
Rankings & Accreditations
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UGC
12B Status by UGC
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NAAC A+
Accredited
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#200
NIRF Ranking 2025
Listed among the Top 200 Engineering Institutes in India
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#781-790
Overall Asia Rank
Ranked in the 781–790 Band in Asia Overall
Career Prospects
Transportation engineering professionals contribute to the planning, design, and management of modern transport infrastructure. With growing investment in roads, highways, and urban mobility systems, demand for specialised professionals continues to increase.
Graduates may also pursue doctoral studies or specialised research in transportation engineering and infrastructure planning.
Public Sector
B.Tech ECE graduates in the government sector can pursue careers in PSUs, Defense & Space, Telecom, Research, Railways, and Civil Services, with key
Private Sector
B.Tech ECE graduates in the private sector can pursue core electronics roles (VLSI, Embedded Systems, Telecom, RF Engineering, Electronics Design),
IT/Software jobs (Software Developer, AI/ML Engineer, Data Analyst), and emerging tech fields like Robotics and IoT, with top recruiters including major IT firms. Key paths involve Hardware/Software roles, R&D, and Network Engineering, focusing on areas like signal processing, systems, and automation for diverse opportunities in tech giants and startups.
Further Study Options
Graduates can explore opportunities in
- Transportation planning organisations
- Infrastructure development and construction companies
- Highway design and consultancy firms
- Government departments and public sector organisations
- Urban planning and development agencies
- Research and academic institutions
Common career roles include
- Transportation Engineer
- Highway Design Engineer
- Traffic Engineer
- Infrastructure Consultant
- Project Engineer
- Research Associate
Research
Think Beyond Innovation in a Research-Driven Environment
Our researchers pushing the frontiers of knowledge and discovery to explore complex problems and find solutions.
850+
Patents
Published
14
Research
Centres
12k+
Publications in
SCI & Scopus
Outcomes & Objectives
Apply advanced knowledge of transportation engineering principles to analyse and design transportation systems.
Evaluate traffic patterns, transportation infrastructure, and mobility challenges using analytical methods.
Use modern engineering tools and techniques relevant to traffic analysis, pavement design, and transportation planning.
Conduct research and interpret data to address transportation related engineering problems.
Demonstrate the ability to plan and manage engineering projects related to transport infrastructure.
Communicate technical ideas effectively and collaborate with multidisciplinary teams.
Understand the environmental, economic, and societal impact of transportation engineering solutions.
Engage in continuous professional development in the evolving field of transportation engineering.
Equip graduates with in depth knowledge of transportation systems, traffic engineering, and infrastructure planning.
Prepare students to contribute effectively to transportation planning, design, and management while maintaining professional standards and ethical responsibility.
Develop the ability to analyse transportation problems and propose efficient and sustainable engineering solutions.
Encourage graduates to pursue lifelong learning and professional development through research, advanced studies, or specialised engineering practice.
Analyse transportation systems and traffic patterns to develop efficient and sustainable mobility solutions.
Apply engineering principles to the design, construction, and maintenance of highways and pavement structures.
Use transportation analysis techniques and engineering software to support infrastructure planning and development.
Integrate theoretical knowledge with research oriented approaches to address real world transportation challenges.
Why M.Tech Transport Engineering?
The M.Tech Transport Engineering program is designed to provide advanced knowledge in transportation systems, traffic planning, and infrastructure management required for modern mobility solutions. The program covers specialized areas such as traffic engineering, pavement design, highway planning, transportation economics, urban mobility systems, and road safety management, enabling students to address complex transportation challenges in rapidly developing urban and regional environments.
Through advanced software applications, field studies, data analysis, and research-oriented learning, students develop technical and analytical skills required for planning efficient, safe, and sustainable transport networks. The program prepares graduates for professional roles in highway authorities, infrastructure consultancy firms, urban planning organizations, and transportation research sectors.
What else can you do while studying at GLA
GLA University offers a wide range of campus extra-curricular activities across all domains.
These activities are organized through student clubs, departmental societies, university festivals, and regular institutional programs. Typical categories and representative examples
M.Tech Transport Engineering Frequently Asked Questions
The program is divided into 4 semesters with advanced subjects.It also includes labs and a final research project.
GLA offers CSE, ECE, Mechanical, and Civil specializations.Each focuses on core and advanced technical concepts.
Students need a B.Tech degree in a relevant field.Minimum marks and sometimes GATE score are considered.
The final project is compulsory and carries high weightage.It involves solving real-world engineering problems
Evaluation includes tests, lab work, and project performance.Seminars and presentations are also assessed.
GLA provides advanced labs and technical software tools.These support research and development work.
Yes, GATE-qualified students may receive scholarships.Merit-based financial support is also available.
Yes, the placement cell offers training and company exposure.Placement depends on specialization and skills.
Yes, they can pursue PhD and research roles.This is a common path for higher studies.
Admission Process
How to apply to GLA
Registration
Register online by filling in your basic details on the admission portal.
https://
student.glauniversity.in/
Main/Admission
That’s it — your journey with GLA begins here.
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