M.Tech in Transportation Engineering
A two-year postgraduate programme preparing engineers for industry, government and research roles in transportation systems.
M.Tech in transportation engineering overview
To develop future engineers equipped with advanced technologies and knowledge to design safe, efficient, inclusive and sustainable transportation systems.
Transport planning and traffic operations
Learning urban transport planning, traffic engineering and geometric design, with focus on safety, efficiency and network performance.
Pavements and highway materials
Hands-on work in testing, characterisation and design of pavements to support durable road infrastructure.
Simulation and data-driven analysis
Laboratory and software-based practice in highway design, transport systems planning, simulation and analysis of real mobility data.
Industry-linked projects and research
Internship and research thesis in the second year, applying classroom learning to live transportation and mobility challenges.
Programme details
About the programme
The M.Tech in Transportation Engineering, offered by the Department of Civil Engineering at Mahindra University, comprises 13 teaching course units worth 44 credits (including practical components) and a thesis worth 21 credits, making a total of 65 credits.
The curriculum covers both fundamental and advanced aspects of transportation engineering with a strong theoretical and practical orientation. Traditional course content has been updated to align with evolving industry requirements. Many courses include laboratory components, providing students with hands-on experience in solving real-world transportation challenges.
A key feature of the programme is the flexible internship duration, allowing students to undertake internships of 8–12 weeks, six months or up to one year, depending on industry requirements and student interests. This enables deeper exposure to practical transportation problems and professional work environments.
The programme emphasises transportation systems and modelling, supported by computational and experimental laboratories. Students also gain programming and software skills required for modern transportation analysis and planning. Training in widely used transportation software tools ensures graduates are industry-ready. Electives can be chosen from a range of disciplines across the university, enabling interdisciplinary learning.
Programme outcomes
Graduates of the programme will be able to:
- Plan, analyse, design and execute transportation infrastructure projects.
- Apply knowledge of science, engineering principles and optimisation techniques to solve transportation engineering problems.
- Work effectively in interdisciplinary teams to deliver multidisciplinary infrastructure projects.
- Apply transportation engineering and management principles to plan and manage projects.
Programme educational objectives (PEOs)
- Provide comprehensive knowledge of transportation systems to address current and future infrastructure challenges.
- Prepare graduates to work in interdisciplinary environments using advanced technologies to solve complex transportation problems.
- Foster social responsibility, reflective learning and professional ethics throughout their careers.
Programme-specific outcomes (PSOs)
- Apply fundamental transportation engineering principles in the planning, design, construction, operation and maintenance of sustainable infrastructure.
- Use modern equipment and software tools to build successful careers in academia, industry and research.
- Demonstrate leadership, ethical responsibility and a commitment to lifelong learning.
Course structure
The curriculum balances courses across transport planning, traffic engineering and pavement design. Students complete core courses during the first and second semesters, followed by a capstone project that integrates their learning.
Elective courses allow students to deepen their expertise in selected areas, while emerging topics such as intelligent transport systems are incorporated into the programme. The structure also allows students to undertake extended internships or research projects during the second year.
Admission process
Applications are shortlisted based on:
- GATE percentile scores, or
- Performance in the written test conducted by Mahindra University.
- All shortlisted candidates must appear for a personal interview for final selection.
Link: MU test syllabus
Career roles
Graduates of the programme can pursue roles such as:
- Highway engineer
- Traffic analyst
- Transportation planner
- Researcher
These roles may be across sectors including:
- Entrepreneurial ventures in transportation and infrastructure.
- Consulting firms
- Academic and research institutions
- Government agencies
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FAQs
It builds capability in planning, traffic operations, pavements and systems analysis, preparing graduates for roles in consulting, public agencies and research.
Students work in laboratories and software-based sessions covering materials testing, highway design, simulation and transportation data analysis.
Yes. Courses and electives introduce intelligent transportation systems, data-driven planning and sustainable mobility concepts.
Yes. The second year includes an industry internship and a research thesis often based on live projects or real datasets.
Graduates pursue roles as transportation or traffic engineers, highway and pavement specialists, mobility analysts or researchers, with the option to progress to doctoral studies.
