Program Overview
The M.Tech in Transportation Engineering at College of Engineering Bhubaneswar (COEB), introduced in 2026, offers advanced education and research in transportation infrastructure and mobility systems. The program covers highway engineering, pavement design, traffic engineering, and sustainable transportation. It combines theoretical learning with practical exposure through labs, field studies, and transportation modelling. Students gain expertise in modern tools and analytical techniques for traffic and infrastructure planning. With a strong focus on innovation and real-world applications, the program prepares graduates for careers in infrastructure firms, consultancy, government sectors, research, and academia, while also building a solid foundation for higher studies like Ph.D.
- Transportation Modelling & Simulation Labs
- Highway & Pavement Design Workshops
- Smart Mobility & Sustainable Transport Seminars
- Road Safety Audits & Case Studies
Career Opportunities
Government Transportation Officer / Engineer
Roles in government organizations focus on planning, regulation, and execution of transportation projects. Professionals contribute to public infrastructure development, policy implementation, and road safety initiatives.
Highway & Infrastructure Engineer
Opportunities in infrastructure companies involve the design, construction, and maintenance of highways, roads, and transportation facilities. This role is crucial for large-scale infrastructure development projects across public and private sectors.
Traffic & Transport Consultant
Working with consulting firms, professionals analyze traffic patterns, design traffic systems, and provide strategic solutions for transportation challenges. This role requires strong analytical and problem-solving skills.
Transportation Planning Engineer
A key role in transportation planning agencies, focusing on urban mobility, traffic forecasting, and system optimization. Professionals work on developing efficient transportation networks and policies to support growing cities and sustainable mobility.
Transport Modelling & Planning Specialist
A growing role across planning agencies and consulting firms, involving data analysis, simulation, and transportation modelling to improve efficiency and support smart city initiatives.
Curriculum Specialisations
Advanced Highway Engineering
Focuses on the geometric design, construction, and maintenance of highways. Covers modern design standards, highway safety, and advanced construction techniques for efficient road networks.
Airport and Railway Engineering
Covers planning, design, and operation of airport facilities and railway systems, including runways, terminals, track design, and transportation integration.
Traffic Engineering and Management
Covers traffic flow characteristics, signal design, congestion control, and traffic management strategies to ensure safe and efficient movement of vehicles.
HOD's Message
"Welcome to the M.Tech in Transportation Engineering program at COEB. Transportation is vital for economic growth and sustainable development, creating increasing opportunities for skilled professionals in this field."
Dr. Mamata Mohanty
Associate Professor cum HOD, Civil EngineeringFaculty Profile
Dr. Mamata Mohanty
Associate Professor cum HOD
Dr. Dipti Prakash Mohapatra
Professor
Mr. Biswa Ranjan Tripathy
Assistant Professor
Mr. Pradeepta Kishore Dehury
Assistant Professor
Mrs. Susri Sailaza Mishra
Assistant Professor
Mrs. Niyati Naik
Assistant Professor
Ms. Sradhanjali Pattnaik
Assistant Professor
Ms. Salini Patra
Assistant Professor
Mr. Sambit Swain
Assistant Professor
Ms. Nibedita Sahoo
Assistant Professor
Departmental Laboratories
Career Counselling Roadshows
Conduct seminars in +2 colleges and coaching centres, including aptitude tests and personalized counselling to guide students and capture quality leads.
Free Skill Workshops
Organize short-term workshops on AI, Robotics, EV, and Coding with hands-on learning and certificates to attract student interest.
School/College Tie-Ups
Collaborate with institutions for guest lectures, lab visits, and exclusive scholarship or admission benefits.
Department Library
Our department library houses a comprehensive collection of over 5,000 volumes, including standard codes (IS, ASTM, BS), journals, and specialized textbooks.
- IS Code Archives
- Digital Repository Access
- International Journal Section
PEO's & PO's
Program Educational Objectives (PEOs)
PEO 1: Graduates will acquire advanced knowledge and technical expertise in transportation engineering including highway design, pavement engineering, traffic analysis, and transportation planning.
PEO 2: Graduates will be prepared for successful professional careers in transportation infrastructure development, consultancy organizations, government departments, and research institutions.
PEO 3: Graduates will develop innovative and sustainable engineering solutions for modern transportation systems and infrastructure development.
PEO 4: Graduates will continuously upgrade their knowledge and skills through lifelong learning, research activities, and professional development in transportation engineering .
Program Outcomes (POs)
PO 1: Apply advanced knowledge of transportation engineering principles to analyze and solve complex transportation and traffic engineering problems.
PO 2: Identify, formulate, and analyze transportation engineering problems using scientific, mathematical, and engineering principles.
PO 3: Design efficient and sustainable transportation systems including highways, pavements, and traffic management systems.
PO 4: Conduct experiments and research to investigate transportation engineering problems and interpret results using scientific methods.
PO 5: Use modern engineering tools, software, and simulation techniques for transportation system analysis, traffic modelling, and pavement design.
PO 6: Apply transportation engineering solutions that consider public safety, mobility needs, and societal benefits
PO 7: Understand the environmental impact of transportation systems and develop sustainable transportation infrastructure solutions.
PO 8: Demonstrate ethical practices and professional responsibility in transportation engineering design, research, and decision-making.
PO 9:Work effectively both independently and as a member or leader in multidisciplinary engineering teams.
PO 10: Communicate technical information effectively through reports, presentations, and professional discussions.
PO 11:Apply project management principles, planning techniques, and financial considerations in transportation infrastructure projects.
PO 12: Recognize the need for continuous learning and adapt to new technologies and developments in transportation engineering.