The MSc in Transportation Engineering is a two-year postgraduate Civil Engineering program offered at Pulchowk Campus under the Institute of Engineering (IOE), Tribhuvan University.
The program is organized across four semesters and carries 60 credits. It combines advanced transportation engineering, traffic engineering, road construction materials, pavement engineering, research methodology, statistics, and operations research with a broad range of electives. Students can study areas such as transport economics, railway and airport engineering, urban transport planning, geoinformatics, tunnel engineering, road asset management, transportation networks, road safety, and public transportation.
The final year moves from specialized electives into project work and a 16-credit thesis, giving research and applied investigation a substantial place in the degree.
| Field | Details |
|---|---|
| Course | MSc in Transportation Engineering |
| Degree award | MSc in Transportation Engineering (Civil Engineering) |
| Level | Master’s degree |
| Campus | Pulchowk Campus – Institute of Engineering |
| Department | Civil Engineering |
| University | Tribhuvan University |
| Institute | Institute of Engineering (IOE) |
| Duration | 2 years |
| Academic structure | 4 semesters |
| Total credits | 60 |
| Eligibility | BE in Civil Engineering |
| Main components | Core courses, electives, project, thesis |
Transportation Engineering at Pulchowk Campus is structured as an advanced Civil Engineering specialization.
The curriculum covers transportation from several angles rather than concentrating only on highway design. Core study includes transportation engineering, traffic, road materials, pavement engineering, operations research, research methodology, and statistics. Electives extend the subject into economic analysis, public transportation, railways, airports, tunnels, urban transport, road safety, geospatial applications, network analysis, asset management, and project management.
This structure allows students to study both the physical infrastructure side of transportation and the analytical, planning, operational, and management issues connected with transport systems.
At Pulchowk Campus – Institute of Engineering (IOE), the program belongs to the Department of Civil Engineering. The campus operates under the academic framework of Tribhuvan University.
Pulchowk Campus introduced the MSc in Transportation Engineering in 2010 (2067 B.S.).
The program is part of the wider postgraduate Civil Engineering portfolio, which also includes specializations in structural engineering, environmental engineering, water resources engineering, geo-technical engineering, disaster risk, construction engineering and management, and hydropower engineering.
These are separate master's programs. Transportation Engineering has its own curriculum, eligibility requirement, elective structure, project work, and thesis.
Its academic setting within Civil Engineering also connects the course with departmental work involving geotechnical and transportation laboratory facilities and other infrastructure-related areas.
Eligibility: BE in Civil Engineering.
The program is therefore intended as postgraduate specialization after an undergraduate Civil Engineering degree.
Admission operates through the applicable postgraduate framework of the Institute of Engineering. Candidates must satisfy the prescribed IOE entrance and admission requirements before proceeding through the Pulchowk Campus enrollment process.
The MSc in Transportation Engineering runs for two academic years across four semesters.
The credit distribution is:
The complete program carries 60 credits.
The first year is primarily coursework-based. The third semester combines specialization through electives with an applied project, while the fourth semester is devoted to thesis research.
| Semester | Main Courses | Credits |
|---|---|---|
| Year I, Part I | Advanced Transportation Engineering; Research Methodology and Statistics; Traffic Engineering; Road Construction Materials and Technology | 16 |
| Year I, Part II | Operations Research in Transportation System; Pavement Engineering; Elective I; Elective II | 16 |
| Year II, Part I | Elective III; Elective IV; Project | 12 |
| Year II, Part II | Thesis | 16 |
The sequence moves from common transportation-engineering foundations toward specialization and research.
The first semester contains four compulsory courses of 4 credits each.
Advanced Transportation Engineering provides the main postgraduate transportation-engineering component at the beginning of the program.
Its placement in the first semester establishes the wider transportation context before students move into specialized subjects such as pavement engineering, transport planning, road safety, railways, airports, and public transportation.
Research Methodology and Statistics gives students a formal research and quantitative component from the first semester.
This course is particularly relevant to the later project and thesis stages because students need to work with research design, evidence, data, and analytical methods as they progress toward independent investigation.
Traffic Engineering is another compulsory first-semester subject.
Its position within the core curriculum means traffic-related study is part of the common academic foundation rather than an optional specialization.
Students later have the option to extend this wider transportation perspective through courses such as Urban Transport Planning, Transportation Planning and Management, Road Safety, and Public Transportation.
Road Construction Materials and Technology brings road materials and construction into the core of the program.
It is followed in the second semester by Pavement Engineering, creating a clear academic connection between material and construction considerations and the engineering of pavement systems.
The second semester contains two compulsory courses and two electives.
Operations Research in Transportation System adds a quantitative and decision-oriented component to the curriculum.
It sits between the broader transportation core and later subjects involving network analysis, planning, management, and project work.
Pavement Engineering is a compulsory 4-credit course.
Together with Road Construction Materials and Technology, it forms an important road-engineering component within the master's program.
Students select from:
These options represent distinct transportation perspectives.
Transport Economics introduces an economic dimension, while Advanced Geotechnical Engineering connects transportation infrastructure with ground engineering. Railway Engineering provides a rail-specific route, and Urban Transport Planning focuses on transportation within the urban context.
Options include:
This group combines transportation infrastructure with digital and spatial applications.
Computer Application in Transportation Engineering introduces a computational direction. Geo-Informatics in Transportation adds spatial and geospatial analysis, while Airport Engineering and Tunnel Engineering provide infrastructure-specific specialization.
The third semester contains:
At this stage, students move further from common core study into planning, management, networks, safety, asset management, or public transportation.
Students can select from:
These subjects broaden transportation engineering beyond construction and pavement study.
Transportation Planning and Management focuses on the system-level planning and management side of the field. Road Asset Management brings attention to the management of road infrastructure over time, while Transportation Network Analysis provides a network-oriented analytical route.
Options include:
The elective group allows students to approach transportation through management, safety, or public-transport systems.
Road Safety gives safety a dedicated place within the curriculum, while Public Transportation focuses on collective transport systems. Project Management introduces a broader management component relevant to transportation and infrastructure work.
The third semester includes a 4-credit project of approximately three months of full-time work.
The project may be developed around:
This flexibility allows students to choose a project method suited to the transportation problem they are investigating.
A project might therefore be based on data analysis, field observations, a transportation organization, an infrastructure problem, a specific location, or another academically appropriate transportation topic.
The fourth semester consists of a 16-credit thesis.
Although the thesis is formally placed in the fourth semester, thesis work begins from the start of the third semester and may be associated with the project. Students can carry out thesis research with one or more supervisors.
This creates continuity between the third-semester project and final research stage.
The curriculum provides several possible academic directions from which thesis topics may develop, including transportation systems, traffic, roads, pavement, planning, networks, safety, public transport, railways, airports, geoinformatics, and infrastructure management.
Core and elective courses generally carry 4 credits each.
The stated assessment structure is:
The final examinations for taught courses are three hours.
The third-semester project carries 100 marks without a separate final written examination. The fourth-semester thesis also carries 100 marks.
The program therefore combines formal examinations with applied project work and research assessment.
Across core and elective courses, students can study:
The elective structure gives students room to develop different areas of transportation interest while retaining a common postgraduate Civil Engineering foundation.
Through coursework, electives, project work, and thesis research, students may develop abilities related to:
The depth of individual skills depends on elective selection, project work, thesis topic, and academic engagement.
The MSc in Transportation Engineering is intended for Civil Engineering graduates seeking postgraduate specialization in transport infrastructure and transportation systems.
It may be relevant to students interested in combining road and pavement engineering with subjects such as:
The course becomes increasingly research-oriented in the second year, so students should be prepared for both advanced taught coursework and independent project and thesis work.
Applicants must hold a BE in Civil Engineering.
The program runs for two years across four semesters.
The complete curriculum carries 60 credits.
The first semester includes Advanced Transportation Engineering, Research Methodology and Statistics, Traffic Engineering, and Road Construction Materials and Technology.
Yes. Students select four electives across the second and third semesters.
Elective options include transport economics, railway engineering, urban transport planning, airport engineering, geoinformatics, tunnel engineering, road asset management, transportation network analysis, road safety, and public transportation.
Yes. The third semester includes a 4-credit project of approximately three months of full-time work.
Yes. The fourth semester includes a 16-credit thesis. Thesis work begins from the start of the third semester.
The degree awarded is MSc in Transportation Engineering (Civil Engineering).
