The Transport Construction Engineering program trains engineers with a systems thinking and the ability to comprehensively implement modern infrastructure projects. The program integrates knowledge of design, construction, and management of transportation infrastructure, while applying advanced construction technologies and sustainable development models. Students are trained to solve practical problems and are ready to participate in large-scale projects in the context of increasing urbanization and infrastructure connectivity.

Major code: 7580205
Duration: 4 years
Degree: Engineer

Output Competencies

Graduates are competent in

Design, Construction, and Management: Participating in the design, construction, and technical management of transportation infrastructure, roads, and high-speed railways systems.
Standard Application: Applying technical and safety standards in the design, construction, and operation of transportation infrastructure.
Digital Technology Utilization: Using technology and specialized software such as BIM, technical simulation, and modern design tools in transportation engineering work.
Technical Problem Solving: Analyzing and solve practical technical problems, participate in planning and managing transportation projects.
Professional Integration: Working in teams, engaging in technical communication, and adapting to professional work environments, ready to integrate into the transportation and railway fields.

Program Structure

Major Foundation Courses

Engineering Mechanics
Construction Materials
Engineering Geology
BIM in Construction
Strength of Materials
Structural Mechanics
Soil Mechanics and Foundations
Reinforced Concrete
Steel Structures...

Specialized | Major Courses

Students are equipped with advanced knowledge in the design and construction of modern transportation infrastructure, particularly in high-speed rail and urban railway systems, including:

Road alignment and pavement design
Reinforced concrete and railway bridge design
Engineering hydrology
Station buildings and supporting infrastructure
Building Information Modeling (BIM) in Transportation
Railway Structures and Construction
Railway route planning and design
High-Speed Rail and Urban Rail systems (Metro)
Underground structures and railway tunnels…

English Courses

Graduation Courses

Graduation project

General Courses

Training Features of the Field

Key Learning Methods:

The program is learner-centered and follows OBE and CDIO learning outcomes, aligning with the practical needs of the transportation and railway sectors. It integrates Industry 4.0 technologies and international standards such as BIM, technical simulation, AI, and digital data. Additionally, the curriculum combines theoretical learning with practical exercises, projects, experiments, internships, and real-world scenarios, all supported by industry experts and enterprise partners.

Specialized Learning Spaces:

Autodesk Training Center and AR/VR Reality Lab, HUB, library....

Career Prospects

Working at design consultancy companies for bridge and road construction, metro systems, ports, technical infrastructure, as well as civil and industrial projects.
State management agencies specializing in the field of construction.
Agencies and companies with specialized departments for managing or appraising construction projects.
Research institutes or teaching positions at various colleges and universities.

Information is for reference, compiled from Van Lang University's official website and may be updated according to social needs, training orientation, and new educational requirements in each period.

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