1. Introduction

Program title:	Bachelor of Transportation and Infrastructure Engineering
Graduation degree:	Bachelor's degree
Study model:	Full-time
Total credits:	139
Used language:	Vietnamese
Training duration:	4 years (8 semesters)
Responsible Faculty:	Faculty of Civil Engineering
Website:	https://ctt.vimaru.edu.vn
Address:	Room 902, 9th Floor, A6 Building, Vietnam Maritime University 484 Lach Tray - Kenh Duong - Le Chan - Hai Phong

The Transportation and Infrastructure Engineering training program at Vietnam Maritime University is developed by the Faculty of Civil Engineering, incorporating training programs from many prestigious universities both domestically and internationally. The curriculum is regularly updated to align with industry needs and comply with the regulations of the Ministry of Education and Training and Vietnam Maritime University, equipping learners with the necessary knowledge, skills, and attitudes. The program meets the Vietnamese National Qualifications Framework and international standards, enabling graduates to effectively integrate into the 21st-century workforce. Graduates of the program earn a bachelor’s degree in Transportation and Infrastructure Engineering. They are well-equipped to design, construct, supervise, manage, and operate projects in the fields of transportation and infrastructure. They are active, creative, and capable of competing with human resources in the Asia-Pacific region, contributing to the development of the marine economy as well as national construction, protection, and international integration. After graduation, students can pursue careers in transportation and infrastructure engineering.

The bachelor’s program of Transportation and Infrastructure Engineering at Vietnam Maritime University provides a comprehensive education that emphasizes both theoretical knowledge and practical skills, ensuring graduates are well-prepared to meet the challenges of the modern technological landscape.

2. Curriculum

The bachelor’s program in Transportation and Infrastructure Engineering is organized into eight semesters as follows:

During the eight semesters, students will study a comprehensive curriculum that combines theory and practice. In Semester I, students will acquire fundamental knowledge and skills through Algebra, Analytics, and Physics. The Introduction of Civil Engineering course provides general and basic knowledge about the construction industry and individual construction works.

In Semester II, students expand their knowledge with subjects such as Descriptive Geometry-Engineering Drawing, which provides methods for representing real objects on drawing planes according to current standards. The Engineering Mechanics course equips students with a fundamental understanding of motion, equilibrium, and mechanical interactions between objects. Additionally, the Hydraulics course covers the principles of fluid equilibrium and motion, along with their applications in construction practice.

Semester III introduces essential subjects such as Basic Geology, which covers fundamental concepts of soil and rock formation. The Construction Materials course provides foundational knowledge of the physical properties and technical requirements of common building materials. Meanwhile, the Basic Geodesy course equips students with essential geodetic principles for construction application.

Semester IV delves into advanced subjects such as Structural Mechanics 1, which provides fundamental knowledge and skills to calculate internal forces of statically determinate beams. The Soil Mechanics course equips students with both theoretical and practical knowledge to classify soil and determine the physical and mechanical properties of soil. Furthermore, the Introduction of Bridge Design course offers foundational insight into the bridge industry, helping students understand structural components, design diagrams, bridge dimensions, and the materials used in bridge construction.

In Semester V, students gain expertise in foundation and ground design through the Ground and Foundation course. The Computer-Aided in Transportation course enables learners to apply computer skills in bridge and road design. Meanwhile, the Geometric Road Design course provides essential knowledge for designing site plans, profile alignments, horizontal alignments, and determining key technical parameters of the roads.

Semester VI focuses on specialized topics, introducing the design of prestressed reinforced concrete girder bridges in the Reinforced Bridge Design course. The Design of Infrastructure course teaches students how to calculate key components of transport infrastructure. Additionally, the Foundation and Pavement Design course provides essential knowledge of foundation and pavement design.

Semester VII emphasizes specialized knowledge in transportation infrastructure engineering. The Design of Bridge Substructures course covers fundamental knowledge of substructures, including classification, analysis, and design of abutments and piers. The Quality Management of Road Construction course equips students with expertise in construction, inspection, and acceptance of bases and pavements. Meanwhile, the Steel Bridge Design course enables students to determine preliminary dimensions of steel girder components, assess geometric characteristics, calculate internal forces, and verify main girders.

In the final semester, students consolidate their knowledge through internships at design consulting firms and construction companies, where they engage in real-world technical tasks. They gain hands-on experience by assisting technical officers in solving specific challenges at their internship unit. The graduation project equips students majoring in Transportation and Infrastructure engineering to design and execute specific project showcasing their ability to integrate and apply the knowledge acquired throughout their studies.