Program: Bachelor of Engineering in Civil Engineering
- Introduction:
The Bachelor of Engineering in Civil Engineering program provides students with comprehensive knowledge and practical skills in civil engineering, covering structural engineering, geotechnical and foundation engineering, construction engineering and technology, building and industrial construction, and digital and sustainable construction. The program combines fundamental sciences, engineering fundamentals, and specialized professional knowledge, enabling students to apply engineering principles, modern technologies, and specialized software in the planning, surveying, analysis, design, construction, inspection, operation, maintenance, repair, and management of civil and industrial construction projects.
- Degree Awarded: Bachelor of Engineering in Civil Engineering (Engineer’s Degree).
- Academic Level: Undergraduate / Professional Engineering Degree.
- Mode of Study: Full-time.
- Duration: 4.5 years (9 main semesters).
- Total Graduation Credits: 155 credits (excluding Physical Education and National Defense Education).
- Highlights:
Graduates of the program possess a solid foundation in Civil Engineering, together with practical engineering skills and professional competencies required for modern construction practice. The curriculum integrates theoretical knowledge with practical training, engineering projects, laboratory activities, construction site visits, professional internships, and graduation projects. Students are also introduced to modern engineering software and digital technologies such as AutoCAD, Revit, SAP2000, ETABS, SAFE, and Building Information Modeling (BIM). The program is aligned with the mission, vision, and development strategy of Thuyloi University and the current development needs of the construction industry.
- Objective:
The program aims to train qualified civil engineers with fundamental scientific knowledge, engineering knowledge, specialized professional competencies, practical skills, problem-solving abilities, and professional ethics. Graduates are able to participate effectively in the planning, surveying, design, construction, supervision, management, operation, maintenance, repair, and development of civil and industrial construction projects. The program also prepares graduates for further study and professional development in domestic and international educational and engineering environments.
- Career Prospects:
- Possess fundamental knowledge of mathematics, natural sciences, engineering fundamentals, and specialized knowledge in Civil Engineering, including structural engineering, geotechnical and foundation engineering, construction engineering and technology, building and industrial construction and sustainable construction.
- Possess practical knowledge and skills in engineering surveying, engineering analysis, structural design, foundation design, construction technology, construction organization, construction planning, and the application of engineering standards and regulations.
- Possess the ability to apply engineering principles, modern technologies, specialized software, and digital tools such as AutoCAD, Revit, SAP2000, ETABS, SAFE, and BIM to solve practical problems in civil and industrial construction projects.
- Possess knowledge and practical skills related to construction management, quality control, occupational safety, environmental protection, project implementation, operation, maintenance, repair, and strengthening of construction works.
- Possess interdisciplinary knowledge related to Geotechnical Engineering, Hydraulic Engineering, Transportation Engineering, Construction Management, and other fields relevant to civil engineering and infrastructure development.
- Career Opportunities:
Graduates can work in construction companies, engineering consulting organizations, project management units, contractors, design institutes, research institutes, government agencies, and other organizations involved in construction and infrastructure development. Graduates may work as structural engineers, geotechnical and foundation engineers, construction engineers, site engineers, design engineers, project engineers, construction supervisors, project management staff, or engineers involved in operation, maintenance, repair, and strengthening of construction works. Graduates are also prepared to pursue postgraduate education and professional development in Civil Engineering and related fields.
- Professors:
- Assoc Prof. Dr Nguyen Ngoc Thang
- Assoc Prof. Dr Nguyen Anh Dung
- Dr Chu Tuan Long
- Dr Ta Van Phan
- Dr Nguyen Duy Cuong
- Dr Doan Xuan Quy
- Dr Nguyen Thi Thanh Thuy
- Dr Pham Thu Hien
- Dr Bui Si Muoi
- Dr Nguyen Van Thang
- Program Syllabus
Semester 1:
Semester 2:
Semester 3:
Semester 4:
Semester 5:
Semester 6:
Semester 7:
Semester 8:
Semester 9:
- Contact:
Assoc Prof. Dr Nguyen Ngoc Thang
Head of Civil and Industrial Construction Division
Phone: +84912640081
Email: [email protected]
Program: Master of Engineering in Civil Engineering
- Introduction:
The Master of Engineering in Civil Engineering program provides students with advanced and specialized knowledge, professional expertise, and research capabilities in Civil Engineering. The program focuses on advanced structural engineering, geotechnical and foundation engineering, construction engineering and technology, building and industrial construction, construction management, and digital and sustainable construction.
The program emphasizes advanced engineering theories, computational methods, numerical simulation, structural analysis and design, experimental investigation, and scientific research. Students are trained to analyze complex engineering problems, develop and evaluate advanced technical solutions, and apply modern technologies to the design, construction, assessment, operation, maintenance, repair, and strengthening of civil and industrial structures.
- Degree Awarded: Master of Engineering in Civil Engineering.
- Academic Level: Graduate / Master’s Degree.
- Mode of Study: Full-time.
- Duration: 1.5 years (3 main semesters).
- Total Graduation Credits: 60 credits.
- Highlights:
The program provides advanced professional training with a strong emphasis on specialized engineering knowledge, analytical skills, numerical modeling, and scientific research. The curriculum integrates advanced coursework with laboratory activities, engineering projects, research seminars, and a master’s thesis or applied engineering project. Students develop the ability to use advanced engineering software, numerical simulation, finite element methods, BIM, and other digital technologies to investigate and solve complex problems in structural and construction engineering.
The program also emphasizes the integration of theory, computational analysis, experimental investigation, and engineering practice, enabling students to develop technically sound and innovative solutions for modern construction projects. The program is aligned with the research strengths and development strategy of Thuyloi University and the advanced professional requirements of the construction industry.
- Objective:
The program aims to develop civil engineers with advanced specialized knowledge, strong analytical and research capabilities, and the ability to solve complex engineering problems.
Graduates are expected to:
- Apply advanced theories, engineering principles, standards, and computational methods to analyze and solve complex problems in Civil Engineering.
- Develop advanced solutions for structural systems, foundations, construction technologies, and construction projects through analytical, numerical, and experimental approaches.
- Apply advanced software, numerical simulation, finite element methods, BIM, and digital technologies to engineering analysis, design, assessment, and optimization.
- Conduct independent or collaborative scientific and applied research, from identifying research problems and developing methodologies to analyzing data, evaluating results, and proposing technical solutions.
- Apply advanced knowledge to the assessment, repair, strengthening, rehabilitation, and sustainable development of existing and new construction works.
- The program also provides a foundation for graduates to pursue doctoral study, advanced professional practice, research, and academic careers in Civil Engineering and related fields.
- Career Prospects:
- Perform advanced structural analysis and design: Apply advanced theories of structural mechanics and modern design methods to analyze and design reinforced concrete, steel, composite, and other structural systems under complex loading and boundary conditions.
- Analyze complex soil–structure and foundation problems: Apply advanced principles of soil mechanics, foundation engineering, numerical methods, and soil–structure interaction to evaluate the behavior, stability, deformation, and bearing capacity of foundations and underground structures.
- Conduct advanced numerical and computational analysis: Develop and use numerical models, including finite element models, to simulate nonlinear structural behavior, soil–structure interaction, construction stages, failure mechanisms, and other complex engineering phenomena.
- Develop and evaluate advanced construction solutions: Analyze construction technologies, construction sequences, temporary structures, construction risks, quality requirements, and performance of construction systems, with consideration of safety, efficiency, sustainability, and constructability.
- Assess, repair, strengthen, and rehabilitate structures: Evaluate the technical condition and structural performance of existing construction works and develop appropriate solutions for repair, strengthening, rehabilitation, and life-cycle improvement.
- Conduct scientific and applied research: Formulate research problems, develop appropriate analytical, numerical, and experimental methodologies, process and interpret research data, validate results, and communicate research findings in professional and scientific formats.
- Career Opportunities:
Graduates can work as advanced civil engineering professionals, technical consultants, structural or geotechnical engineers, design engineers, project engineers, construction specialists, structural assessment and rehabilitation engineers, or researchers in construction companies, engineering consulting organizations, design institutes, project management units, research institutes, universities, and government agencies.
Graduates are also prepared to undertake doctoral study and develop careers in advanced engineering practice, scientific research, technology development, and university teaching in Civil Engineering and related disciplines.
- Professors:
(1) Assoc Prof. Dr Nguyen Ngoc Thang-Head of Civil and Industrial Construction Division
(1) Assoc Prof. Dr Nguyen Anh Dung
(3) Dr Chu Tuan Long
(4) Dr Ta Van Phan
(5) Dr Nguyen Duy Cuong
(6) Dr Doan Xuan Quy
(7) Dr Nguyen Thi Thanh Thuy
(8) Dr Pham Thu Hien
(9) Dr Bui Si Muoi
(10) Dr Nguyen Van Thang
(11) Assoc Prof. Dr Le Trung Phong
(12) Dr Nguyen Vinh Sang
- Program Syllabus
Semester 1:
Semester 2:
Semester 3:
- Contact:
Assoc Prof. Dr Nguyen Ngoc Thang
Head of Civil and Industrial Construction Division
Phone: +84912640081
Email: [email protected]
Program: Doctor of Philosophy in Civil Engineering
- Introduction:
The Doctor of Philosophy in Civil Engineering program provides advanced and specialized education and research training in Civil Engineering, with a strong emphasis on independent research, innovation, and the development of new scientific and technological knowledge.
The program focuses on advanced and emerging research areas in structural engineering, geotechnical and foundation engineering, construction engineering and technology, building and industrial construction, construction management, digital construction, and sustainable construction. The program integrates advanced engineering theories, computational and experimental methods, scientific methodologies, and interdisciplinary approaches to address complex and emerging problems in Civil Engineering.
Doctoral candidates are trained to formulate significant research problems, critically evaluate existing knowledge, develop appropriate research methodologies, conduct original investigations, and generate new knowledge or innovative solutions that contribute to the advancement of Civil Engineering and construction practice.
- Degree Awarded: Doctor of Philosophy in Civil Engineering (PhD).
- Academic Level: Doctoral / PhD Degree.
- Mode of Study: Full-time.
- Duration: 3 years (6 main semesters).
- Total Graduation Credits: 92 credits for relevant majors, 96 credits for related majors, and 129 credits for doctoral candidates with a bachelor’s degree
- Highlights:
The program is research-oriented and emphasizes the development of independent research capacity, scientific creativity, and the ability to make original contributions to Civil Engineering. The curriculum combines advanced and specialized doctoral courses, research seminars, scientific research, academic discussions, and a doctoral dissertation. Doctoral candidates are encouraged to integrate analytical, numerical, experimental, and field-based approaches to investigate complex engineering problems.
The program provides opportunities for doctoral candidates to apply advanced computational methods, finite element analysis, numerical simulation, experimental techniques, BIM and digital technologies, data analysis, and other advanced research tools. Candidates are also encouraged to publish research findings in reputable national and international scientific journals and present their research at professional and scientific conferences. The program is aligned with the research strengths and development strategy of Thuyloi University and supports the development of highly qualified researchers, academics, technical experts, and scientific leaders in Civil Engineering.
- Objective:
Doctoral graduates are expected to:
- Identify significant and challenging research problems, formulate research questions and hypotheses, and develop appropriate and scientifically rigorous research methodologies.
- Conduct independent and original research using advanced analytical, numerical, experimental, computational, or field-based approaches.
- Generate new scientific knowledge, methodologies, models, technologies, or engineering solutions that make a meaningful contribution to Civil Engineering.
- Communicate and disseminate research outcomes effectively through doctoral dissertations, scientific publications, professional conferences, and other academic and professional channels.
- Apply research findings to address complex engineering problems and contribute to technological innovation, sustainable construction, and the development of the construction industry.
- Provide a foundation for academic leadership, advanced professional practice, scientific research, technology development, and lifelong learning in Civil Engineering and related disciplines.
- Career Prospects:
- Perform advanced structural analysis and design: Apply advanced theories of structural mechanics and modern design methods to analyze and design reinforced concrete, steel, composite, and other structural systems under complex loading and boundary conditions.
- Conduct advanced numerical and computational analysis: Develop and use numerical models, including finite element models, to simulate nonlinear structural behavior, soil–structure interaction, construction stages, failure mechanisms, and other complex engineering phenomena.
- Develop and evaluate advanced construction solutions: Analyze construction technologies, construction sequences, temporary structures, construction risks, quality requirements, and performance of construction systems, with consideration of safety, efficiency, sustainability, and constructability.
- Assess, repair, strengthen, and rehabilitate structures: Evaluate the technical condition and structural performance of existing construction works and develop appropriate solutions for repair, strengthening, rehabilitation, and life-cycle improvement.
- Conduct scientific and applied research: Formulate research problems, develop appropriate analytical, numerical, and experimental methodologies, process and interpret research data, validate results, and communicate research findings in professional and scientific formats.
- Career Opportunities:
Graduates can work as university lecturers, senior researchers, research scientists, technical experts, engineering consultants, R&D specialists, or scientific and technical managers in universities, research institutes, engineering consulting organizations, construction companies, design institutes, technology companies, project management organizations, government agencies, and other institutions involved in construction and infrastructure development.
Graduates are also qualified to lead or participate in advanced research and technology development projects, provide high-level technical consultancy, develop innovative engineering solutions, and contribute to academic, scientific, and technological development in Civil Engineering and related fields.
- Professors:
(1) Assoc Prof. Dr Nguyen Ngoc Thang
(2) Assoc Prof. Dr Nguyen Anh Dung
(3) Dr Chu Tuan Long
(4) Dr Ta Van Phan
(5) Dr Nguyen Duy Cuong
(6) Dr Doan Xuan Quy
(7) Dr Nguyen Thi Thanh Thuy
(8) Dr Pham Thu Hien
(9) Dr Bui Si Muoi
(10) Dr Nguyen Van Thang
(11) Assoc Prof. Dr Le Trung Phong
(12) Dr Nguyen Vinh Sang
(13) Assoc Prof. Dr Nguyen Ngoc Thang
(14) Assoc Prof. Dr Truong Viet Hung
(15) Assoc Prof. Dr Ngo Van Thuyet
(16) Assoc Prof. Dr Vu Hoang Hung
- Program Syllabus
| Contents | PhD Candidates Holding a Master’s Degree | PhD Candidates Holding Only a Good Bachelor’s Degree (in a Relevant Major) | |
| Exact or Relevant Major | Related Major | ||
| Additional and Conversion Courses | 0 | 4 credits | According to the corresponding Master’s Program (37 credits) |
| 02 Doctoral-Level Courses | 2×2 credits | 2×2 credits | 2×2 credits |
| 01 Literature Review Topic | 1×2 credits | 1×2 credits | 1×2 credits |
| 03 Doctoral Research Topics | 3×2 credits | 3×2 credits | 3×2 credits |
| Scientific Research | 2 Scientific Papers (10 credits) | 2 Scientific Papers (10credits) | 2 Scientific Paper (10 credits) |
| Doctoral Dissertation | 70 credits | 70 credits | 70 credits |
| Total | 92 credits | 96 credits | 129 credits |
- Contact:
Assoc Prof. Dr Nguyen Ngoc Thang
Head of Civil and Industrial Construction Division
Phone: +84912640081
Email: [email protected]
Civil Engineering students undertaking their graduation internships at a construction site, June 2010
Civil Engineering students during a field visit to construction sites and manufacturing plants, October 2012
Faculty members of the Department responsible for the Civil Engineering program, November, 2020
Master’s Thematic Research Presentation and Academic Seminar, September, 2024
Civil Engineering students defending their final graduation projects, Junly, 2026
Conferences, International Cooperation, and Academic Seminars in Civil Engineering, September, 2025
Specialized Research Seminar for PhD Candidates in Civil Engineering, April, 2026
Receiving the Associate Professor Certificate and Appointment in Civil Engineering, December, 2025
Other Activities of Faculty and Students in Civil Engineering
Other Activities of Faculty and Students in Civil Engineering
Civil Engineering students during a field visit to construction sites and manufacturing plants, October 2026
