Civil and Environmental Engineering

Degree Programme in Civil and Environmental Engineering at Nagoya University

The Civil and Environmental Engineering programme at Nagoya University offers students a comprehensive education in the fundamental principles and advanced technologies related to the design, construction, and maintenance of infrastructure and environmental systems. This programme aims to equip students with the analytical, technical, and problem-solving skills necessary to address the complex challenges faced by modern societies in urban development, transportation, water management, disaster prevention, and sustainable environmental practices.

Students in this programme gain a solid foundation in mechanics, materials science, structural analysis, fluid dynamics, and geotechnical engineering, preparing them for careers in infrastructure development, construction management, environmental protection, and research. The curriculum integrates theoretical coursework with practical training, including laboratory experiments, fieldwork, and collaborative projects with industry partners. Emphasis is placed on applying engineering principles to real-world problems, promoting innovation, and fostering sustainable solutions.

Furthermore, the programme encourages international collaboration and exchange, providing students with opportunities to participate in global research initiatives and to understand diverse environmental and infrastructural challenges across different regions. Faculty members are renowned experts in their fields, actively engaged in research that addresses current issues such as climate change resilience, urbanization, and resource conservation.

Graduates of the Civil and Environmental Engineering programme are well-prepared to pursue careers in engineering practice, academia, or policy-making, contributing to the development of resilient, sustainable, and environmentally responsible infrastructure. They may also continue their studies at the graduate level to specialize further in areas such as earthquake engineering, environmental management, or transportation systems. Overall, this programme combines rigorous academic training with practical experience, aiming to cultivate innovative engineers capable of leading the advancement of society's infrastructure and environmental well-being.

Basic Courses

• Frontier in Civil Engineering
• Civil Engineering and Policies for Developing Countries Ⅰ
• Civil Engineering and Policies for Developing Countries II
• English Communication in Environmental Issues
• Sustainability and Environmental Studies

Core major courses

• Seminar on Structural Engineering 1A
• Seminar on Structural Engineering 1B
• Seminar on Structural Engineering 1C
• Seminar on Structural Engineering 1D
• Seminar on Materials and Structural Design 1A
• Seminar on Materials and Structural Design 1B
• Seminar on Materials and Structural Design 1C
• Seminar on Materials and Structural Design 1D
• Seminar on Conservation Engineering of River Basins 1A
• Seminar on Conservation Engineering of River Basins 1B
• Seminar on Conservation Engineering of River Basins 1C
• Seminar on Conservation Engineering of River Basins 1D
• Seminar on Coastal and Maritime Engineering 1A
• Seminar on Coastal and Maritime Engineering 1B
• Seminar on Coastal and Maritime Engineering 1C
• Seminar on Coastal and Maritime Engineering 1D
• Seminar on Geomaterial Engineering1A
• Seminar on Geomaterial Engineering1B
• Seminar on Geomaterial Engineering1C
• Seminar on Geomaterial Engineering1D
• Seminar on Disaster Prevention and Safety Engineering 1A
• Seminar on Disaster Prevention and Safety Engineering 1B
• Seminar on Disaster Prevention and Safety Engineering 1C
• Seminar on Disaster Prevention and Safety Engineering 1D
• Seminar on Maintenance of Civil Structures 1A
• Seminar on Maintenance of Civil Structures 1B
• Seminar on Maintenance of Civil Structures 1C
• Seminar on Maintenance of Civil Structures 1D
• Land Design Seminar 1A
• Land Design Seminar 1B
• Land Design Seminar 1C
• Land Design Seminar 1D
• Seminar on Conservation of Geoenvironment 1A
• Seminar on Conservation of Geoenvironment 1B
• Seminar on Conservation of Geoenvironment 1C
• Seminar on Conservation of Geoenvironment 1D
• Global Environmental Cooperation Seminar1A
• Global Environmental Cooperation Seminar1B
• Global Environmental Cooperation Seminar1C
• Global Environmental Cooperation Seminar1D
• Seminar on Environmental Ecology System1A
• Seminar on Environmental Ecology System1B
• Seminar on Environmental Ecology System1C
• Seminar on Environmental Ecology System1D
• Advanced Course in Lifecycle Design of Civil Structures
• Advanced Fluvial and Coastal Hydrodynamics
• Advanced Geotechnical Engineering
• Advanced Infrastructure Planning
• Low Carbon Cities Studies
• Advanced Numerical Analysis
• Advanced Steel Structures
• Advanced Concrete Structures
• Advanced Theory of River Basin Management
• Advanced Mechanics of Geomaterials
• Advanced Traffic Engineering and Management
• Advanced Urban Planning
• Conservation and Ecotoxicology of Soil and Water
• Environmental System Analysis and Planning
• Advanced Continuum Mechanics
• Water and Waste Management Policies
• Advanced Structural Mechanics
• Advanced Coastal and Offshore Engineering
• Advanced Soil Dynamics
• Advanced Social System Informatics
• Water and Waste Engineering
• Climate Change Policies
• Environmental Industry Systems
• Transportation Systems Analysis 
• Exercise in Inspection of Civil Structures
• Advanced Work in Hydro-morphologic Processes
• Advanced Work in Planning Methods
• Advanced Work in Structural Mechanics
• Advanced Work in Coastal and Offshore Engineering
• Advanced Work in Soil Mechanics and Geotechnical Engineering
• Exercise on Conservation and Ecotoxicology of Soil and Water
• Practice in Environmental Systems Analysis and Planning
• Global Research Internship 1
• Introduction to Academic Communication
• Advanced Lectures on Scientific English

• TOEFL: minimum score of 80 iBT; 550 PBT
• IELTS: minimum band score of 6 
• Application fee: JPY 5,000
• Payment of the registration fee (JPY 282,000)
• Application Form
• Bachelor's Degree Diploma (or Prospective Bachelor's Degree Diploma) from Your University (Original Copy)
• Academic Transcript for Undergraduate Education (Original Copy)
• Certified Score Report of the GRE
• Research Proposal
• Two Letters of Reference (Original Copies)
• Summary of Undergraduate Graduation Research
• Major Publications
• Documents Showing Other Strengths
• Document Validating Your Nationality and Residence Status
• Japanese Government (Ministry of Education, Culture, Sports, Science and Technology) Scholarship Application Form

Scholarships

• Japanese Government (Ministry of Education, Culture, Sports, Science and Technology) Scholarship

The Civil and Environmental Engineering program at Nagoya University is a comprehensive academic course designed to provide students with a deep understanding of the fundamental principles and applied aspects of civil engineering and environmental management. The program aims to equip students with the technical knowledge and practical skills necessary to address modern infrastructure challenges, including sustainable development, natural resource management, and urban planning. Students enrolled in this program gain exposure to a wide range of subjects, including structural engineering, geotechnical engineering, transportation systems, water resources management, environmental engineering, and construction technology. The curriculum emphasizes both theoretical foundations and practical applications, often incorporating laboratory work, field studies, and project-based learning to enhance students' problem-solving abilities.

Research opportunities are a significant part of the Civil and Environmental Engineering program at Nagoya University. Students can participate in pioneering research projects working alongside faculty members who are recognized experts in their fields. The university maintains state-of-the-art laboratories and research facilities that support experimental studies in areas such as seismic resilience, hydraulic engineering, environmental pollution control, and sustainable construction practices. The interdisciplinary nature of the program encourages collaboration with other departments and external organizations, fostering innovative approaches to complex engineering problems.

International collaboration is another integral aspect of the program. Nagoya University has partnerships with universities and research institutions worldwide, enabling students to participate in exchange programs, joint research projects, and international conferences. This global perspective prepares graduates for careers in multinational corporations, government agencies, and consulting firms involved in civil infrastructure projects and environmental stewardship.

Graduates of the Civil and Environmental Engineering program are well-prepared for careers in designing, constructing, and maintaining essential infrastructure such as bridges, buildings, transportation systems, water supply networks, and waste management facilities. Many alumni advance to positions in academia, research institutes, governmental organizations, or start their own consulting firms. The program emphasizes sustainable development and resilience, addressing the increasing need for environmentally compatible and disaster-resistant infrastructure in a changing climate.

Admission requirements typically include a strong foundation in mathematics and sciences, relevant standardized test scores, and proficiency in English or Japanese, depending on the specific admission pathway. The program is delivered in English and Japanese, promoting a multicultural learning environment. Students are encouraged to develop not only technical competence but also leadership, communication, and teamwork skills, enabling them to contribute effectively to society's infrastructure and environmental needs.

The Civil and Environmental Engineering program at Nagoya University is committed to fostering innovative engineers who will play vital roles in shaping resilient, sustainable communities. Through rigorous coursework, research opportunities, and international engagement, students are prepared to meet the challenges of today and contribute to solving tomorrow’s infrastructure and environmental issues, making a positive impact on society at large.