Civil Engineering

The Civil Engineering undergraduate program at Kobe University offers students a comprehensive education grounded in the fundamental sciences and engineering principles necessary for designing, constructing, and maintaining the infrastructure that supports modern society. This program seeks to cultivate skilled engineers who can contribute to sustainable urban development, transportation systems, water resources management, environmental protection, and disaster mitigation. Established within a university renowned for its academic excellence and innovative research, the Civil Engineering course integrates theoretical knowledge with practical skills through rigorous coursework, laboratory experiments, and fieldwork opportunities. Students will study core subjects such as mechanics, structural analysis, geotechnical engineering, fluid dynamics, and materials science, complemented by specialized electives that cover contemporary topics including sustainable construction, smart infrastructure, and environmental impact assessment. The program emphasizes the importance of ethical responsibility and environmental awareness, encouraging students to develop solutions that are both technically effective and socially responsible. Collaboration with industry partners and participation in internships enable students to gain real-world experience and build professional networks. Faculty members are active researchers and practitioners dedicated to advancing the field through innovative projects and publications. Upon graduation, students are equipped with the knowledge and skills necessary to pursue careers in civil engineering consultancy, construction management, urban planning, or postgraduate studies. The Kobe University Civil Engineering program aims to foster leaders who can address complex engineering challenges and contribute to building resilient, efficient, and sustainable communities both domestically and internationally.

• Urban Environment Management
• Management of River Catchment
• Environmental Limnology
• Advanced Science and Technology I, Ⅱ
• Advanced Lecture I
• Advanced Hydraulics
• Transport System Engineering
• Regional Economics System Analysis
• English for Civil Engineering
• Advanced Lecture I
• Advanced Soil Mechanics I
• Advanced Bridge Engineering
• Environmental Geotechnics
• Advanced Course in Ground Disaster Prevention I
• Urban Environment Management
• Advanced Course in Foundation Engineering
• Advanced Course in Ground Disaster Prevention II
• Hydraulic System of River Basins
• Environment and Disaster Prevention in Coastal Zone
• Decision Theory under Uncertainty
• Regional Economics System Analysis
• Advanced Rock Mechanics
• Urban Environment Management
• Advanced Applied Math.IV
• Advanced Geomaterial Mechanics
• Advanced Soil Mechanics I
• Advanced Course in Ground Disaster Prevention I
• Management of River Catchment
• Advanced Rock Mechanics
• Advanced Bridge Engineering
• Environmental Limnology
• Advanced Urban Environmental Planning
• Advanced Concrete Engineering
• Advanced Mechanics of Fluid Flows
• Advanced Applied Math.III
• Advanced Course in Foundation Engineering
• Advanced Hydraulics
• Advanced Mechanics of Structural Concrete
• Hydraulic System of River Basins
• Environment and Disaster Prevention in Coastal Zone
• Transport System Engineering
• Regional Economics System Analysis
• Advanced Rock Mechanics
• Advanced Course in Ground Disaster Prevention I
• Earthquake Engineering
• Hydraulic System of River Basins
• Advanced Soil Mechanics II
• Advanced Geomaterial Mechanics
• Advanced Soil Mechanics I
• Management of River Catchment
• Environmental Geotechnics
• Computational Mechanics I, Ⅱ
• Advanced Concrete Engineering
• Advanced Course in Foundation Engineering
• Advanced Course in Ground Disaster Prevention II
• Computational Mechanics III
• Decision Theory under Uncertainty
• Environmental Geotechnics
• Advanced Bridge Engineering
• Computational Mechanics I, Ⅱ
• Environmental Limnology
• Advanced Science and Technology I, Ⅱ
• Advanced Urban Environmental Planning
• Advanced Concrete Engineering
• Advanced Course in Ground Disaster Prevention II
• Computational Mechanics III
• Decision Theory under Uncertainty
• Computational Mechanics I, Ⅱ
• Earthquake Engineering
• Computational Mechanics III
• Advanced Hydraulics
• Advanced Mechanics of Structural Concrete
• Transport System Engineering
• Advanced Science and Technology I, Ⅱ
• Advanced Mechanics of Fluid Flows
• Advanced Soil Mechanics II
• Advanced Mechanics of Structural Concrete
• Advanced Science and Technology I, Ⅱ
• Special Subject Exercise
• Master's Thesis

Scholarships

• Japanese Government Scholarship ("Monbukagakusho" Scholarship)

The Civil Engineering program at Kobe University offers a comprehensive curriculum aimed at developing students' knowledge and skills in designing, analyzing, and constructing infrastructure projects vital to modern society. Emphasizing both theoretical understanding and practical application, the program covers core areas such as structural engineering, geotechnical engineering, transportation engineering, water resources engineering, environmental engineering, and construction management. Students are encouraged to engage in hands-on learning through laboratory experiments, fieldwork, and internships, fostering a deep understanding of real-world challenges faced by civil engineers.

The faculty comprises experienced academics and industry professionals dedicated to advancing research and innovation in civil engineering fields. Students have access to state-of-the-art laboratories and research facilities, enabling them to undertake projects that contribute to sustainable development and resilient infrastructure. The program integrates interdisciplinary approaches, combining engineering principles with environmental considerations, urban planning, and technological advancements such as smart materials and construction automation.

Kobe University places a strong emphasis on global perspectives, encouraging students to participate in international exchange programs and collaborative research projects. Graduates from the Civil Engineering program are well-prepared to pursue careers in construction firms, consulting agencies, public sector organizations, and research institutions. Many alumni contribute to infrastructure development not only in Japan but also internationally, addressing societal needs with innovative engineering solutions.

The program curriculum is periodically reviewed to incorporate emerging trends, regulatory standards, and environmental concerns, ensuring that students receive current and relevant education. English-taught courses are available to support international students and to facilitate global cooperation in engineering projects. Overall, Kobe University’s Civil Engineering program aims to produce competent, responsible, and innovative civil engineers capable of contributing positively to society and the environment.