The lecture focuses on fundamental theories, analytical methods and prediction and actual behavior of engineering design for transportation structures. The course covers the planning, survey, construction, construction management and maintenance management of the structure. Recent topics on the planning, theory, analysis, construction, and quality control and assurance are also presented. The site visit provides an opportunity to see actual construction of transportation structure, such as railway and highway, to study the application of theory and engineering design in the actual structures.
Students will learn fundamental theories and analytical methods on planning, survey, design, construction, construction management and maintenance management for transportation structures. By the end of the course, students will be able to explain:
(1) Engineering design regarding planning, survey and design in civil engineering planning,
(2) Engineering design regarding planning, survey, design, construction, construction management and maintenance management in civil engineering materials,
(3) Engineering design regarding planning, survey, design, construction, construction management and maintenance management in civil engineering structures,
(4) Engineering design regarding planning, survey, design, construction, construction management and maintenance management in geoengineering structures.
Planning, Survey, Design, Construction, Construction management, maintenance management, airport and port facilities
✔ Specialist skills | ✔ Intercultural skills | Communication skills | Critical thinking skills | Practical and/or problem-solving skills |
The instructor will mainly give lectures.
Course schedule | Required learning | |
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Class 1 | Introduction - Planning, design, construction, construction management and maintenance management in port and airport infrastructures | Explain engineering design in port and airport infrastructures |
Class 2 | Engineering design in civil engineering materials - Fundamental theory | Explain the theories of servey, design, construction, construction control and maintanance management in engineering materials |
Class 3 | Engineering design in civil engineering materials - Theory and actual behavior | Explain the theories and practice of servey, design, construction, construction control and maintanance management in engineering materials |
Class 4 | Engineering design in civil engineering structures - Fundamental theory | Explain the theories of servey, design, construction, construction control and maintanance management in engineering structures |
Class 5 | Engineering design in civil engineering structures - Theory and actual behavior | Explain the theories and practice of servey, design, construction, construction control and maintanance management in engineering structures |
Class 6 | Engineering design in geoengineering structures, 1 - Fundamental theory | Explain the theories of servey, design, construction, construction control and maintanance management in geoengineering structures |
Class 7 | Engineering design in geoengineering structures, 1 - Theory and actual behavior | Explain the theories and practice of servey, design, construction, construction control and maintanance management in geoengineering structures |
Class 8 | Engineering design in geoengineering structures, 2 - Fundamental theory | Explain the theories of servey, design, construction, construction control and maintanance management in geoengineering structures |
Class 9 | Engineering design in geoengineering structures, 2 - Theory and actual behavior | Explain the theories and practice of servey, design, construction, construction control and maintanance management in geoengineering structures |
Class 10 | Engineering design in civil engineering and transportation planning - Fundamental theory | Explain the theories of servey and plan in transportation planning |
Class 11 | Engineering design in civil engineering and transportation planning - Theory and actual behavior | Explain the theories and practice of servey and plan in transportation planning |
Class 12 | Site visit | Visit practical infrastructure for engineering design |
Class 13 | Site visit | Visit practical infrastructure for engineering design |
Class 14 | Seminar | Study the application of engineering design to port and airport infrastructures |
Class 15 | Students' presentation and discussion | Present the study on the application of engineering design to port and airport infrastructures |
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The fundamental theory and its application of the planning, survey, construction, construction management and maintenance management of the port and airport infrastructure facilities will be evaluated by the report (50%) and student presentation (50%).
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