Present-day civil engineering includes the area of environment engineering looking at natural environment such as soil, rivers, and oceans, as well as areas of structure such as material engineering and structural mechanics. In other words, civil engineering is an integrated engineering discipline working with nature which require skills of various professional fields. To foster specialists who can deal with a wide range of engineering fields, students are assigned to laboratories from their first year. They get small-class instruction consistently and achieve a high degree of professionalism. As seniors, students study the most advanced technology of bridgework, roadwork, and dam construction.
Since students can take specialized subjects from their first year, they will be able to enhance the level of their culture as well as achieve a high level of professionalism. In addition, students will learn a proactive approach in civil engineering, well-rounded nature, and cooperativeness which are most necessary qualities in civil-engineering related industry through the personal instruction of professors and upperclassmen in closely supervised settings for four years.Moreover, students will recognize their role as a full member of society as they actively participate in fieldwork and out-of-class activities. These activities contribute to character formation and to the motivation to get various qualifications.
Freshman
Sophomore
Junior
Senior
CE Career Design Seminar I Introduction to Civil Engineering Introduction to Computer Application for Civil Engineering Environmental Surveying A Practice in Environmental Surveying A Structural Mechanics IA Hydaulics IA Earth Science CE Career Design Seminar II Differential Calculus in Civil Engineering Fundamental Ｃivil Engineering Drawing and CAD Structural Mechanics IB Hydaulics IB Elementary Engineering Geology Exercises in Structural Mechanics I Environmental Surveying B Practice in Environmental Surveying B Physics I Chemistry I
CE Career Design Seminar III Integral Calculus in Civil Engineering Structural Mechanics IIA Concrete A Hydaulics IIA Basic Soil Engineering A CE Career Design Seminar IV Summary of Algebra and Geometry Exercises in Computer Programming Structural Mechanics IIB Concrete B Hydaulics IIB Basic Soil Engineering A Exercises in Structural Mechanics II Civil-environmental Engineering Numerical Methods Physics II Physics Laboratory Chemistry II Infrastructure Planning
CE career design seminar V Presentation Training Thesis in Civil Engineering I Applied Analysis Statistical Analysis Space Information Technology Exercise A Statically Indeterminate Reinforced Concrete A Coastal Engineering Applied Soil Engineering A Waterworks and Sewerage Engineering Regional Planning Structure Engineering Experiments Experiments on Concrete Experiments on Soil Exercise in Space Information Technology B Reinforced Concrete B Steel Structural Engineering River Engineering Applied Soil Engineering BA Introduction to Water Treatment Engineering Waste Disposal Engineering Traffic Engineering Energy Engineer Explosion Techniques
Design Training in Civil Engineering Thesis in Civil Engineering II Thesis in Civil Engineering III Management Strategy Research Prestressed Concrete Construction Management Explosion Techniques Road Engineering Experiments of Water Quality and Treatment Experiments of Hydraulics
