2. 강 영 종 교수 사회환경시스템 ( 토목환경공학과 ) (Civil & Environmental Engineering) 사회환경시스템 ( 토목환경공학과 ) (Civil & Environmental Engineering)

3. InfraStructure for Better Civilization and Better Environments InfraStructure for Better Civilization and Better Environments Planning Engineering Constructing Managing Retrofitting Human Welfare What do Engineers do ? Civil

4. What do Civil Engineers do ? Planning

5. What do Civil Engineers do ? Engineering

6. What do Civil Engineers do ? Constructing

7. What do Civil Engineers do ? Managing

8. What do Civil Engineers do ? Retrofitting & Upgrading

9. Difference from Architecture 건축공학과와의 차이 Engineering Design Aesthetic Design Safety Economy CIVIL ARCHITECTURE

10. Sub Categories Bridges Dome Stadium 어떤 분야가 있는가 ?

11. Sub Categories Off Shore Engineering Nuclear Structure

12. Sub Categories Transportation Aero Space & Large Space Structure

13. Sub Categories Life Line Computer-Aided Analysis

14. Sub Categories Dams

15. Sub Categories Hydro Power

16. Sub Categories Underground Structure Foundation

17. Sub Categories Coffer Dam Tunnelling

18. Sub Categories Air Pollution

19. Sub Categories Water Pollution SAVE THE EARTH !!

20. Sub Categories Natural Disaster Prevention Activities

21. World Wide 어떤 분야가 있는가 ? Academic Disciplines

22. World Wide Academic Disciplines

23. Major Academic Sub-Field 사회환경시스템공학의 주분야에는 어떤것들이 있는가 ? Structural Engineering Structural Engineering Geotechnical Engineering Geotechnical Engineering Water Resources Engineering Water Resources Engineering Transportation Engineering Transportation Engineering Construction -Project Management Construction -Project Management Environmental Engineering Environmental Engineering

24. What do we study ? Civil Engineering Materials Water Chemistry Project Management Groundwater and Seepage Geotechnical and Geoenvironmental Engineering Water Containment System Engineering Risk Analysis Environmental Fluid Mechanics Numerical Modeling of Environmental Flows Structural Analysis Theory & Analysis Computer-Aided Engineering Earthquake Resistant Design Structural Reliability Mechanics of Solids Reinforced Concrete Structures Prestressed Concrete Structures Highway Traffic Operation Air Transportation Planning High-tech Building & Industrial Construction Advanced Soil Mechanics Advanced Construction Engineering Construction Engineering & Environmental Enginnering and Science Civil Engineering Materials Water Chemistry Project Management Groundwater and Seepage Geotechnical and Geoenvironmental Engineering Water Containment System Engineering Risk Analysis Environmental Fluid Mechanics Numerical Modeling of Environmental Flows Structural Analysis Theory & Analysis Computer-Aided Engineering Earthquake Resistant Design Structural Reliability Mechanics of Solids Reinforced Concrete Structures Prestressed Concrete Structures Highway Traffic Operation Air Transportation Planning High-tech Building & Industrial Construction Advanced Soil Mechanics Advanced Construction Engineering Construction Engineering & Environmental Enginnering and Science Undergraduate 전공 교과목에는 무엇이 있는가 ?

25. What do we study ? 전공 교과목에는 무엇이 있는가 ? Graduate Structural Analysis Theory and Applications Nonlinear Structural Analysis Finite Element Methods Computer-Aided Engineering Dynamics of Structures Random Vibrations Earthquake-Resistant Design Advanced Earthquake Analysis Structural Reliability Mechanics of Solids Structural Mechanics Computational Mechanics Computational Inelasticity Civil Engineering Materials Concrete Technology Reinforced Concrete Structures Behavior of Reinforced Concrete Prestressed Concrete Structures Design of Steel and Composite Structures Behavior and Plastic Design of Steel Structures Earthquake Hazard Mitigation Structural Analysis Theory and Applications Nonlinear Structural Analysis Finite Element Methods Computer-Aided Engineering Dynamics of Structures Random Vibrations Earthquake-Resistant Design Advanced Earthquake Analysis Structural Reliability Mechanics of Solids Structural Mechanics Computational Mechanics Computational Inelasticity Civil Engineering Materials Concrete Technology Reinforced Concrete Structures Behavior of Reinforced Concrete Prestressed Concrete Structures Design of Steel and Composite Structures Behavior and Plastic Design of Steel Structures Earthquake Hazard Mitigation Pavement Design and Rehabilitation Construction of Harbor, Coastal, and Ocean Structures Asphalt Paving Mixtures Advanced Soil Mechanics Advanced Foundation Engineering Advanced Soil Mechanics Laboratory Numerical Modelling in Geomechanics Environmental Geotechnics Geotechnical Earthquake Engineering Earth Structures Rock Mechanics Engineering Geology Advanced Groundwater Group Research Seminar Topics in Geotechnical Engineering Geotechnical Society Seminar Pavement Design and Rehabilitation Construction of Harbor, Coastal, and Ocean Structures Asphalt Paving Mixtures Advanced Soil Mechanics Advanced Foundation Engineering Advanced Soil Mechanics Laboratory Numerical Modelling in Geomechanics Environmental Geotechnics Geotechnical Earthquake Engineering Earth Structures Rock Mechanics Engineering Geology Advanced Groundwater Group Research Seminar Topics in Geotechnical Engineering Geotechnical Society Seminar Air Quality: Air Quality Engineering Air Pollutant Dynamics Air Pollution Modeling Environmental Fluid Mechanics: Environmental Fluid Mechanics Coastal Mechanics Physical Oceanography Hydrology Surface Water Hydrology Advanced Groundwter Water Quality: Water Treatment Engineering Wastewater Treatment Engineering Environmental Chemical Kinetics Air Quality: Air Quality Engineering Air Pollutant Dynamics Air Pollution Modeling Environmental Fluid Mechanics: Environmental Fluid Mechanics Coastal Mechanics Physical Oceanography Hydrology Surface Water Hydrology Advanced Groundwter Water Quality: Water Treatment Engineering Wastewater Treatment Engineering Environmental Chemical Kinetics Environmental Microbiology Chemistry of Waters Water Chemistry Laboratory Environmental Organic Chemistry Environmental Organic Chemistry Laboratory Solid and Hazardous Waste Disposal Water Treatment Engineering Aquatic Chemistry Hazardous and Industrial Waste Treatment Contaminant Transport Processes Transport in Porous Media Field Characterization of Subsurface Fluid Flow Systems Numerical Methods for Analyzing Fluid Flow in Soil and Rock Environmental Microbiology Chemistry of Waters Water Chemistry Laboratory Environmental Organic Chemistry Environmental Organic Chemistry Laboratory Solid and Hazardous Waste Disposal Water Treatment Engineering Aquatic Chemistry Hazardous and Industrial Waste Treatment Contaminant Transport Processes Transport in Porous Media Field Characterization of Subsurface Fluid Flow Systems Numerical Methods for Analyzing Fluid Flow in Soil and Rock

26. What do we do after Graduation ? 우리의 진로는 ? Graduation Construction Company Construction Company Government Engineering Design Company Engineering Design Company Electricity Chemical Military Etc. Electricity Chemical Military Etc. Graduate School College Construction Company Construction Company Government Engineering Design Company Engineering Design Company Research Institute Research Institute

27. 우리 나라에서의 사회환경시스템 공학의 현재 20% 내외 ( 약 100 조 /year)  건교부 : 16 조 888 억원 /118.4 조 (2004) ( 전년대 비 6.6% 감소 )  행자부 : 일반 – 15 조 578 억 특별 – 5 조 669 억  기타정부부처  지자체 자체예산  민간자본  해외시장 20% 내외 ( 약 100 조 /year)  건교부 : 16 조 888 억원 /118.4 조 (2004) ( 전년대 비 6.6% 감소 )  행자부 : 일반 – 15 조 578 억 특별 – 5 조 669 억  기타정부부처  지자체 자체예산  민간자본  해외시장 GDP 대비 공과 대학내 타분야 대비 미국 : 정원 개념이 없슴 Civil Eng. : 23% Mechanical Eng. : 25% Electronic Eng. : 30% Chemical Eng. : 7% 우리나라의 경우 10% 이하 비교비교 78%

28. 미래 한국에서의 역할 1. Unification 2. Globalization  New Transportation Network  Asia Highway System  Siberia Railway System  한 · 일 해저 tunnel  통일 국토개발 및 환경 Project

29. 통일 한국의 건설 경수로 사업 지원 원전부두조성 통일 한국

30. Future Engineering Aesthetics Sustainable Development! 미래의 사회환경시스템공학 Environmentally Sound