Department of Civil and Environmental Engineering

Development Characteristics
The department focuses on four major areas: (1) new technologies for natural disaster prevention, (2) environmental conservation, (3) green engineering, and (4) system engineering. The primary goal of the department is to educate students in the principles and methods essential to the practice and advancement of civil and environmental engineering. We also strive to lay the future path for this combined discipline. By continually developing new knowledge and fostering intelligent use of limited resources, our students will become successful practitioners, innovators, and leaders to build a high quality society.
■ Department Direction and Research Focus
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Development Direction |
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Civil Engineering |
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Environmental Engineering |
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Related Laboratory |
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New Technologies for
Natural Disaster
Prevention |
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Automatic Structural Health
Monitoring and Diagnosis |
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Seismic Engineering |
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Vibration Orevention Technology |
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Noise Prevention and Control
Technology |
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Structural Model Testing Laboratory |
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Structure Analysis Laboratory |
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Structural Health Monitoring And
Inspection Laboratory |
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Environmental
Conservation |
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Pollution Control at
Construction Sites |
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Pollution Control, Site Remediation |
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Ecological Engineering |
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Pollutant Transport and Fate |
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Environmental Impact Assessment |
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Soil Protection and Remediation Laboratory |
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Groundwater Protection
and Remediation Laboratory |
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Ecological Engineering Laboratory |
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Aerosol and Air Toxics Laboratory |
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Green
Engineering |
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Novel Green Material Application |
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Application and Innovation of
Renewable Materials |
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Waste Management |
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Pollution Prevention |
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Engineering Materials Laboratory |
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Precision Instruments Laboratory |
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Energy and Material Recovery Laboratory |
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System
Engineering |
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Computer Aided Engineering
and Management (CMIS)
Development and Applications |
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Environmental System Analysis |
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3S (GIS/GPS/RS) Technology in
Environmental Planning and
Application |
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Environmental Decision System |
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Virtual Laboratory |
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Environmental and Informatics Laboratory |
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Goals
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To provide students with a solid foundation in both civil and environmental engineering that enables them to pursue an advanced degree and to enter the professional practice of engineering upon graduation.
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To implement government’s overall industrial goals and policies and develop innovative technologies in researching society’s needs.
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To educate students with engineering ethics, effective verbal and writing ability, global vision, teamwork, and life-long learning ability.
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Postgraduate Opportunities
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Advanced Degree Study |
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Graduates may pursue an advanced degree in civil engineering, construction engineering, applied mechanics, environmental engineering (management), and environmental safety health, etc. |
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Career Opportunities |
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Students have a broad array of options available upon graduation. They can work in government, private sectors, engineering consulting, construction, technical agencies, and non-profit research foundations. They can serve as design and plan engineers, environmental analysts, engineering technology researchers, and licensed engineers (structural engineering, civil engineering, environmental engineering, etc.). |
Future Outlook
The department is known as the first one to uniquely integrate the specialized fields of civil and environmental engineering in Taiwan. There are thirteen faculty members with excellent credentials from leading institutions around the world. Integral and interdisciplinary collaborations are highly recommended in the department. As a young and energetic department, it is believed that the department will become one of the leading institutes among the filed of civil and environmental engineering. Our students are expected to become successful practitioners, innovators, and leaders in serving the needs of a complex society in Taiwan.
Courses Offered
■ Compulsory Courses
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Freshman |
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Sophomore |
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Junior |
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► Calculus (1)(2)
► General Chemistry
► General Physics
► Engineering Statistics
► Introduction to Civil andEnvironmental Engineering
► Engineering Mechanics
► Introduction to Computer andProgramming
► Computer Graphics |
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► Engineering Mathematic (1)(2)
► Fluid Mechanics
► Soil Mechanics
► Environmental Analyses andExperiments (1)(2)
► Civil Engineering Experiment (1)
► Mechanics of Materials
► Engineering Materials |
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► Civil Engineering Experiment (2) |
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■ Elective Courses
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Freshman |
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Sophomore |
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Junior |
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Senior |
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Master |
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General Physics Labs |
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Environmental Chemistry |
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General Chemistry
Experiment |
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Campus and University |
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Computer Application |
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Engineering Surveying |
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Introduction to
Environmental Design |
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Environmental
Engineering Process |
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Hydrology |
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Noise and Vibration
Control |
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Groundwater |
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Air Pollution and
Control |
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Reinforced Concrete Design |
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Structural Analysis |
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Water Supply
Engineering |
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Engineering and
Environmental Geology |
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Foundation Engineering |
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Engineering Mathematic (3) |
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Solid Waste Treatment and
Management |
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Construction Management |
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Environmental Microbiology |
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Construction Code Analysis |
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Instrumental Analysis |
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Subsurface Environment
Pollution Control |
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Project Study (1)(2) |
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Structural Steel Design |
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Analytical Chemistry |
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Sewerage Engineering |
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Soil and Groundwater
Remediation |
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Elasticity |
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Nondestructive Testing |
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Advanced Soil Mechanics |
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Structure Dynamics |
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Environmental System Analysis |
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The Air Pollution Control Designs |
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Advanced Engineering Geology |
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Environmental Planning and
Management |
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Professional Practice in Civil and Environmental Engineering |
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Construction Information System |
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Theory of Plasticity |
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Indoor Air Quality |
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Structural Health Monitoring and Testing |
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Wind Engineering |
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The Earthquake and Disaster
Prevention Engineering |
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Seminar |
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Environmental Biological
Processes |
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Theory of Plasticity |
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Finite Element Method |
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Environmental Nanotechnology |
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Structural Health Monitoring
and Testing |
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Wind Engineering |
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The Earthquake and Disaster
Prevention Engineering |
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The wastes transaction system design |
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Principles of physicochemical
processes in Environmental
Engineering |
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Environmental System Analysis |
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The air pollution control
designs |
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Remarks: |
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Minimum number of credits for graduation: 146 |
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Minimum number of credits for Master graduation: 30 |
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