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ACEE 319-00 환경공학2(Environmental Engineering 2)
 
    The main objective of this course is to teach fundamental principles of unit operations and
processes in environmental engineering, primarily water and wastewater treatment.
     
ACEE 320-00 상하수도공학(물환경플랜트공학)
(Water and Wastewater Treatment Processes and Plant Design)
 
    To teach basic concepts of unit operations commonly used in water treatment. To teach
design of conventional and advanced water treatment plants.
     
ACEE 349-00 환경공학2실험(Environmental Engineering 2 Laboratory Experiments)
 
    Environmental Engineering Laboratory course is designed to help students better
understand basic principles of environmental engineering
     
ACEE 434-00 환경시스템 설계 및 관리(Design and Control of Environmental Engineering Systems)
 
    The main objective of this course is to introduce a variety of environmental engineering
systems and to teach the basics of their design, operation and management
     
 
    The objective of this course is to introduce the students to basic principles of aquatic
chemistry and their applications in environmental engineering such as water and
wastewater treatment. Specifically, thermodynamic analysis of acid-Base, Precipitation-Dissolution, Complexation, and Oxidation-Reduction reactions will be presented using aqueous systems
that are common to water, wastewater and natural environments
     
 
    The objective of this course is to introduce the students to basic and advanced concepts
of engineering mathematics including Ordinary Differential Equations,Vector Calculus,
and Partial Differential Equations, with an emphasis of their applications in Civil and
Environmental Engineering
     
 
    According as human's industry develops, quality of life is impoved. Together, request for
environment rose. This course is to occurrence present condition of environmental pollution,
environmental pollution prevention and treatment processes. Also, discuss about
environment moral principle, various international environment agreement, strategy for
development that can continue
     
 
    신입생들에게 고려대학교에 대한 긍지를 심어주고 대학생활이 즐겁고 흥미로우며 성공적이 되도록
유도하며, 나아가서 학문에 대한 호기심을 자극하여 전공 선택에 도움을 준다. 특히 (건축)사회환경
시스템공학의 구체적인 소개와 이들 공학 분야가 실제 산업에서 어떻게 응용되고 있는가를 살펴본다.
또한, 진로와 관련하여 진출분야 및 역할을 소개하고 미래의 발전경향에 대한 정보를 제공한다.
현장답사 및 초청강연을 통해 전공분야를 직접 체험해보고, (건축)사회환경시스템공학의 중요성을
인식시키고자 한다
     
 
    The objective of this course is to introduce the students to basic principles of aquatic chemistry
and their applications in environmental engineering (e.g. water and wastewater treatment)
     
 
    Basic principles of fluid mechanics and their applications in hydraulic engineering: pipe flow,
open channel flow, pumps, and fluid measurements. Emphasis will be placed on practical
engineering design problems for hydraulic systems
     
 
    Fundamental principles of fluid mechanics and their applications in hydraulic engineering:
Fluid Properties, Hydrostatics, Continuity, Energy, Momentum, and Dimensional Analysis
     
 
    To teach design of unit operations commonly used in water treatment plants.
To teach design of common water treatment plants
     
 
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