강의소개

환경계획·설계(매 1학기)

환경계획·설계는 환경대학원 석사과정 필수과목으로서(타전공 수강 가능) 환경대학원에서 다루는 도시 및 환경 관련 응용분야를 전반적으로 파악하고 팀별로 융복합 프로젝트를 수행하게 됩니다. 수업은 환경대학원 교수 및 외부강사를 초빙하여 연강으로 진행하며 프로젝트 대상지는 시의적절하게 변경됩니다.


International Development Workshop on Urban and Regional Environment (Every Fall)

This course begins with discussions on how international development theories differ and how they influence development institutions, policies and programs. Each student will develop an individual project throughout the semester to the level to which it is "publishable" in a refereed journal. For this workshop course, extensive student participation is expected. The topic for the semester is: Resilient and Inclusive Historic Preservation. All course readings as selected to better address this are available on eTL.


Seminar in Urban and Environmental Policy (Fall 2015)

General framework for analyzing urban and environmental issues; concepts and techniques for managing urban and environmental systems in the context of urban planning and policy; course objectives: (1) to examine the influence of human activity on the environment, (2) to explore regulatory, economic, and managerial mechanisms available to planners, and (3) to examine the benefits and costs of these mechanisms as tools for improving urban and environmental quality


Sustainable Transportation (Fall 2015)

This course focuses on discussions on the relationship among the built and natural environments, transportation, and public health. It includes lectures, movies, field trips, invited speeches, assignments, quizzes and exams, and a research paper.


관악모둠강좌: 서울(매 1학기)

학부생을 대상으로 하는 본 교과는 대한민국의 수도이자 서울대학교가 소재한 서울특별시에 대해 체계적으로 이해하는 것을 목적으로 합니다. 주요 목표는 도시연구에 필요한 학문 간 융복합적 분석을 통해 서울의 바람직한 모습을 발견하는 것이며 수강생들은 발표수업 및 특강, 그리고 정책사례(도시계획, 주택, 교통, 도시철도, 상수도, 환경, 전자정부)를 분석하는 조별프로젝트를 통해 학제적 사고력을 배양하게 됩니다.


Spatial Research Methods in Environmental Planning (Every Spring)

This course is designed to learn and apply fundamental to up-to-date quantitative methods used for spatially integrative analysis in such disciplines as urban planning, transportation studies, environmental management, and landscape architecture. By the end of the semester, students should be able to (1) know the appropriateness of a quantitative method for a certain application, (2) comfortably use (statistical and GIS) software packages relevant to quantitative methods for spatially integrative analysis, (3) critically examine quantitative methods used in peer-reviewed papers, and (4) endeavor to seek more information on any type of method used by researchers. No prerequisites are needed, but it is assumed that students have some prior knowledge of introductory statistics.