Students will learn about the historical evolution of water use and development and analyze the challenges faced by modern water management systems. The course will cover key topics such as drought and flood management, water supply, water quality and sanitation, water-energy nexus, water governance and water(environment) equity, etc.

This course will explore the current issues in environmental policy and look at Korea's policy responses related to the issue. You are expected to read the material or watch the video assigned for each class described in syllabus and arrive at class having thought about the issue and prepared to discuss them

This course explores global environmental issues and the responses of countries and international organizations, with a focus on stakeholder perspectives and dynamics across sectors.

This course aims to analyze various options for developing carbon-neutral cities by comprehensively examining multi-dimensional factors, including socio-economic shifts, climate change, technological advancements, and social acceptance. Students will learn to model future scenarios and evaluate the impacts and effectiveness of applying specific technologies to spatial planning and carbon-neutral urban management.

This course focuses on understanding redox reactions, corrosion processes, and their applications in reducing water pollution and extending material lifespan. It also includes field visits, expert seminars, and presentations to enhance understanding of carbon-neutral technologies in water industries.

Learning fundamentals of numerical methods. 2. Learning how to apply MS-Excel/Matlab to numerical probelms. 3. Learning how to utilize numerical methos in modeling a environmental process.

This course explores the strategies and policies driving the transition to carbon neutrality, with a focus on climate change, global response efforts, and sector-specific technologies in energy, industry, and transportation, as well as stakeholder dynamics in major economies.

This course aims to develop analytical skills in spatial data analysis. It covers fundamental spatial statistical techniques based on different data types—such as point patterns, areal data, spatial interaction, and geostatistical data—along with advanced spatial statistical methods.

This course focuses on spatial analysis and econometric modeling for urban and regional planning, providing the foundation for developing spatial models in urban research.

This course explores climate change, sustainability, and environmental planning from an urban policy perspective, with a focus on equity and justice in urban contexts.

This course explores ESG as a key trend in business education, focusing on its integration into marketing and its impact on sustainability-driven value creation.

This course covers the fundamentals of the climate system, greenhouse gas mechanisms, and the impact of human activities on climate change in urban contexts.

This course focuses on key climate change issues, exploring policy approaches to climate crisis adaptation and mitigation, as well as strategies for developing carbon-neutral cities.

This course examines issues related to carbon pricing mechanisms and international carbon markets.

This course covers chemical processes in aquatic systems, including water treatment, redox and corrosion reactions, and their applications in pollution reduction and greenhouse gas mitigation.

This course explores global climate change responses, sectoral carbon neutrality policies and technologies, and the dynamic interactions shaping the energy transition.

This course focuses on spatial statistical methods for analyzing environmental data, including sustainability indicator estimation.

This course focuses on developing interdisciplinary approaches to urban issues in the context of the Fourth Industrial Revolution and sustainable urban development.

This course explores urban growth management and sustainable development, focusing on urban growth and decline, spatial structure, regional balance, and interregional dynamics, with implications for reducing urban greenhouse gas emissions.

This course explores urban and regional planning issues in the era of the Fourth Industrial Revolution and develops research skills using statistical methods and analytical models.

This course focuses on GIS and spatial analysis for urban planning, covering practical applications and analytical methods.

This course covers economic theories of urban development and builds analytical skills for addressing urban issues and policy.

This course focuses on business model design and innovation, integrating technology and market knowledge while strengthening entrepreneurial and global competencies.

This course focuses on NDC-based project development, including country selection, mitigation strategy analysis, and evaluation of key external factors.

This course focuses on sustainable water management, including nature-based solutions, water cycle restoration, and clean water strategies in developing countries.

This course focuses on statistical and machine learning methods for spatial big data, including applications in carbon emission analysis.

This course examines geographic phenomena using fundamental spatial analysis methods.

This course focuses on big data analysis and statistical methods for urban studies, including programming, quantitative research, and applied analysis.

This course focuses on spatiotemporal data analysis in urban systems, covering data utilization, modeling, and practical applications.

This course explores the transition toward carbon-neutral urban planning and develops research planning skills through literature review.

This course examines the Water–Energy–Food (WEF) Nexus and strategies for optimizing resource systems across water, energy, and food sectors.

This course focuses on advanced wastewater treatment technologies, including process modeling and the treatment of emerging and persistent pollutants.

This course explores stakeholder capitalism and ESG-driven value creation in marketing, along with related strategic management perspectives.

This course covers the fundamentals of resource and environmental economics and develops analytical skills for addressing environmental issues.

This course focuses on eco-friendly digital wastewater treatment technologies and their practical applications in industrial settings.

This course examines energy use in water treatment processes and explores strategies for energy efficiency and carbon credit generation.

This course focuses on spatial statistical methods and their implementation using open-source tools.

This course covers database design and modeling, with a focus on spatial data management.

This course examines climate change issues, with a focus on adaptation, mitigation policies, and carbon-neutral urban development.

This course covers economic theories of urban development and builds analytical skills for addressing urban issues and policy.

This course focuses on metropolitan and megaregional planning, addressing cross-regional issues such as infrastructure and climate change, with implications for carbon-neutral regional development.

This course explores urban challenges in the Fourth Industrial Revolution through literature-based analysis and discussion.

This course explores urban and regional issues in the Fourth Industrial Revolution and develops research skills using statistical methods and analytical models.

This course focuses on GIS methods and spatial data analysis for urban planning, research, and problem-solving.

This course examines land use–transport interaction and its application to urban environmental problem-solving.