Student Kim Min-gyu mainly conducted research on direct and indirect greenhouse gas emissions at home. The degree study of student Kim Min-gyu conducted a decomposition analysis of indirect greenhouse gas emissions changes in the home sector over time by driving forces. Currently, we are conducting research on the calculation and consistency of greenhouse gas emissions in scope 3 generated in the supply chain of each domestic industry.

Koo Eunhan majored in mathematics and industrial engineering in his undergraduate program, and is interested in research modeling climate systems based on this background. In addition, mathematical modeling is used to study the effects of climate system change, such as tipping points and complex disasters

Ji-won Kwon is interested in energy transition scenarios using Integrated Assessment Models (IAMs). Recently, she has been working on incorporating various hydrogen carriers into IAMs with the goal of designing Korea’s carbon neutrality strategy through hydrogen trade.

Hongkwan Lee's primary research interests center on environmental and energy policy evaluation, climate change, and corporate green strategy. By integrating policy analysis with sustainability research, he seeks to explore how regulatory frameworks and corporate practices interact to shape low-carbon transitions. His current work focuses on advancing the understanding of policy effectiveness and generating evidence that can inform both academic scholarship and practical decision-making in the fields of climate policy and corporate sustainability.

Seungwon Lee is conducting research on microbial food production using synthetic biology. With the goal of contributing to an environmentally friendly and sustainable future food industry, he aims to study microbial strain engineering and process optimization based on systems metabolic engineering. Through the Ph.D. program, he hopes to grow into a researcher who can present a new paradigm for the microbial industry.

Student Shin Suhyeon is conducting research with the goal of comprehensively studying the impacts of climate change on human life, including food security. During undergraduate studies, she majored in Atmospheric Sciences, building a strong foundation in climate systems. In the master's program, she explored the impact of ENSO (El Niño-Southern Oscillation), a key climate variability phenomenon in the tropical Pacific, on global atmospheric circulation, the influence of climate variability on the climate system in depth. In future, Student Shin Suhyeon aims to become an expert in climate change impact assessment by integrating climate science with social sciences, evaluating the social-economic effects of climate change, and developing sustainable response strategies based on scientific analysis.