We aim to strengthen various stakeholders’ engagement in the energy transition path by informing them with data-driven assessments and solutions.
We look for passionate students who want to commit themselves to energy demand and supply analysis for the energy transition and carbon accounting for supply chain solutions.
We track environmental impacts across global supply networks with IO-LCA, revealing scope-3 hotspots and practical levers for cleaner, more resilient supply chains.
Blending engineering analysis, LCA, and social research, we assess integrated water-energy-waste solutions and the equity, acceptance, and governance factors that enable real-world adoption.
Through field and digital experiments, we test smart feedback, incentives, and social norms to embed durable electricity-saving and other green habits, turning insights into scalable policy guidance.
We use machine learning with behavioral, market, and energy data to forecast electricity production and demand, generating actionable insights that support efficient planning, grid reliability, and more responsive energy policy.
We track environmental impacts across global supply networks with IO-LCA, revealing scope-3 hotspots and practical levers for cleaner, more resilient supply chains.
Blending engineering analysis, LCA, and social research, we assess integrated water-energy-waste solutions and the equity, acceptance, and governance factors that enable real-world adoption.
Through field and digital experiments, we test smart feedback, incentives, and social norms to embed durable electricity-saving and other green habits, turning insights into scalable policy guidance.
We use machine learning with behavioral, market, and energy data to forecast electricity production and demand, generating actionable insights that support efficient planning, grid reliability, and more responsive energy policy.
Our lab actively works with top-tier organizations including K-water, Haezoom, Daejeon Metropolitan City, the National Research Foundation of Korea (NRF), and Thingspire to deliver impactful research and real-world solutions.