PROGRAMME
DIVISIONS
- All Divisions
- Built Environment and Engineering Design (BE)
- Basic Science (BS)
- Chemical Engineering and Material Science (CM)
- Environment and Energy (EE)
- Electrical/Electronics Engineering & Information Engineering (EI)
- Life Science & Health (LH)
- Mechanical and Aerospace Technology (MA)
- Medical Science & Engineering (ME)
- Marine and Ocean Engineering (MO)
- Nuclear & Fusion Technology (NF)
- Women in Science & Technology (WS)
- Multidisciplinary Research (MR)
In the context of rapidly evolving technological landscapes and increasing societal demands, there is a growing need to explore new directions in built environments and engineering design that integrate sustainability with human-centred values. In particular, advancements in artificial intelligence (AI) and data-driven technologies are redefining the concepts of buildings, infrastructure, cities, and mobility, calling for more integrated and innovative approaches.
This session encompasses a wide range of topics, including multisensory environments for health and well-being, indoor and outdoor acoustics, AI-enabled, sustainable, and autonomous built environments, future infrastructure, advanced air mobility, and human-centred urban futures. Sustainability remains a central theme, closely interconnected with architectural design, theory, technology, and engineering.
The Built Environment and Engineering Design (BE) session brings together architects, designers, engineers, urban and mobility experts, AI researchers, and policymakers to share recent research and practical developments, fostering interdisciplinary dialogue on the future directions of built environments and mobility.
Programme Committee
Basic sciences, including mathematics, physics, astronomy, chemistry, biology, and earth science, explore the intricate workings of natural phenomena. These disciplines form the foundation of scientific inquiry, offering insights into the fundamental processes governing the universe. Through rigorous study, we enhance our comprehension of matter's transformations, unlocking the mysteries of the cosmos and the complexities of life.
We will focus on understanding natural phenomena and exploring the applications derived from this knowledge. We aim to bridge theoretical frameworks, from quantum mechanics to nanotechnology, with practical applications, harnessing scientific discovery to improve lives globally. We welcome abstract submissions across a wide spectrum of basic science disciplines, including mathematics, physics, astronomy, chemistry, biology, earth science, and related fields.
Programme Committee
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DR. CHEON, Hyejeong (천혜정)
Chemical Engineering and Materials Science play a central role in developing solutions for energy, sustainability, and advanced manufacturing. These fields provide key insights ranging from the
synthesis of new materials to advanced characterization techniques, supporting progress in areas such as mobility, electronics, and environmental technologies. At EKC 2026, the Chemical Engineering and Materials Science (CM) division will highlight recent advances and emerging research directions, with particular attention to the growing role of AI in materials and process innovation. The CM division consists of the following 8 sessions:
• Electrocatalysis for Sustainable Energy Conversion
• Beyond the Road: Diversified Battery Chemistries and Architectures for Next-Gen Applications
• Hydrogen: Innovation and Beyond
• Sustainable and Power-to-X Fuel Technologies
• Characterization Techniques on Material Science
• Advanced Functional Materials and Manufacturing with AI-Driven Approaches
• Accelerating Materials Design using AI: From Simulations to Synthesis and Characterization
• Towards Eco-friendly Material Value Chain with Korean Expert Association on Material Science and Technology in Europe (KEMST)
This division will serve as a platform for interdisciplinary discussions, bringing together researchers and industry professionals to explore how chemical engineering and materials science, empowered by AI, can drive the next generation of technological breakthroughs.
Programme Committee
DR. LEE, Jongmin (이종민)
Swiss Federal Laboratories for Materials Science and Technology (EMPA)
jongmin.lee@empa.ch
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DR. PARK, Junbeom (박준범)
Institute of Energy Technologies - Fundamental Electrochemistry (IET-1), Forschungszentrum Jülich (FZJ), Germany
j.park@fz-juelich.de
Show ProfileIn the context of accelerating climate change and the global transition toward carbon neutrality, there is a growing need for integrated approaches that connect energy systems, industrial processes, and environmental sustainability. Artificial Intelligence (AI) and data-driven technologies are increasingly shaping how complex environmental and industrial systems are understood, monitored, and optimized.
This division explores a broad range of topics at the intersection of AI, sustainability, and industrial transformation. Key themes include AI-based approaches to climate–ecosystem interactions, smart and green technologies for climate solutions, circular strategies for battery recycling and sustainable materials, safety and environmental assessment, clean manufacturing of metals, and sustainability assessment for circular transitions. The role of international collaboration in addressing global climate challenges is also emphasized.
Bringing together researchers, engineers, environmental scientists, and policymakers, this division aims to foster interdisciplinary exchange and promote innovative, science-based solutions for a sustainable and climate-neutral future.
Programme Committee
PROF. PAEK, Min-kyu (백민규)
Clausthal University of Technology, Germany
min-kyu.paek@tu-clausthal.de
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The Electrical, Electronics & Information Engineering Division at EKC 2026 brings together seven sessions exploring how AI is transforming the full technology stack, from semiconductor devices and RF/microwave hardware to intelligent systems, networks, and real-world applications. The programme covers AI-driven sensor platforms, 6G and AI-native communications, reasoning in computer science, neuro-symbolic AI, Physical AI, and advanced semiconductor and microwave technologies. Across these themes, the division highlights the growing importance of trustworthy, efficient, and application-aware AI in areas such as healthcare, manufacturing, infrastructure, robotics, and future communications. A dedicated session on EU-Korea collaboration further strengthens the division’s international dimension. Together, these sessions offer a forward-looking view of how AI is shaping science and engineering through deeper integration of hardware, intelligence, and global research partnerships.
Programme Committee
The Life Science & Health (LH) division at EKC 2026 focuses on advancing our understanding of living systems and their implications for human health in the era of data-driven science. In alignment with the conference theme, “AI-Driven Future of Science and Technology,” this division highlights how artificial intelligence is transforming biological research, enabling deeper insights into complex life processes and disease mechanisms.
The LH division emphasizes fundamental and integrative biology across multiple levels—from molecular and cellular systems to organisms and populations. By combining experimental approaches with computational and AI-based methods, researchers are uncovering new dimensions of biological complexity, improving our understanding of development, immunity, ageing, and disease progression.
Distinct from engineering- and technology-centered approaches, the LH division centers on biology- and health-oriented research that generates foundational knowledge. It encompasses a wide range of fields, including molecular and cellular biology, systems biology, epidemiology, and population health, providing critical insights that inform future advances in medicine and healthcare.
EKC 2026 will offer a platform for collaboration between Korean and European scientists, fostering the exchange of ideas at the intersection of biology, health, and AI. The program will cover diverse topics such as plant and environmental biology, infectious diseases, cancer biology, ageing, and data-driven life science research.
Through these efforts, the LH division aims to contribute to a more predictive, integrative, and AI-enabled future of life sciences and global health.
[Note] SESSION DETAILS AND PROGRAM ARE SUBJECT TO CHANGE.
Programme Committee
DR. JEONG, Hyun-woo (정현우)
Max Planck Institute for Molecular Biomedicine
zionjeong@gmail.com
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DR. YANG, Jae-seong (양재성)
Centre for Research in Agricultural Genomics (CRAG), Barcelona, Spain
jaeseong.yang@cragenomica.es
Show ProfileThe Mechanical & Aerospace Division brings together European and Korean researchers, engineers, and industry leaders to address how artificial intelligence is reshaping the future of mechanical and aerospace engineering. The division covers a broad spectrum of topics united by a common theme: the integration of AI and data-driven approaches into the design, manufacturing, operation, and lifecycle management of complex engineered systems. Applications span widely, including robotics, space systems, production plants, air/ground/water vehicles, infrastructure, medical systems, and more.
Please explore the diverse and extensive sessions under preparation. Both methodological and application-driven presentations are welcome.
Programme Committee
PROF. LEE, Jaemin (이재민)
University of Leeds
DR. LEE, Juseong (이주성)
Eindhoven University of Technology
Medical Science and Engineering is an interdisciplinary field bridging medicine, biology, and engineering. Driven by emerging technologies, innovative therapeutics, and data-driven approaches, the field aims to deepen our understanding of human health and disease while developing novel solutions that improve healthcare outcomes. From pharmaceutical sciences and biotechnology to biomedical engineering and clinical applications, this division highlights the transformative potential of integrating scientific discovery with engineering principles — with artificial intelligence and computational science increasingly serving as key drivers of innovation — to address critical global health challenges.
At EKC2026, the ME division will present research spanning the frontiers of the field, including advances in biomaterials and their applications in therapeutics and drug delivery, innovative molecular and cellular strategies for immune modulation and genetic regulation, and the growing role of AI and data science in understanding, predicting, and combating infectious diseases and other health challenges. Across these themes, sessions will bridge fundamental discovery and translational impact, demonstrating how interdisciplinary approaches are accelerating the development of next-generation medical technologies and therapies.
We invite abstract submissions across a broad range of topics including but not limited to:
● Medical Research & Biotechnology
● AI, Data Science & Computational Medicine
● Biomaterials, Nanomedicine & Drug Delivery
● Biomedical Engineering & Medical Devices
● Public Health & Global Medical Innovations
Join us at EKC2026 to share your research and engage in discussions on how AI-driven interdisciplinary innovation is shaping the future of medicine and healthcare.
Programme Committee
The Marine and Ocean Engineering (MO) programme at EKC 2026 brings together international experts from academia, industry, and government to address the profound structural transformations in the maritime sector. Aligned with the conference theme, “AI-Driven Future of Science and Technology,” the programme features six distinct yet interconnected sessions that explore the convergence of artificial intelligence, decarbonization, and advanced engineering.
The programme opens with the EKMOA-SNAK Joint Session, which frames AI not merely as a tool but as a systemic integrator across the ship lifecycle. This session focuses on smart and sustainable ship design, utilizing digital twins and multi-objective optimization to balance performance, safety, and carbon reduction goals. This theme of intelligence is extended in the KIMST-EKMOA Joint Session, which delves into the autonomous maritime future. Here, the discussion centers on autonomous decision-making, real-time situational awareness, and the rigorous verification necessary to ensure trustworthy AI in safety-critical operations.
Technological shifts in propulsion and energy management are addressed through two specialized sessions. The KEIT-EKMOA Joint Session explores AI-driven electric and hybrid propulsion technologies, bringing together expertise from KOMERI, Withbeer, and KMOU to advance energy storage and power management systems. Similarly, the EKMOA-HDERC Session highlights the role of AI in intelligent ship energy management, specifically for complex multi-fuel and hybrid configurations, aiming to optimize energy flows and reduce lifecycle costs through smart vessel infrastructure.
The programme also maintains a strong focus on physical reliability and practical implementation. The LR-EKMOA Joint Session emphasizes that Marine Hydrodynamics remains fundamental to a safer world. It explores how advanced numerical modelling and onboard monitoring can predict complex phenomena like slamming and hydroelasticity, which are critical for the safety of ultra-large container ships and vessels using alternative fuels.
Finally, the EKMOA-KRISO Joint Session bridges the gap between theory and reality by focusing on Maritime Decarbonization in Practice. This session highlights the use of real ship testbeds to verify green technologies, such as Onboard Carbon Capture and Storage (OCCS) and Small Modular Reactors (SMR), while navigating the regulatory landscape of IMO mid-term measures.
Together, these sessions underscore the strategic importance of the Europe-Korea partnership. By integrating AI-driven innovation with rigorous engineering and practical demonstration, the EKC 2026 MO programme aims to shape a resilient, competitive, and sustainable maritime future.
Programme Committee
We are thrilled to announce the theme for EKC 2026, focusing on the cutting-edge developments and breakthroughs in Nuclear Fusion and Fission Technologies. Our division, "Nuclear and Fusion technology, NF," beckons your expertise and insights to contribute abstracts that showcase the latest advancements, challenges, and future prospects in these critical fields.
The promise of Nuclear Fusion as a clean and virtually limitless energy source is captivating the global scientific community. We encourage you to share your abstracts detailing breakthroughs, experimental results, and theoretical advancements in the pursuit of controlled fusion reactions. Let us collectively explore the challenges, triumphs, and potential pathways towards unlocking the transformative power of nuclear fusion. The EKC 2026 NF division provides a unique platform for interdisciplinary collaboration, fostering discussions that span from fundamental research to practical applications. We invite abstracts from scientists and engineers working in fields such as plasma physics and fusion engineering to contribute to the richness of our discussions.
Simultaneously, Nuclear Fission remains a cornerstone of low-carbon energy generation, and its scientific frontier continues to advance at a remarkable pace. From advanced fuel cycles and next-generation reactor systems, to radiation transport, shielding, and nuclear medicine physics, the field presents a wealth of opportunity for meaningful scientific contribution and discovery. We invite researchers, engineers, and scientists across all nuclear fission-related disciplines to contribute to this important dialogue by submitting an abstract. We welcome abstracts presenting innovations, novel methodologies, and significant research findings across all areas, including reactor physics and engineering, small modular reactors, Generation IV systems, nuclear fuel cycles, radiation science, shielding design, and nuclear medicine applications. Whether your work is fundamental or applied, experimental or computational, this forum is designed to bring together the very best of our field. We look forward to receiving your submission and to your valued participation.
Abstract submissions should align with, but are not limited to, the following topics:
● Plasma physics theory in magnetic confinement fusion
● Fusion experiments and simulations.
● Fusion reactor designs.
● Advanced reactor designs and innovations in nuclear fission.
● Radiation science, nuclear medicine, and nuclear technology applications
● Advances in nuclear fuel cycles, waste management, and environmental sustainability.
● Materials challenges and innovations for both fission and fusion technologies.
● Cross-cutting themes addressing the societal, economic, and environmental aspects of nuclear energy.
Join us in shaping the future of nuclear and fusion energy by submitting your abstracts and being an integral part of EKC 2026. Together, let's unveil the potential of nuclear fission and fusion technologies.
Programme Committee
The role of women in science and technology has never been more vital as artificial intelligence and other emerging fields reshape the global innovation landscape. This year, the Women in Science and Technology (S&T) division explores how women are driving progress in AI, biotechnology, environmental sciences, and beyond, while also navigating the structural challenges that influence leadership pathways and long‑term career sustainability.
Through discussions with industry experts, researchers, and policy advocates, the session will address essential themes such as inclusive and ethical AI development, work–life balance strategies in high‑intensity research environments, and the evolving expectations placed on women at the forefront of technological change.
In addition to examining these systemic issues, the session will highlight successful mentorship models, cross‑sector collaboration, and networking strategies that empower the next generation of female scientists and engineers. By bringing together voices from academia, industry, and policymaking communities, we aim to generate actionable insights that strengthen gender diversity and equity in S&T.
Participants will gain valuable perspectives on the future of AI, expand their professional networks, and engage in meaningful dialogue on building a more inclusive, innovative, and sustainable scientific ecosystem.
Programme Committee
The Multidisciplinary Research Division facilitates discussions across diverse fields to tackle societal challenges that transcend the boundaries of a single discipline. In EKC2026, the MR division's main focus is to scrutinize, understand, and forecast the impact of artificial intelligence (AI) across various domains, including industries, policies, education, business, research, and quality of life.
