As pressure for sustainable societal development increases, environmental and societal requirements are becoming more demanding. There is broad agreement that densely populated urban areas should be more sustainable than rural areas. However, while over half of the planet’s population lives in cities, these areas account for more than 75% of the consumption of non-renewable resources, contributing significantly to climate change and societal challenges. The Built Environment and Engineering Design (BEED) Division will adopt a new perspective on creating a sustainable and resilient society, focusing on meaningful and strategic approaches to addressing unprecedented events such as climate change, mobility challenges, and societal issues. Additionally, sustainability must be discussed in conjunction with traditional architectural design, history, theory, and methodology, as well as technology and engineering. Therefore, the sessions aim to bring together architects, historians, designers, built environment and mobility professionals, climate and energy researchers, policy experts, and government officials to discuss recent research and developments. The BEED sessions will enable delegates to enhance their knowledge and skills related to reimagining design, history, sustainable development, resilience, stakeholder engagement, and the performance of buildings, materials, and environments.

Programme Committee

DR. KIM, Euiyoung (김의영)
TU Delft
e.y.kim@tudelft.nl
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MS. AN, Semina (안샘이나)
TU Bergakademie Freiberg
ssam2na@gmail.com
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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. At the EKC2025 conference, 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

DR. KIM, Minjae (김민재)
University College London
minjae.gaspar.kim@gmail.com
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DR. KIM, Chan (김찬)
European XFEL GmbH
kimchan8237@gmail.com
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Chemical engineering and material science are at the core of technological innovation, driving advancements in energy, sustainability, and next-generation manufacturing. From novel material synthesis to advanced characterization techniques, these fields provide essential insights into fundamental properties and industrial applications. With the growing need for efficient energy solutions, sustainable materials, and high-performance functional materials, research in this domain is shaping the future of mobility, electronics, and environmental technologies. At EKC 2025, the Chemical Engineering and Material Science (CM) division will highlight cutting-edge research and emerging trends, including advanced characterization techniques, functional materials, and AI-driven materials discovery. Integrating materials science with manufacturing and process optimization is revolutionizing industries such as energy storage, hydrogen technology, carbon capture, and quantum materials. We invite abstract submissions across a broad range of topics, including: ● Advanced Characterization Techniques ● Hydrogen: Production, Storage, and Usage ● CO2 Capture & Conversion ● Sensors for Quantum Materials ● Advanced Functional Materials and Manufacturing ● AI for Materials Design and Discovery This division will serve as a platform for interdisciplinary discussions, bringing together researchers and industry professionals to explore how chemical engineering and materials science can drive technological breakthroughs. We invite contributions that push the boundaries of materials discovery, enhance process efficiency, and facilitate sustainable industrial transformation. Join us at EKC 2025 to present your latest research, exchange ideas, and contribute to shaping the future of materials science and chemical engineering.

Programme Committee

PROF. CHANG, Jin Hyun (장진현)
Technical University of Denmark
jchang@dtu.dk
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DR. LEE, Jongmin (이종민)
Paul Scherrer Institut
jongmin.lee@psi.ch
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The European Union and Korea have recently pledged carbon neutrality so-called “net zero” by 2050. To support the sustainable development of global value chain, the EU has also introduced the Carbon Boarder Adjustment Mechanism (CBAM). This policy seeks to prevent carbon leakage by imposing a carbon price on imports of carbon-intensive products to ensure that EU industries are not undercut by cheaper, high-emission imports. The RE-100 initiative is a global corporate commitment to achieving 100% renewable energy by driving a more sustainable energy mode. Additionally, recycled content can be one indicator of the transition from a linear to a circular economy. Without such immediate action such as cutting carbon emissions and environmental controls, the lives and livelihoods of people worldwide can be threatened by the climate change problem. Scientific findings and research are considered as the fastest technical approach to net zero. Since Korea is a key player in state-of-art technologies and the EU has led energy transition and sustainable development, the collaboration between Korea and Europe can benefit each other. Therefore, this division facilitates diverse collaboration opportunities in the environment & energy fields by sharing their knowledge, insight, and ideas.

Programme Committee

PROF. KIM, Junbeum (김준범)
University of Technology of Troyes
junbeum.kim@gmail.com
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PROF. PAEK, Min-kyu (백민규)
Clausthal University of Technology
min-kyu.paek@tu-clausthal.de
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Advancements in Electrical, Electronic, and Information Engineering, including Artificial Intelligence, are reshaping society with unprecedented impact. Breakthroughs in electronic systems, telecommunications, power distribution, neural network methodologies, and software engineering are rapidly transforming daily life, driven by growing demands for innovation and global competition. At EKC2025, the Electrical, Electronic, and Information Engineering (EI) division will host sessions covering a wide range of topics. We welcome abstract submissions showcasing cutting-edge research and developments across these dynamic fields.

Programme Committee

PROF. HAH, Dooyoung (하두영)
Abdullah Gul University
dooyoung.hah@agu.edu.tr
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DR. CHOI, Changkyu (최창규)
UiT The Arctic University of Norway
changkyu.choi@uit.no
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Life Sciences is a field that seeks and provides applications based on an understanding of the fundamental principles of life, from microorganisms to the human body. The Life Sciences and Health division will reflect the understanding of biology and the latest trends in the health sector related to life sciences. EKC2025 will provide the latest trends in the life sciences sector and opportunities for Korean and European experts to build relationships for cooperation. The LH division will cover a wide range of topics, including not only pure biological, life science and health research, but also highly interdisciplinary topics combined with other fields such as artificial intelligence, data science and information technology. The Life Science and Health sector will consist of 10 sessions (tentative) covering topics on emerging technologies for plant, biology, epidemiology, ageing and cancer research. ●Transformative innovations in plant science ●At the Frontline to Defeat Infectious Diseases ●Innovative Ideas and Approaches in Life Sciences ●Translational Oncology and Personalized Medicine: Bridging Research and Industry for Global Innovation ●Defining Excellence for Shared Biomedical Resource Facilities ●Cancer and Aging ●Decoding Genotype-to-Phenotype Relationships: AI and Structural Biology in Cancer Research ●From Data to Decisions: Epidemiological Modelling for Disease Control ●Green Bio ●Treatment of Cancers and ROS Diseases With Magnetic Field Effects : Bridging Blue Skies Theory With Real-World Biomedical Developments Join EKC2025 to learn how global innovation in life sciences is achieved and share your research and vision.

Programme Committee

DR. RYU, Changseon (류창선)
KIST Europe
changseon.ryu@vekni.org
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DR. HAN, Sojung (한소정)
Evolutionary anthropology, University of Vienna
sojungapril8@gmail.com
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Medical Science and Engineering cover a diverse range of disciplines that bridge the gap between medicine, biology, and engineering. As a consequence of intersection, the field has been revolutionized through cutting-edge technologies, innovative treatments, and data-driven solutions. Especially, the field focuses on understanding the fundamental mechanisms of human health and disease, while also developing innovative technologies and therapies to improve healthcare outcomes. From pharmaceutical sciences and biotechnology to biomedical engineering and clinical applications, this division explores the transformative potential of integrating scientific discovery with engineering principles. By fostering interdisciplinary collaboration, we aim to address pressing global health challenges and pave the way for groundbreaking advancements in medical research and technology. At the EKC2025 conference, based on these points, this division will highlight the latest research and technological innovations that are shaping the future of healthcare. As well, we will focus on covering a wide range of interdisciplinary topics that merge medicine, biology, and engineering to address healthcare challenges, including both foundational studies and applied research, emphasizing how theoretical insights can be translated into practical solutions that enhance patient care and quality of life. From drug development and biopharmaceuticals to medical devices and diagnostic tools, this division will showcase the dynamic interplay between science, engineering, and medicine. We invite abstract submissions across a wide spectrum of topics within medical science and engineering, including: ● Medical Research & Biotechnology ● Imaging, Diagnostics & Therapeutics ● AI, Data Science & Computational Medicine ● Biomaterials, Nanomedicine & Drug Delivery ● Regenerative Medicine & Tissue Engineering ● Biomedical Engineering & Medical Devices ● Public Health & Global Medical Innovations Join us at EKC2025 to discover how medical science and engineering are shaping the future of healthcare and pushing the boundaries of innovation and share your vision as well.

Programme Committee

DR. KIM, Young-beom (김영범)
University of Helsinki & iN Therapeutics
young-beom.kim@helsinki.fi
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MS. SONG, Yura (송유라)
Université Libre de Bruxelles
yura.song@ulb.be
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The Mechanical and Aerospace Engineering (MA) Division is a dynamic platform to explore cutting-edge advancements in mechanical and aerospace engineering—key drivers of industrial transformation shaping space exploration, mobility, manufacturing, and intelligent systems. Bridging fundamental research and industrial applications, this division fosters interdisciplinary discussions among renowned scholars, industry experts, and emerging researchers. Sessions will cover breakthroughs in rockets and satellites, future mobility, smart manufacturing, robotics and mechatronics, reliability and safety in complex systems, and the expanding role of AI in engineering. Presenting in this division provides an excellent opportunity to showcase your research to a broad European/Korean audience, gain visibility among experts from various domains, and engage in meaningful discussions that drive innovation forward.

Programme Committee

DR. LEE, Jaemin (이재민)
University of Leeds
j.lee2@leeds.ac.uk
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PROF. LEE, Juseong (이주성)
Eindhoven University of Technology
leejs706@gmail.com
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To be updated

Programme Committee

DR. JEONG, Byongug (정병욱)
University of Strathclyde
byongug.jeong@strath.ac.uk
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MR. KWON, Bae Jun (권배준)
DNV AS
bae.jun.kwon@dnv.com
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We are thrilled to announce the theme for EKC 2025, 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. Nuclear Fission, a stalwart in the energy sector, continues to evolve with advancements in reactor design, fuel cycles, and safety protocols. We invite you to submit abstracts that delve into innovations, novel methodologies, and research findings that propel nuclear fission into a new era of efficiency, safety, and environmental responsibility. Simultaneously, 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 2025 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 reactor physics, materials science, nuclear engineering, plasma physics, and more, to contribute to the richness of our discussions. Abstract submissions should align with, but are not limited to, the following topics: ● Advanced reactor designs and innovations in nuclear fission. ● Next-generation fuel cycles and waste management strategies. ● Safety advancements and regulatory considerations in nuclear fission. ● Fusion reactor designs, experimental results, and theoretical models. ● 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 2025. Together, let's unveil the potential of nuclear fission and fusion technologies.

Programme Committee

DR. KIM, Jongjin (김종진)
Korea Atomic Energy Research Institute
kjj@kaeri.re.kr
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DR. KIM, Hyun-tae (김현태)
UK Atomic Energy Authority
hyun-tae.kim@ukaea.uk
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To be updated

Programme Committee

DR. CHO, Hyong Sil (조형실)
SiLnD
hyongsil@gmail.com
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PROF. KIM, Yeongmi (김영미)
MCI
yeongmi.kim@mci.edu
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The Multidisciplinary Research Division advances collaboration and integration across diverse academic disciplines to address complex societal challenges and drive transformative research outcomes. By synthesizing disciplinary expertise with broader societal and industrial needs, the division serves as a bridge between academic inquiry and real-world impact. We champion inclusive, cross-sectoral approaches that promote knowledge transfer, foster technological innovation, and cultivate leadership within an evolving research ecosystem.
EKC 2025 is happy to invite poster contributions from all areas of science, engineering, technology and innovation. Each abstract submitted will be reviewed by the relevant academic committee.
General synopsis of this group will be announced soon