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 TECHNOLOGY (EI)
- LIFE SCIENCE & HEALTH (LH)
- MEDICAL SCIENCE & ENGINEERING (ME)
- MECHANICAL AND AEROSPACE TECHNOLOGY (MA)
- MARINE AND OCEAN ENGINEERING (MO)
- NUCLEAR AND FUSION TECHNOLOGY (NF)
- WOMEN IN S&T (WS)
- MULTIDISCIPLINARY RESEARCH (MR)
- POSTER SESSION
MECHANICAL AND AEROSPACE TECHNOLOGY (MA)
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
_20250115151028.jpg)
| Date / Time | 2025-08-27 13:00 -- 14:30 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
|
| Synopsis | This session explores the latest advancements in space technology, with a focus on artificial satellites, launch systems, and their expanding role in scientific research, industry, and global connectivity. Our distinguished speakers will present cutting-edge developments in space remote sensing, satellite communications, rocket technology, and breakthrough innovations in space construction. Additionally, we will highlight the critical role of education in cultivating the next generation of space scientists and engineers.
Key topics include:
• Artificial Satellite Technology & Applications: Innovations in satellite design, manufacturing, and deployment for Earth observation, communication, and scientific missions.
• Satellite Communications: Advances in satellite-based communication networks, including non-terrestrial networks (NTN), broadband connectivity, and future communication architectures.
• Rocket Technology & Space Launch Systems: The latest advancements in launch vehicle design, propulsion systems, and cost-effective access to space.
• Space Remote Sensing: Cutting-edge sensing technologies for environmental monitoring, resource management, and deep-space exploration.
• Space Technology: Emerging tools and systems enhancing the capabilities of modern space missions.
• Space Construction: Novel methods and materials for developing sustainable infrastructure beyond Earth.
• Space Education: Strategies to inspire and equip the next generation of space professionals.
This session is essential for researchers, industry leaders, and educators seeking to stay at the forefront of space technology and its expanding applications.
|
| Speakers |
|
| Date / Time | 2025-08-27 15:00 -- 16:35 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
|
| Synopsis | The fields of mechanical and aeronautics engineering are rapidly evolving, driven by advancements in materials science, computational tools, and innovative design methodologies. This session will explore the latest trends, cutting-edge technologies, and transformative research shaping the future of these disciplines. By bringing together researchers from academia and industry, we aim to discuss breakthroughs that are redefining the way we design, manufacture, and optimize mechanical and aerospace systems.
This session is designed for engineers, researchers, and industry professionals interested in staying at the forefront of technological progress in aeronautics and mechanical engineering. Attendees will gain insights into how emerging materials, computational advancements, and sustainable practices are shaping the next generation of aerospace and mechanical systems.
The following topics will be addressed in this session, including but not limited to:
- Advanced materials (e.g., metamaterials, multifunctional materials)
- Innovative manufacturing methods for architected structures and composite materials
- Computational modeling on engineering design and analysis, including AI-driven simulations and design
- Next-generation sensor and actuator systems
- Sustainable solutions for mechanical and aeronautical systems |
| Speakers |
|
| Date / Time | 2025-08-27 16:50 -- 18:20 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
|
| Synopsis | "There have been numerous alternative technologies and substantial discussions in the future mobility and transportation with the advent of the Fourth Industrial Revolution/ Smart technology (including Artificial intelligence (AI)). The future mobility industry faces challenges related to environmental concerns, carbon footprints, sustainable energy, and the maturity of new technologies, among others. In the past decades, both the UK and European governments have heavily invested in and evaluated these issues. The following is a list of the main possible themes in the EKC."
1. Automotive Powertrain section – new conventional IC engine vs Electirification and new technologies
2. UAV or Drones – Control strategy, stability, aero dynamics, etc
3. Vehicle dynamics analysis – NVH, Stability, Crash analysis, control, etc.
4. Aerodynamics – Design, noise, stability, etc.
5. Alternative technologies – Hydrogen fuel cells, alternative fuels, sustainable energy
6. CFD session – Flow and heat transfer analysis (DNS, LES, RANS)
7. Tribology – Lubrications, innovative designs, component analysis, Gears, etc.
8. Ergonomics – new design, safety, motion simulation, etc.
9. Future vision of automotive industry – management, marketing, market share, revolutions, etc.
10. Cutting edge technology in racing industry
11. Artificial intelligence (AI), Machine learning, Control algorithms
12. Any possible relevant topics to the automotive applications
Researchers from South Korea, European countries, and the UK will have the opportunity to keep up with the latest world-leading technologies and future vision for the future mobility technologies. The event will introduce and discuss new and innovative ideas, which will bring new prospects to the future of the future mobility and drive fresh engineering innovations globally.
|
| Speakers |
|
| Date / Time | 2025-08-28 09:00 -- 10:30 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
|
| Synopsis | Sensing and perception lie at the heart of modern robotics and mechatronics, enabling machines to interpret, interact with, and adapt to complex environments. This session focuses on the latest innovations in advanced sensing technologies (e.g. vision, auditory, tacitile), perceptual intelligence, and their integration into robotic and mechatronic systems. From foundational research to industrial deployment, the session highlights how sensing and perception are transforming intelligent automation, human-robot interaction, and any potential future applications.
Topics of interest include, but are not limited to:
• Advanced Sensors for Robotics and Mechatornic Systems
• Perception Systems and Sensor Fusion
• AI and Machine Intelligence in Sensing and Perception
• Applications of Modern Sensing and Perception in Robotics
This session welcomes researchers and industry experts from Europe and Korea to share insights, address technical challenges, and explore collaborative opportunities in the evolving landscape of robotics and mechatronics with a focus on sensing and perception.
|
| Speakers |
|
| Date / Time | 2025-08-28 11:00 -- 12:30 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
|
| Synopsis | This session is part of the “Advanced Mobility” series at EKC 2025. It explores innovative mobility solutions—autonomous vehicles, electrified vehicles, urban air mobility (UAM), and AI-driven approaches—designed to enhance the movement of people. Until recently, “smart” mobility technology has driven innovation, however, it is now time to question whether these high-tech solutions alone can resolve mobility challenges. This session advocates a breakthrough shift toward “unsmart” mobility solutions that can collaboratively address issues beyond the scope of technology.
Key discussion points include:
● Hardware Innovation: Assessing next-generation vehicles that seamlessly integrate smart systems to drive the future of mobility.
● Smart vs. Unsmart Paradigms: Evaluating whether high-tech solutions are always the optimal choice and exploring how policy and societal actions can more effectively address challenges such as energy crises, environmental impact, and equity concerns.
Featuring invited experts in Mechanical and Aerospace Technology, this roundtable encourages a critical dialogue that blends technical expertise with a comprehensive, value-driven approach to future mobility.
|
| Speakers |
|
| Date / Time | 2025-08-28 13:30 -- 15:00 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
|
| Synopsis | Reliability, quality, and safety form the foundation of mechanical and aerospace engineering, ensuring that critical systems operate efficiently and without failure. This session will explore methodologies that enhance system longevity, mitigate operational risks, and integrate the latest research and industry best practices. Participants will also examine the growing role of AI and digital twin technology-driven diagnostics in maintenance, facilitating proactive fault detection and resolution. Additionally, experts will discuss advancements in reliability modelling, focusing on probabilistic risk assessment and Monte Carlo simulations, which provide deeper insights into system behaviour under varying conditions.
Topics of interest for this session include, but are not limited to:
• Reliability modelling and failure analysis in aerospace and mechanical systems
• Condition-based maintenance and predictive maintenance strategies
• Digital twin applications for reliability and quality assurance
• AI and machine learning in reliability and safety assessments
• Advanced materials and their impact on reliability and durability
This session aims to foster interdisciplinary collaboration and knowledge exchange academics, and industry experts. It will serve as a dynamic platform for showcasing cutting-edge research, tackling key challenges, and shaping future directions in reliability, quality, and safety for mechanical and aerospace engineering. We invite researchers and practitioners to contribute their expertise, share case studies, and present innovative solutions that will drive advancements in engineering reliability and safety.
|
| Speakers |
|
| Date / Time | 2025-08-28 16:30 -- 18:00 |
|---|---|
| Room | SGU03A |
| Conveners / Chairs |
_20250518165330.jpg)
DR. KIM, Haisol
German Aerospace Center (DLR) |
| Synopsis | Smart manufacturing is changing mechanical engineering by using advanced technologies to make production more efficient, sustainable, and innovative. This session highlights key trends and advancements, emphasizing the need to embrace smart manufacturing to stay competitive.
This session explores the impact of smart manufacturing and its use of advanced technologies to create interconnected and adaptive systems. The topics are including but not limited to relevant technologies and application examples, such as digital data platforms, autonomous system, automation, additive manufacturing, digital twin, simulations, and battery productions.
One major trend is the use of industrial digital data platforms. These platforms collect data through sensors and IoT devices. By analyzing this data with AI and machine learning, manufacturers can improve efficiency, predict maintenance, and drive innovation. This enhances operations and supports new business models.
Autonomous driving technologies are also transforming manufacturing. Automated Guided Vehicles (AGVs) and Autonomous Mobile Robots (AMRs) help with material handling, reduce errors, and improve safety. By integrating robotics and AI, manufacturers can automate complex tasks and boost productivity.
Automation is another key focus. Robots handle repetitive tasks, and advanced control systems optimize production. Cobots, or collaborative robots, work alongside humans, increasing productivity and improving workplace safety.
Additive manufacturing, or 3D printing, is revolutionizing production by enabling rapid prototyping and reducing waste. This technology allows for complex designs and shorter lead times, making production more flexible. Industries like aerospace, automotive, and healthcare benefit from lightweight, high-performance components.
Digital twin technology is another major advancement. Digital twins are virtual models of physical systems that enable real-time monitoring and predictive maintenance. This helps manufacturers optimize processes and prevent issues before they occur, reducing downtime and costs.
Simulation also plays a crucial role. Virtual simulations help test and refine manufacturing processes, develop new products, and train workers. This speeds up innovation and keeps companies competitive.
An example of a product benefiting from smart manufacturing is battery production. As demand for efficient, sustainable batteries grows, smart manufacturing, using digital twins, automation, and data analytics, helps design and scale battery production, ensuring high-quality output and sustainability.
Using these technologies is key to making manufacturing more efficient. For example, automation, digital twins, data analytics, and additive manufacturing help improve processes, reduce waste, and make production more flexible. Overcoming challenges like data security and workforce training is important to fully benefit from these innovations. In this session, we will look at each technology, how it is used, and how it improves manufacturing.
|
| Speakers |
|
| Date / Time | 2025-08-28 16:30 -- 18:00 |
|---|---|
| Room | SGU4 |
| Conveners / Chairs |
|
| Synopsis | This session addresses links between the fields of robotics, cognitive science, and artificial intelligence. Our goal is to establish and promote the methodologies and tools required to make the field of cognitive robotics industrially and socially relevant. In this session, highly qualified speakers and contributors from Universities, Research institutes and Industry will present their recent findings and discuss the current and future trend in cognitive intelligent robotics. |
| Speakers |
|
