Conveners
[MA2] Advanced Technologies in Space Engineering and Applications: [MA2] Advanced Technologies in Space Engineering and Applications
- Min Son (Universität der Bundeswehr München)
Description
"Advanced Technologies in Space Engineering and Applications" session is a platform for experts from academia and industry to share their knowledge, research, and experiences in the field of space engineering and applications. With the rapid advancements in space technology, it has become increasingly important for academia and industry to collaborate and work together to tackle the challenges and realize the full potential of space-based solutions. In recent years, the space industry has experienced tremendous growth, with many startups successfully raising funds and making significant contributions to the field. The success of these startups highlights the growing demand for space-based solutions and the need for continued innovation and collaboration in the field.
Space engineering and applications have been the backbone of several key technological advancements that have transformed our lives and impacted the world in numerous ways. New space launch technologies, such as reusable rockets and vertical landing capabilities, have the potential to reduce the cost of access to space, and make it more accessible to a wider range of countries and organizations. The development of satellites and the advancement of satellite communication systems have enabled us to connect with people from all corners of the world and access information instantaneously. The use of remote sensing and earth observation techniques has helped us better understand our planet and address environmental issues such as climate change. Space exploration has expanded our understanding of the universe and opened new frontiers for scientific discovery.
However, despite these remarkable achievements, the challenges of space engineering and applications are numerous and complex. It is increasingly important for academia and industry to collaborate to address these challenges and take advantage of new opportunities. By sharing their knowledge, resources and expertise, academia and industry can leverage each other's strengths and develop innovative solutions to the challenges of space engineering and applications.
By bringing together experts from academia and industry, this technical session provides an opportunity for the exchange of ideas and experiences and promotes collaboration between the two communities. The discussions and presentations during the session will highlight the latest technological innovations and applications in space engineering, and will provide a forum for experts to explore new ideas and opportunities for collaboration.
This session will address following topics,
- Space System Integration and Testing
- Spacecraft Design and Development
- Rocket Propulsion and Launch Technologies
- Orbital Mechanics and Trajectory Analysis
- Advancements in Satellite Technologies
- Remote Sensing and Earth Observation Techniques
- Space Debris Management and Mitigation
- Interplanetary Exploration and Deep Space Missions
- In-orbit Servicing and Maintenance of Satellites
- Space-based Navigation and Positioning Systems
For future space and energy applications, it is crucial that they can withstand high temperatures in (hyper)supersonic flows and high heat flux in nuclear fusion reactors. For instance, future hypersonic vehicles experience temperatures above 10,000 K at Mach number 20 due to viscous dissipation in the boundary layer [1]. Additionally, thermal requirements of high temperature components for...
This presentation describes the micro SAR satellite being developes by Hanwha systems. The satellite adopts a flat plate shape rather than a conventional type of deployable satellite. In addition, the SAR payload introduces electronic beam steering to improve mission performance. The presentation introduces the features and adventage of Hanwha systems' micro SAR satellite.
In this presentation, small SAR payload which is developing by Hanwha systems will be introduced. Our micro SAR consists of digital control unit, radio frequency unit, electrical frontend, and antenna unit. Each unit is divided by functional module and we will present each function, shape and experimental performance. The purpose is that our mircro SAR payload will be on-boarded and launched...
