International Conference on Aerospace Engineering and Robotics
Theme – New Challenges & Current Trends in Dental and Oral Health
DATE
November 10-11, 2025
Venue
Osaka, Japan
- Abstract Submission : Started
- Early Bird Registration Start: March 01, 2024
About Robotics and Aerospace Engineering Conference
In these quickly developing domains, this yearly Aerospace Engineering Conference provides a lively forum for talking about the most recent discoveries and emerging trends. The cooperation between these fields is crucial for fostering innovation as aerospace technology advance and robotics plays a bigger role in aerospace missions.
Our conference give a thorough arena for talk through subjects including sophisticated control systems, robots in expanse exploration, autonomous spacecraft, and the Conference use of artificial intelligence into aerospace engineering. In addition to take part in Aerospace Conference interactive plant and technical sessions, attendees will have the chance to hear keynote addresses from top experts and take advantage Robotics Conference of networking good time aimed at fostering cooperation and Conference knowledge exchange. Important areas of attention will consist of:

Key topics covered at the AI and Robotics Conference include:
- Autonomous systems in space missions
- Robotics for satellite deployment and maintenance
- AI and machine learning applications in aerospace
- Advanced propulsion and control systems
- Innovations in space exploration robotics

Scientific Session
The most recent advancements in autonomous aerial vehicles will be talk about in this session, with an emphasis on cutting-edge helmsmanship systems, AI-powered decision-making, and practical uses in fields including disaster relief, agriculture, and surveillance. Aerospace Summit Along with talks on how AI is make better UAV efficiency in challenging environments, key developments in GPS-denied navigation, SLAM (Simultaneous Localization and Mapping), and LIDAR-based guidance systems will be discuss. Government representatives, researchers, and industry professionals will give their perspectives on the regulatory issues surrounding the implementation of autonomous systems in different areas.
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This seminar will focal point on the state-of-the-art robotic systems propelling space exploration. The event will examine how systems, such as Mars rovers and lunar investigation robots, are built to withstand harsh space conditions, such as radiation, temperature swings, and vacuum. Along with their participation in future missions planned by NASA, ESA, and private space firms, collaborative robots employed in space construction and maintenance chores will also be covered. Planetary robotics experts will address future mission potential as well as technical hurdles throughout the discussion.
This presentation will travel over the use of AI and machine learning in aerospace robotics, inclusive of data-driven flight optimization, predictive maintenance, and autonomous spacecraft navigation. The talk will focus on how machine learning models increase airplane safety and dependability, while AI-driven technologies help spacecraft make better decisions and diagnose problems. A thorough understanding of AI’s revolutionary effects on the aerospace sector will be provided by the exploration of ethical issues surrounding its application in high-stakes situations.
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This session will examine the creation of swarm behavior algorithms and their use in fields including resource extraction, exploration, and surface mapping. Swarm robotics offers interesting prospects for space missions. The difficulties of inter-robot communication in space, where delays might impede real-time coordination, will also be covered in the workshop. With talks on the scalability of autonomous swarms in upcoming space missions, case studies on the deployment of swarm robots for satellite constellations, lunar exploration, and asteroid mining will offer a practical viewpoint.
The use of robotics in satellite position and maintenance will be discussed in this session. For in-orbit maintenance, such as satellite refueling, repairs, and upgrades, robotic technologies are increasingly essential. Future prospects for self-maintaining space station will be examined, along with Aerospace Events maturing in autonomous satellite deployment systems and the increasing significance of micro-robotics for nano-satellite management. Prominent specialists will provide their outlook on upcoming missions and existing technology that potentially revolutionize satellite maintenance through robotic innovation.
This workshop will address the use of robotic arms and manipulators in spacecraft and station operations, including the assembly and maintenance of structures in orbit. These tools are essential for space missions. Talks will center on how artificial intelligence (AI) and machine learning are enhancing these systems’ accuracy so they can manage delicate tasks in Aerospace Summit space. Future uses, including planetary sampling and space station assembly, will be investigated, with an emphasis on human-robot cooperation in mission-critical settings.
The mobility of aerospace robotics depends heavily on propulsion, and this session will examine the most recent developments in ion and electric propulsion systems, particularly for deep-space missions. Emerging technologies like nuclear propulsion, which have the potential to transform space travel, will be examined along with autonomous Robotics Conference systems that optimize agility and fuel efficiency. A thorough review of the future of robotic propulsion will be given throughout the event, which will also cover the difficulties propulsion systems encounter in harsh space conditions.
The last session will concentrate on how robotics might improve the effectiveness and security of aviation inspection and maintenance. In order to Aerospace Conference minimize human mistake and downtime, automated systems—like drones and mobile robots—are being utilized more and more for airplane inspection. Machine learning-powered predictive maintenance will receive a lot of attention since it has the potential to significantly increase the dependability of aircraft systems. A practical viewpoint on the effective application of robotic systems in airplane Aerospace Engineering Conference maintenance will be offered via case studies from both commercial and military aviation.
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Venue Attraction
Hotel Services & Amenities
- Connecting Rooms
- Hot breakfast
- Free WiFi
- Concierge
- Non-smoking rooms
- Digital Key
- On-site restaurant
- Fitness center
- Express Mail
- Pet-friendly rooms
- Room service
- Meeting rooms



Registration
Speaker Registration
Oral Presentations
$795
Student Registration
Post Graduates
$395
Delegate Registration
Participant & Attendants
$795
Get In Touch
To learn more about our conferences and events, please get in touch with us. Join our extensive network of scientists, professional experts, and research scholars to stay informed and connected.
Address
16192 Coastal Highway Lewes, Delaware, USA 19958
Phone number
+1 630 768 1199
E-mail address
support@stripeconferences.com
Media Partners
FAQ's
2025’s subject is “New Challenges & Current Trends in Aerospace Engineering and Robotics.”
The conference will be clasp in Osaka, Japan, during November 10–11, 2025.
Researchers, engineers, industry professionals, professors, and everyone differently working in robotics or aeronautical engineering is the quarry audience for this conference.
Robotic arms for space capsule, AI and machine learning request in aerospace, autonomous spacecraft, robotics for space exploration, and more are Summit important subjects.
On March 1, 2024, early bird registration will open.
Yes, abstracts are still being accepted.
Indeed, there will be a number of networking Aerospace Summit opportunities and chances to meet leaders in the field throughout the event.
Keynote addresses, technical seminars, workshops, and clasp conversations will all be included in the conference.
The submission portal on the official website is where abstracts can be submitted.
Yes, the official conference website has a brochure that may be downloaded.