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International Conference on Aeronautical Robotics and Automation

9th Nov – 10th Nov 2026 Antalya, Turkey Standard / Physical Participation

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ConferenceICARA

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Conference Session Tracks

SDG-Aligned Research Themes

International Conference on Aeronautical Robotics and Automation conference tracks support global knowledge exchange, innovation, and sustainable development priorities across diverse disciplines.

SDG 9 - Industry, Innovation and Infrastructure

SDG 11 - Sustainable Cities and Communities

This track focuses on the latest innovations in robotic systems specifically designed for aviation applications. It aims to explore how these advancements enhance operational efficiency and safety in aerospace environments.

This session will delve into the design principles and practical implementation of aerial robotic systems. Participants will discuss case studies and methodologies that contribute to the effectiveness of these technologies in various aerospace scenarios.

This track examines the role of automation in enhancing aerospace engineering processes. Topics include automated manufacturing, assembly, and maintenance systems that leverage robotic technologies.

This session is dedicated to the development and application of navigation and control algorithms for robotic systems in aerospace. Researchers will present their findings on improving the precision and reliability of these algorithms.

This track explores the advancements in robotic perception technologies that enable aerial robots to interpret and interact with their environments. Discussions will focus on sensor integration and data processing techniques.

This session addresses the challenges faced by autonomous aerial robots in real-world applications. Participants will share innovative solutions and strategies to overcome these obstacles.

This track investigates the dynamics of human-robot interaction within the aerospace sector. Emphasis will be placed on designing intuitive interfaces and improving collaboration between humans and robotic systems.

This session focuses on the strategies and algorithms for coordinating multiple robotic systems in aerospace operations. Topics will include communication protocols and task allocation methods.

This track examines the latest techniques in robotic path planning for aerial vehicles. Researchers will discuss algorithms that enhance navigation efficiency and obstacle avoidance.

This session highlights the role of advanced sensors in robotic systems used in aeronautics. Participants will explore sensor technologies that improve the functionality and safety of aerial robotics.

This track focuses on the integration of artificial intelligence in automating aerospace robotics. Discussions will center on intelligent systems that enhance decision-making and operational capabilities.