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International Conference on Robotic Systems Simulation and Software Integration in Aerospace

📅 25–26 Nov 2026 📍 Venice, Italy 👤 Standard / Listener

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$165

virtual · $165 in person

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest innovations in robotic systems specifically designed for aerospace applications. Contributions may include novel designs, prototypes, and case studies demonstrating the effectiveness of robotics in enhancing aerospace operations.

This session will explore advanced simulation techniques utilized in the development and testing of aerospace robotics. Papers may address both theoretical frameworks and practical implementations that enhance the reliability and efficiency of robotic systems.

This track emphasizes the critical role of software integration in aerospace engineering projects. Participants are encouraged to present methodologies and tools that facilitate seamless integration of software systems within aerospace environments.

This session will delve into intelligent control systems that enable autonomous operations of aerospace robotics. Contributions should highlight algorithms, architectures, and real-world applications that demonstrate improved autonomy and decision-making capabilities.

This track will cover the design and implementation of embedded systems within the context of aerospace robotics. Papers should focus on hardware-software co-design, real-time processing, and the challenges associated with embedded systems in aerospace environments.

This session aims to discuss innovative approaches to automation and system design in the field of aerospace robotics. Contributions may include design methodologies, system architectures, and case studies that showcase successful automation strategies.

This track will highlight the role of robotics engineering in advancing space exploration missions. Participants are invited to present research on robotic systems designed for planetary exploration, satellite servicing, and other space-related applications.

This session will focus on the dynamics of human-robot interaction within aerospace contexts. Papers should explore user interface design, collaborative robotics, and the implications of human factors in the deployment of robotic systems.

This track addresses the multifaceted challenges associated with the integration of robotics systems in aerospace applications. Contributions should discuss technical, operational, and regulatory hurdles, along with proposed solutions and best practices.

This session will explore the use of simulation-based approaches for validating the performance and safety of aerospace robotics. Papers should present methodologies for testing and verification that ensure compliance with aerospace standards.

This track will examine emerging trends and future directions in the intersection of aerospace robotics and software engineering. Participants are encouraged to speculate on technological advancements and their potential impact on the aerospace industry.