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International Conference on Robotic Control Systems for Aerospace Engineering (ICRCSAE-26)

25th - 26th Nov 2026,Rome, Italy

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Call for Paper

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Important Dates


Early Bird Registration

26th Oct 2026

Paper Submission Deadline

31st October 2026

Registration Deadline

10th November 2026

Conference Date

25th - 26th Nov 2026

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  • Early-Bird Registration Reminder:
    Early-bird registration for the Science Cite Conference in Rome ends soon! Register Now!
  • Certificate of Presentation – Recognizing Your Contribution:
    Receive a Certificate of Presentation to recognize your participation in Rome conference.
  • Peer Review Process:
    The peer review process will begin soon for Rome conference.
  • Networking with Global Experts:
    Join global experts at our conference in Rome.
  • Opportunity for Scopus-Indexed Journal Publication:
    Your research could be published in a Scopus-Indexed Journal. Submit Your Abstract
  • SDG-Inspired Conference Focus:
    Present your work aligned with Sustainable Development Goals.

Call For Papers

The ICRCSAE bridges the gap between academia and industry by promoting research with practical applications. It provides a platform for professionals and researchers to share insights that drive real-world impact.

The conference focuses on Robotic Control Systems for Aerospace Engineering, encouraging applied research, case studies, and industry-driven innovations.

Authors are invited to submit papers addressing, but not limited to, the following areas:

  • Control systems for aerospace robotics
  • Robustness in robotic control algorithms
  • Real-time control in aerospace applications
  • Adaptive control strategies for robotics
  • Model predictive control for aerospace systems
  • Robotic systems for flight control
  • Control challenges in autonomous systems
  • Human-robot collaboration in control systems
  • Control architectures for aerospace robotics
  • Simulation of control systems in robotics
  • Data-driven control techniques for robotics
  • Safety and reliability in control systems
  • Control systems for robotic navigation
  • Robotic systems for automated inspections
  • Control theory applications in aerospace
  • Future trends in robotic control systems
  • Robust control for aerospace applications
  • Control systems for multi-robot coordination
  • Integration of AI in control systems
  • Control strategies for emergency response

Assessment

Submissions will be evaluated based on applicability, innovation, and research contribution. Accepted papers will be presented and considered for publication in relevant journals and proceedings.

Registration

Complete your registration to participate in discussions that bridge academia and industry, and gain exposure to practical insights.

Publication

Selected papers will be considered for publication platforms that support academic and industry collaboration.

Submit Your Paper Now Confirm Your Participation Today

Indexed / Supported By

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Academic Institutions Whose Scholars Have Contributed

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