Engineering Resilient Space Systems

Explore the critical aspects of engineering resilient space systems, demonstrating how Ansys solutions enable the development of robust spacecraft and space systems that can survive the harsh space environment.  From mission planning to component-level reliability, this series covers the complete spectrum of space challenges and solutions.

Engineering resilient space systems begins with understanding and mitigating environmental threats. This session focuses on the significant hazards facing space assets, including lightning, radiation, dielectric breakdown, interference, and triboelectric effects.

Thermal Control Systems are vital for spacecraft, ensuring components stay within safe temperature limits in space’s extreme conditions. We cover advanced thermal analysis methods and highlight how Ansys Thermal Desktop supports the design of resilient thermal systems for spacecraft.

Discover how Ansys Sherlock streamlines early reliability predictions and provides detailed insights into PBC and component-level risk analysis. Learn how to account for Mechanical stresses, such as launch loads, and seamlessly integrate mission profile workflows into your design processes.

Software reliability is vital in space. This session covers model-based development of safety-critical software with Ansys SCADE, including automated code generation and verification. It also demonstrates how integrating SCADE with STK connects mission scenarios to software requirements, ensuring resilient performance in extreme environments.