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Watch this 26-minute conference presentation exploring how biological principles can inform and enhance space systems design for missions to the outer solar system and beyond. Learn from Princeton University researcher Shane Campbell-Staton as he examines the intersection of evolutionary biology and aerospace engineering, demonstrating how adaptive strategies found in nature can be applied to create more resilient and efficient spacecraft systems. Discover innovative approaches to designing missions that must operate autonomously in extreme environments with limited opportunities for intervention or repair. Gain insights into biomimetic design principles, adaptive mission architectures, and how biological systems' survival mechanisms can inspire solutions for long-duration space exploration challenges. Explore the potential for incorporating biological insights into spacecraft design, mission planning, and system redundancy strategies for ambitious outer solar system missions where traditional engineering approaches may fall short.
