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About

Bradley Steinfeldt is an aerospace engineer whose research has made significant contributions to the field of planetary entry, descent, and landing (EDL) systems, with a particular focus on Mars mission architectures. His most influential work, "High Mass Mars Entry, Descent, and Landing Architecture Assessment" (2009), has garnered 70 citations and addresses one of the most pressing challenges in human spaceflight: safely delivering payloads exceeding two metric tons to the Martian surface — a prerequisite for crewed Mars missions. Steinfeldt's research systematically evaluates and advances beyond Viking-era technologies, identifying next-generation solutions for high-mass EDL scenarios. His development of the "Smart Divert" architecture represents another notable achievement, proposing an innovative approach that enables precision landing in hazardous terrain by targeting small safe zones — a capability that could dramatically expand scientifically valuable but risky landing sites for robotic missions. Additionally, his work applying State-Dependent Riccati Equation methods to atmospheric entry guidance demonstrates his breadth across both systems architecture and advanced control theory. Collectively, his publications reflect a researcher dedicated to solving the fundamental engineering barriers standing between humanity and sustained exploration of Mars.