Daniel Carter
Aerospace engineer specializing in launch vehicle systems, propulsion integration, and orbital access reliability
Shanghai, China
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Daniel Carter is an aerospace engineer with over twelve years of experience in launch vehicle development and orbital systems engineering. He has worked on multiple medium lift and heavy lift rocket programs, contributing to propulsion integration, structural analysis, and flight readiness certification.
His work focuses on bridging theoretical aerospace design with real world manufacturing and operational constraints. Daniel has led cross functional engineering teams through critical design reviews, static fire campaigns, and launch readiness milestones. He regularly speaks at technical conferences on launch reliability, systems engineering, and the future of scalable space access.
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Topics
From Launch Pad to Low Earth Orbit, Engineering Reliable Rockets
Modern launch vehicles are no longer one off engineering projects, they are production systems that must balance performance, reliability, cost, and turnaround time. This session explores how aerospace engineering practices have evolved from bespoke designs toward scalable, repeatable rocket architectures.
Drawing on real world experience in launch vehicle design and systems engineering, the talk covers propulsion tradeoffs, structural margins, avionics redundancy, and manufacturing constraints that directly affect mission success. Special focus is placed on failure modes observed in recent launch programs and how iterative testing, telemetry driven design, and cross disciplinary teams reduce risk.
Attendees will gain a practical understanding of how engineering decisions made early in development influence long term launch cadence, reusability, and operational cost. The session is aimed at engineers, technical leaders, and decision makers interested in how rockets move from experimental prototypes to dependable orbital systems.
Daniel Carter
Aerospace engineer specializing in launch vehicle systems, propulsion integration, and orbital access reliability
Shanghai, China
Actions
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