Michael D. Griffin

Michael D. Griffin served as Administrator of NASA from 2005 to 2009 and previously held leadership positions at the Applied Physics Laboratory at Johns Hopkins University. He holds degrees in aerospace engineering, electrical engineering, civil engineering, and business administration, along with a PhD in aerospace engineering from the University of Maryland. Griffin worked on spacecraft design and space systems engineering throughout his career before entering government service. His technical background includes work on the Strategic Defense Initiative and various space exploration programs during his time at NASA. As an author, Griffin focuses on technical aspects of spacecraft and space systems engineering. His writing draws from decades of hands-on experience in aerospace engineering and space program management. Griffin currently works in the private aerospace sector and continues to write about space technology and policy. His professional experience spans both government and commercial space programs, giving him insight into multiple aspects of the aerospace industry.

Readers of "Space Vehicle Design" appreciate Griffin's technical depth and practical approach to spacecraft engineering concepts. Many reviewers note the book provides comprehensive coverage of space systems design principles and real-world applications drawn from Griffin's professional experience. Engineering students and professionals find the mathematical rigor and detailed examples helpful for understanding complex spacecraft design challenges. Several readers mention the book serves as a useful reference for those working in aerospace engineering fields. Some readers find the technical content dense and challenging without prior aerospace engineering background. A few reviewers note that certain sections require strong mathematical foundations to fully comprehend the material. Several readers point out that Griffin's government and industry experience adds credibility to the technical discussions. Others mention the book fills a gap in available literature on practical spacecraft design methodology, though some find the presentation style dry compared to more accessible engineering texts.