Engineering in Space: Adventures of an Astronaut Engineer is an exciting look into space through the eyes of an engineer. From lift-off to touch-down, engineering principles are integrated with a first-hand account of the beauty of space. This fascinating story uses rhyming and rhythm to creatively engage the reader on a journey through space.

As engineering professors, we have both been teaching at the university level and conducting research in nanotechnology and engineering education for several years. After having our families, we have discovered that there is a lack of children's books on engineering geared toward young children ages 4-8. Engineering education is a growing issue in our nation, and all research points towards engaging children in engineering concepts when they are at these young, impressionable ages. We have developed this children's book on engineering targeted for ages 4-8 based on experiences that we have had in engineering education and research. Our goal with this book is to show children some exciting things that engineers design and engage them through humor and their own creativity.

Advancements in nanotechnology for material processing via combustion synthesis have spurred the development of superalloys that provide improved protective properties. Nano-scale reactant particles offer increased homogeneity that improve the micro-structural features and macroscopic properties of the synthesized product. This book examines the use of self-propagating high-temperature synthesis as a practical alternative to the conventional methods for alloy production. Several important issues pertaining to nanostructured metallic alloys will be discussed such as: incorporation of a nanoscale particulate additive to increase performance properties, activation energy and ignition behavior of nanocomposites compared with traditional alloys, and the production of a highly porous, nanostructured, heat-insulating metallic alloy. This book delivers unique analysis and experimental design solutions needed to conceptualize and produce nanostructed intermetallics. It is an indispensible resource for students, researchers, and practicing engineers working with materials and nanotechnology.