Questions? Ready to book? Please call Robin Keller at (203) 372-3521 ext. 117
How are spacecrafts engineered to survive the hostile environment that is space? We’ll learn about the risks of space travel and exploration, and the innovations that enable astronauts and instruments to go farther into the cosmos. Students learn the Engineering Design Process in the context of space exploration and space travel; how to define the problem, identify constraints, and design a solution. The space environment is the starting point of this demonstration in engineering practice where engineering solutions must contend with the environmental constraints of the space environment. Students learn that space is a place of extremes in temperature, is a vacuum, experiences microgravity, and exposes hardware and astronauts to elevated levels of radiation. Mission operations, such as launch, orbit and deep space travel, and landing are presented with the engineering challenges they pose for spacecraft. Students learn how NASA engineers solve these challenges in a demonstration that uses NASA artifacts, such as space shuttle tiles to demonstrate thermal protection systems, and real NASA missions to lay out design solutions for interplanetary entry, descent, and landing of space hardware. NB: This demo nicely complements our Egg Drop engineering challenge learning lab (please refer to learning labs section for more info).