Introduction to technologies and computational tools used in space-based applications, including techniques for exploring the planets and the near-Earth geospace environment. Overview of orbits, spacecraft, control of spacecraft, electromechanical system requirements for space-based applications, and space environment interactions with spacecraft systems. Understanding the space environment and the engineering approaches required to operate in it.
This course introduces students to the various technologies used in space applications and the special considerations required when designing systems for operation in space. Students learn the particle and field environments in low-Earth orbit and the spacecraft-based environmental monitoring tools used to study that environment. Students will learn about appropriate design approaches to address unique issues that occur in the space environment. These concepts inform and are relevant to topics as GPS, satellite communications, and remote and in-situ sensing. These topics are not covered by any other course offered in the university.
Percentage of Course
|Classifications of sounding rockets, launch vehicles, and satellites||10%|
|STK – Analysis of orbits, ground contacts, satellite drag, etc.||10%|
|Exploration of the planets and geospace environment||15%|
|Instrumentation used in space based applications (e.g. Langmuir probes, E-field double probes, RPAs; Drift meters; Instruments based on ion optics; Mass spectrometry, Photometers; Radiometers and Spectrographs; Magnetometers; Accelerometers)||20%|
|Attitude determination and control systems||5%|
|Radiation environment & mitigation practices||10%|
|Space environment models (IRI, MSIS, SAMI, TIME-GCM)||20%|
|Systems engineering for space applications||5%|