Master of Science in Space Studies-Capstone Option

Provides an in-depth study in the discipline, with emphasis in both aircraft and spacecraft design/operations. Students take courses with comprehensive overviews of such topics as aircraft propulsion, aerodynamics and, aircraft design in addition to learning about orbital mechanics, rocket propulsion, and spacecraft design.

Upon successful completion of this concentration, the student will be able to:

• Categorize the laws of orbital mechanics -- calculate and illustrate the effects that gravity has on two-body mechanics including spacecraft maneuvers such as transfer orbits and rendezvous.
• Apply scientific principles and calculate problems related to aircraft propulsion systems.
• Examine liquid and solid rocket propulsion fundamentals including propellants, combustion principles, components, and general turbo-pump, and motor design.
• Assess the development, technology, and importance of satellite communications in our modern technological society.
• Synthesize the fundamentals of aerodynamics and aircraft/spacecraft design, building upon past and current technology to shape innovations for the future.

A diverse range of courses provide an inclusive synopsis of astronomy – from the Solar System to stars and galaxies. You will learn about astronomical instrumentation, with the opportunity to access the university’s observatory and the PlaneWave CDK24 robotic telescope.

Upon successful completion of this concentration, the student will be able to:

• Demonstrate an in-depth understanding of Solar System -- including planets, comets, asteroids, and meteorites.
• Analyze the celestial objects found beyond our Solar System: stars, exoplanets, galaxies, and possible extraterrestrial life.
• Evaluate the geology of the Moon and Mars as related to their significance for near future human exploration of the Solar System.
• Critique the various configurations of telescopes and their use in the exploration of all types of electromagnetic radiation – from radio waves to gamma rays.
• Synthesize the history of astronomy, from ancient Greece to our modern cosmological model of the universe.

The Earth and Planetary Sciences concentration is designed to provide students with an in-depth overview of our Solar System. Topics covered include planetary geology, with special emphasis on geology of the Moon and Mars. Small Solar System objects such as natural satellites, planetary rings, comets, and asteroids are also considered. Students study the origin of atmospheres on the Earth, Venus, Mars, and Saturn’s moon Titan. Planetary mapping techniques and GIS fundamentals are considered in this concentration as well.

Upon successful completion of this concentration, the student will be able to:

• Use the scientific method and scientific tools to solve programs related to the Earth and planets.
• Identify the process and features associated with the Earth and planetary interiors, landscapes, oceans, and atmospheres.
• Demonstrate a comprehensive understanding of the interrelated physical, chemical, and geological processes operating on the Earth and other planets.
• Present earth and planetary science information clearly, in multiple formats (written, oral, graphically).
• Analyze the origin, composition, and nature of planetary atmospheres.
• Explain how terrestrial moons and planets are mapped utilizing state-of-the-art GIS techniques.
• Demonstrate good scientific ethics.

The program helps to cultivate leaders in the space industry, not only in NASA, but in the commercial realm of space operations. This concentration is ideal if you already have an administrative or business background. Coursework includes space diplomacy and law, space operations and organizations, as well as the historical, political, economic, legal, commercial, scientific, and technical challenges comprising this complex and rapidly changing discipline.

Upon successful completion of this concentration, the student will be able to:

• Examine the political and commercial significance of major national and international space missions, projects, and operations.
• Evaluate organizations that are critical to the success of the technological advance of space infrastructure in the United States.
• Assess the status of space cooperation and diplomacy between various space faring nations.
• Synthesize space laws and how the governing institutions affect applications such as remote sensing, communications, navigation, launch services, satellite exports, and arms control.