This is a course in college trigonometry. It synthesizes topics from college algebra courses such as MATH110, extends the students' studies to trigonometry, and introduces topics in analytical geometry. It covers a variety of mathematical concepts and techniques that are important to those continuing into more advanced math and math-related classes. Practical applications are provided throughout the course. The course concentrates on various trigonometric functions, identities, and equations as well as the application of trigonometry to real-life situations. The final part of the course includes polar coordinates and vectors. While there are no prerequisites for MATH111, it is very highly recommended that the student has completed MATH110 College Algebra or an equivalent college-level course. The course assumes the student is completely comfortable with the language of algebra, equations and inequalities, polynomials, factoring, and rational expressions. If a lower-level math course has not been completed recently, we recommend that students take MATH100, MATH101, or MATH110. This class is recommended only for students with prior math experience and who have an adequate amount of time to pursue a highly accelerated course of study in eight weeks.

This course is designed to introduce the student to a variety of subjects, which together comprise the overall field of space studies. This includes the space environment, astrodynamics, launch vehicles, spacecraft, space operations, commerce, space law, policy, telecommunications, space navigations, remote sensing, space resources, astronomy, and space life sciences. All of these topics will be addressed with a very broad brush, as the student will study them more in-depth during later courses in the aerospace studies degree program. Instruction is primarily through readings (both textbook and online), along with weekly classroom discussions. As the first space studies course in the AS and BS degree in Space Studies program, this course also focuses on research and writing methods appropriate to space studies. The web readings listed under "Web Resources" will discuss critical elements of research, writing, style and formatting. The Turabian style (also known as the Chicago style) is required for all courses in this program. The course will introduce the student to a variety of research sources that will be useful in future space studies courses. (Prerequisite: MATH111)

Students in this course assess the major aspects of space flight. The course covers space flight from early rocketry through the development of satellite navigation, meteorology, and telecommunications, up to human space flight. Course topics also include: rocket propulsion, basic orbital mechanics, the space environment, living and working in space, and an overview of non-U.S. space programs. Instruction is primarily through readings, along with weekly forums. There will be weekly quizzes, and a paper. (Prerequisite: SPST200)

This course is a history of human activity in space and includes rocketry, space associations, voluntary organizations, human flight, unmanned flight, satellites, science-fiction, and ballistic missiles. The History of Space is a survey of humanity’s quest to explore outer space, “the final frontier.” This course is a history of human activity concerning, about, and in space and includes early humanity’s fascination with the heavens, the quest for knowledge about what lay beyond the sky, human flight, unmanned flight, the development of rocketry and satellites, the role of early space associations and voluntary organizations, space exploration and ballistic missiles and the increased militarization of space, and science fiction. (Prerequisite: SPST201)

This course assesses the various aspects of policy surrounding space activities and investigates how space policy evolves from historical contexts through policy outcomes, including law, commerce, the environment, international cooperation, and national security. (Prerequisites: SPST200)

This course is a summary of U.S. and international space programs. The student will assess the Earth and its space environment, to include methods of scientific exploration and spacecraft and payload criteria at the basic physics level. This course elaborates on Space Station flight operations, its supporting elements and planned systems. Students will study commercial applications, logistical support, maintenance and servicing design concepts. (Prerequisites: SPST200)