Space Science Advisor:
Dr. Benjamin Malphrus 
Space Science Center Dir.
Extragalactic Astrophysics and Satellite Telecommunications
(606) 783-2212
b.malphrus@moreheadstate.edu

The program in Space Science is one of distinctively few such programs nationwide offered at the undergraduate level. The presence of the 21-Meter Morehead State University Space Tracking Antenna and Radiotelescope (21m STA) on campus and the availability of this extraordinary facility to our students and faculty for instruction and research provide a solid foundation for the program. Excellent faculty with diverse backgrounds in space related science and technology allow students to tap the full potential of this multifaceted, state-of-the-art facility. The curriculum has been chosen to be rigorous but flexible. Graduates from the program will have breadth of knowledge, experience, skills, and adaptability which are the marketable tools of new and exciting professional careers in space science and the telecommunications industry.

Program Goals

The main goal of this program is to prepare its graduates for professional opportunities in space science, whether their interest lie in astrophysical research or in applied technologies such as satellite tracking and telemetry, or telecommunications electronics. The program provides a broad but sound education in the basic physical and mathematical sciences, as well as specialized instruction in optical and radio astronomy, astrophysics, electronics, and research opportunities in astrophysics, engineering, engineering technology, and telecommunications. This preparation will enable graduating students to seek positions with NASA, aerospace companies, public and private science organizations, research facilities, colleges, planetariums, astronomical observatories, and in other commercial industries.

Program Competencies

The student will: 

1. Develop an understanding of the core concepts of physics, space science, communications electronics, and mathematics
2. Acquire a number of technical skills that are in high demand in the workforce; the ability to work as a member of a team, to write good quality technical reports, and to give formal oral presentations.
3. Attain extensive experience in computer programming, modeling, and data acquisition and analysis.
4. Use computers and high-tech instrumentation to monitor and control technical systems, including the large structures of space tracking antennas.
5. Be able to apply basic principles of physics and engineering to solve technical problems.

Assessment Prodecures

• Performance on writing technical reports and in giving oral presentations
• Performance on research-related projects
• Survey of graduates
• Survey of employees
• Exit Exam

Degree Requirements