M.S. in Space Operations
Students will:
- Evaluate key elements within the space domain and its operational ecosystem.
- Apply STEM principles and theory necessary for conducting spaceflight operations.
- Create strategies for developing space capability and executing spaceflight missions.
- Demonstrate the requisite professional skills desired by large multinational agencies.
- Explain the purpose of empirical research and the role of statistics.
- Correctly apply to data statistical tests for between-subjects designs including t-tests, one-way analysis of variance, and factorial analysis of variance.
- Evaluate alternate investigation methods, determine when to use quantitative, qualitative or mixed methods, and create sample research questions that quantitative, qualitative and mixed methods can address.
- Apply different research designs with appropriate consideration of relative strengths and weaknesses, specific tools and techniques of data collection, assumptions of use, and acceptable analytic procedures.
Degree Requirements
MSSO Core Requirements | 18 | |
Project Management in Aviation Aerospace | ||
Statistical Analysis for Aviation/Aerospace | ||
Research Methods in Aviation/Aerospace | ||
Earth Observation and Remote Sensing | ||
or SPAC 511 | Earth Observation and Remote Sensing | |
Space Mission and Launch Operations | ||
or SPAC 512 | Human Spaceflight Industry | |
Space Habitation and Life Support Systems | ||
Research Requirements | 3-6 | |
Select one of the following options: | ||
Graduate Capstone Research Project | ||
Thesis | ||
Electives | 6-9 | |
Overview of the Space Ecosystem | ||
The Launch Industry | ||
The Satellite Communications Industry | ||
Cybersecurity Applications in Space | ||
Space Technology and Systems | ||
Space Law and Policy | ||
Total Degree Credits | 30 |