Space Systems Operations Management Degree draft
Program Overview
The Master of Science in Space Systems Operations Management at Webster University prepares students for careers in the space industry. The program offers two concentrations: Space Systems Engineering and Technical Management, and Space Systems Acquisitions and Program Management. Students can choose from a variety of electives to customize their degree. Graduates are prepared for careers in space systems engineering, technical management, acquisitions, contracts, space exploration, aerospace manufacturing, and government agencies.
Program Outline
Degree Overview:
Master of Science in Space Systems Operations Management
Objectives:
- Prepare students for entry-level or advanced positions in the space industry.
- Provide a comprehensive understanding of space systems operations management, including space propulsion, power systems, spacecraft environment, and orbital mechanics.
- Develop skills in planning, executing, and managing space systems operations programs.
Program Description:
The Master of Science in Space Systems Operations Management is a flexible graduate program that can be completed entirely online or in person at Webster University's Colorado Springs metropolitan location. The program offers two concentrations:
- Space Systems Engineering and Technical Management: Focuses on the planning, design, building, operation, and management of critical space systems.
- Space Systems Acquisitions and Program Management: Covers the ins and outs of contracts and acquisitions related to space systems, including software, hardware, budgeting, and resource planning. In addition to the core curriculum for their concentration, students can choose from a variety of electives, including Space Commanding Systems, GPS-Space Radio Navigation Systems, and Space Systems Law and Policy.
Outline:
Core Curriculum:
- Space Systems Engineering and Technical Management
- Space Systems Acquisitions and Program Management
- Space Propulsion
- Space Power Systems
- Spacecraft Environment
- Orbital Mechanics
Electives:
- Space Commanding Systems
- GPS-Space Radio Navigation Systems
- Space Systems Law and Policy
- Advanced Space Systems Engineering
- Advanced Space Systems Acquisitions and Program Management
- Space Systems Simulation and Modeling
- Space Systems Risk Management
Assessment:
Assessment methods may include:
- Exams
- Quizzes
- Assignments
- Projects
- Presentations
Teaching:
- Teaching Methods: Lectures, discussions, case studies, simulations, hands-on assignments, research projects
- Faculty: Experienced professionals with extensive industry experience
- Student-to-Faculty Ratio: 8:1
Careers:
Graduates with a Master's in Space Systems Operations Management are prepared for careers in:
- Space systems engineering
- Technical management
- Acquisitions
- Contracts
- Space exploration
- Aerospace manufacturing
- Government agencies
