
The Master of Science in Space Studies with a focus on Aerospace Engineering is a 22 month full time program designed for students seeking advanced knowledge and practical expertise in space systems, aerospace technology, and space policy. The curriculum integrates orbital mechanics, aerospace design, space mission analysis, and research methods, providing students with the skills to develop, analyze, and manage complex space projects. Learners engage in theoretical coursework, hands-on laboratory sessions, and applied research, gaining the ability to design spacecraft systems, evaluate mission performance, and solve engineering challenges in both academic and industrial contexts. The program prepares graduates for careers in aerospace, defense, research institutions, and space policy organizations, balancing technical competence with strategic insight.
Throughout the program, students collaborate with faculty and peers on simulations, laboratory experiments, and research projects, applying principles of propulsion, satellite technology, space systems engineering, and data analysis to real world problems. The 22 month structure allows time to combine intensive technical training with applied research and project work. Graduates develop the expertise to contribute to the design, operation, and optimization of space missions, and to participate in interdisciplinary teams addressing challenges in aerospace engineering and space exploration.
Semester 1: Foundations in Space and Aerospace Engineering
• Orbital Mechanics and Dynamics
• Aerospace Materials and Structures
• Space Systems Design
• Research Methods in Space Studies
Semester 2: Applied Aerospace Systems
• Propulsion Systems and Spacecraft Engineering
• Satellite Technology and Communication Systems
• Computational Methods for Aerospace Analysis
• Laboratory and Simulation Techniques
Semester 3: Advanced Space Studies
• Space Mission Planning and Analysis
• Space Environment and Operations
• Remote Sensing and Space Observation
• Elective in Aerospace Engineering or Space Policy
Semester 4: Research and Capstone Project
• Independent Research / Thesis
• Applied Aerospace Project
• Advanced Data Analysis in Space Studies
• Elective in Space Technology or Systems
Graduates of this program are prepared for professional roles that require expertise in space systems, aerospace engineering, mission analysis, and research and development. Potential careers include Aerospace Engineer, Satellite Systems Analyst, Mission Planner, Research Scientist, and Space Technology Consultant within space agencies, research institutions, aerospace companies, defense organizations, and international space programs. The program equips students with the technical, analytical, and problem solving skills necessary to contribute to spacecraft design, mission operations, and space exploration projects. Graduates are also well positioned to pursue doctoral studies or leadership roles in aerospace engineering, research, and applied space science.
This program is ideal for students seeking an intensive, research oriented education focused on space systems, aerospace engineering, mission planning, and applied research skills. Its 22 month on campus structure provides hands-on laboratory experience, simulation projects, and close collaboration with faculty and peers. The curriculum emphasizes both theoretical understanding and practical application, preparing graduates to design, analyze, and manage space missions, contribute to aerospace research and development, and advance their careers in the expanding field of space technology and exploration.
For further information, please contact the admissions office at:
Phone: 713-348-7423
Email: admission@rice.edu
Address: Office of Admission – MS 17, 109 Lovett Hall, 6100 Main Street, Houston, TX 77005, United States