Space Systems Engineering
2026–2027
40 courses
- EN.675.600Systems Engineering for Space
- EN.675.601Fundamentals of Engineering Space Systems I
- EN.675.602Fundamentals of Engineering Space Systems II
- EN.675.613Bold Science Enabled by Engineering
- EN.675.617Space Policy and Engineering
- EN.675.621Space Environment and Effects
- EN.675.622Spacecraft Hardware Design Considerations
- EN.675.641Space Cybersecurity
- EN.675.650Mathematics for Space Systems
- EN.675.691Electro-Optical Space Systems
- EN.675.701Applications of Space Systems Engineering
- EN.675.702Spacecraft Materials
- EN.675.710Small Satellite Development and Experimentation
- EN.675.711Ground System Engineering and Mission Operations
- EN.675.712Space Mission Formulation
- EN.675.713Fault Management & Autonomy
- EN.675.722Space Mechanical Design and Analysis
- EN.675.724Space Internetworking
- EN.675.731Spacecraft Propulsion
- EN.675.732Advanced Topics in Aerospace Hardware
- EN.675.733Spacecraft Rendezvous and Proximity Operations
- EN.675.734Fundamentals of Celestial and Orbital Mechanics
- EN.675.740Assuring Success of Aerospace Programs
- EN.675.742Optical Communications and Laser Radar
- EN.675.743Communication Systems for Space Missions
- EN.675.746Digital Engineering for Space
- EN.675.750Numerical Methods for Space
- EN.675.751Space Weather
- EN.675.752Attitude Determination and Control
- EN.675.753Avionics
- EN.675.754Flight Software
- EN.675.756Spacecraft Antenna Design
- EN.675.761Reliability Engineering and Analysis
- EN.675.768Spacecraft Integration and Test
- EN.675.771Space Mission Design and Navigation
- EN.675.772Requirements, Verification and Validation
- EN.675.781Physics of Space Security
- EN.675.792Scientific Instruments for Space
- EN.675.793Science and Payload Operations Centers
- EN.675.800Directed Studies in Space Engineering
No courses found.