| 1 | Launch Systems | SMAD, ch. 18 |  | 2 | Orbital Mechanics | SMAD, ch. 5-7 |  | 3 | Spacecraft Power Systems | SMAD, sec. 11.4 |  | 4 | Propulsion | SMAD, ch. 17 |  | 5 | The Environment of Space | SMAD, ch. 8 |  | 6 | Optics 1: Introduction to Optics |  |  | 7 | Optics 2: Introduction to Optics (cont.) |  |  | 8 | Optics 3: Adaptive Reconnaissance Golay-3 Optical Satellite (ARGOS) |  |  | 9 | Attitude Determination and Control (ADCS) | SMAD, sec. 11.1 |  | 10 | Formation Flight 1: Electromagnetic Formation Flight |  |  | 11 |  Formation Flight 2: Optimization of Separated Spacecraft Interferometer Trajectories in the Absence of a Gravity-Well |  |  | 12 | Formation Flight 3: Minimum Energy Trajectories for Techsat 21 Earth Orbiting Clusters |  |  | 13 | Formation Flight 4: Trajectory Design for a Visible Geosynchronous Earth Imager |  |  | 14 | Structures in Space Systems | SMAD, sec. 11.6 |  | 15 | Space Systems Cost Modeling | SMAD, ch. 20 |  | 16 | Satellite Systems Software | SMAD, ch. 16 |  | 17 | Software Engineering for Satellites | SMAD, ch. 16 |  | 18 | Spacecraft Autonomy |  |  | 19 | Spacecraft Computer Systems | SMAD, ch. 16 |  | 20 | Satellite Telemetry, Tracking and Control Subsystems | SMAD, sec. 11.2-11.3 |  | 21 | Satellite Communication | SMAD, ch. 13 |  | 22 | Reentry |  |  | 23 | Spacecraft Thermal Control Systems | SMAD, sec. 11.5 |  | 24 | Ground System Design | SMAD, ch. 15 |  
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