Space Mission Design and Operations

This lecture covers various aspects of space mission design and operations, including concepts like inertial frames, potential and kinetic energy of spacecraft, radiation balance, gravitational wells, Kepler's laws, orbital parameters, and interplanetary trajectories. It also discusses attitude measurement and control systems, gravity gradient effects, electrodynamic applications of tethers, and the use of reaction wheels for stabilization. The course explores the Tsiolkovsky equation, propulsion system efficiency, and the effects of burns on spacecraft motion. Additionally, it delves into the concept of Lagrange points, rendezvous maneuvers, and the utilization of slingshot maneuvers for interplanetary missions.