EAS 6416
Robust and Adaptive Control for Aerospace Systems
Modern robust, optimal, and adaptive control theories that address flight control challenges for aerospace systems. Topics include robust servomechanism design, linear quadratic methods, optimal observer-based feedback, loop transfer recovery, multivariable frequency domain analysis, and guidance fundamentals.
Topics
- robust servomechanism design
- linear quadratic methods
- optimal observer-based feedback
- loop transfer recovery
- multivariable frequency domain analysis
- and guidance fundamentals
Topics explicitly listed in official catalogue description
Prerequisites & course information
Grading Scheme: Letter Grade Prerequisite: Undergraduate courses in Linear Algebra & Differential Equations & Linear Controls & Programming in MATLAB.
Sources
- Course catalogue ↗2025-2026