Flight Dynamics,GNC & MATLAB
Comprehensive guidance, navigation, and control systems training. Master flight dynamics, stability analysis, control design, and sensor fusion with MATLAB/Simulink for aerospace applications.
Who Should Attend?
This program is designed for control engineers and aerospace professionals
Control Engineers
Engineers working on flight control systems
Graduate Students
Students in aerospace & control systems
GNC Engineers
Guidance, navigation & control specialists
UAV Developers
UAV autopilot & flight software developers
Course Curriculum
5 advanced modules covering flight dynamics, control systems, and MATLAB implementation
Module Breakdown
Module Breakdown
Module Breakdown
Module Breakdown
Module Breakdown
What You'll Master
Key skills and competencies you'll develop throughout the program
Flight Dynamics
Master aircraft equations of motion, stability derivatives, and dynamic modes for complete flight analysis
Control Design
Design robust control systems using PID, LQR, and state-space methods for aerospace applications
MATLAB/Simulink
Proficiently use MATLAB and Simulink for aerospace modeling, simulation, and control implementation
Stability Analysis
Analyze longitudinal and lateral-directional stability for aircraft and UAV flight control systems
Sensor Fusion
Implement Kalman filters for sensor fusion and state estimation in UAV navigation systems
Real Projects
Work on practical flight control examples and UAV autopilot simulation projects
Master Flight Control
& GNC Systems
Join control engineers mastering flight dynamics and GNC systems. Get hands-on experience with MATLAB/Simulink, implement Kalman filters, and design robust control systems for aerospace applications.