Unmanned System Navigation and Control
Training Overview
The Navigation and Control of Autonomous Systems program trains experts capable of designing, developing, programming, testing, and piloting autonomous systems (air, land, sea, or underwater), commonly known as drones or unmanned systems (UAV, UGV, USV, UUV).
Training Objectives
- Gain deep expertise in navigation, guidance, and control (NGC) of autonomous systems
- Develop skills in modeling, control engineering, robotics, signal processing, embedded AI, and sensor fusion
- Understand drone system architecture and operational constraints
- Learn to integrate sensors (GPS, IMU, LiDAR, cameras) and process data for autonomous navigation
- Design and test navigation and autopilot algorithms in simulated and real environments
Skills Acquired
- Understanding of inertial, satellite (GNSS) navigation, and sensor fusion techniques
- Dynamic and kinematic modeling of aerial, land, and marine unmanned systems
- Numerical simulation of trajectories and navigation scenarios
- Development of robust control laws for stabilization and autopilot
- Implementation of guidance, navigation, and control (GNC) algorithms
Career Opportunities
- Drone navigation and control engineer
- Autonomous robotic systems designer
- Embedded software developer for UAV/UGV
- Mobile robotics or intelligent systems expert
- R&D engineer in aerospace, defense, transport, or agriculture
FAQ
Specialty Choice
At the end of the common core, students choose their specialty based on their interests and career goals. The choice depends on academic results and available slots.
Program Duration
Each specialty lasts 1 year after the common core, with a balance of theoretical courses, practical projects, and internships.
Career Opportunities
Our specialties open doors to diverse careers in industry, research, tech startups, and innovative large companies.
