This course will provide an introduction to guidance and control theory of unmanned vehicles.
The class will address a wide range of guidance problems and achieve the following learning objectives:

• Basic concepts of guidance theory developed by the author
• How to use the theoretical results to develop a wide class of guidance algorithms for different classes of unmanned autonomous guided systems
• How to apply guidance laws to various practical problems (simple scripted navigation functions (waypoints guidance), refueling an aircraft, guidance of several vehicles, etc.)
• The importance of commonality in unmanned systems (the discussed algorithms are applicable to various unmanned systems (aerial, ground, etc.) and for various guidance problems including avoidance of obstacles

Researchers and engineers dealing with design, guidance and control, unmanned vehicle systems, academia in the field of aerospace and mechanical engineering will benefit from the course.

For more details on course agenda, please click here

For more information about the event, please contact +65 8363 3065 or email marketing@k2binternational.com