Robotics & Intelligent Systems
Description
Do you want to explore aircraft integrated systems, develop AI systems and algorithms for intelligent UAV control?
MAI provides an excellent opportunity to be at the forefront of humanity's future.
Key features
Students receive design training and practical skills, learn to work in CAD and simulation environments, get acquainted with modern digital control systems, circuit engineering, and gain experience in programming microcontrollers. The unique laboratories allow our students to work on equipment installed on the most advanced aircraft, with many professors directly engaged in the creation of new aviation technologies at industrial enterprises and sharing their experience and the latest achievements in domestic and global engineering.
Principal subjects
- Mathematical programming and optimal control
- Systems analysis and decision theory
- Software for intelligent tasks in robotic systems
- Electronic devices in robotic systems
- Information displays for aircraft control systems
- Fundamentals of the statistical dynamics of robotic systems
Career opportunities
- Designer of robotic systems for various applications
- Software engineer
- Mechanical engineer
- Research engineer
Head of the program
AK
Alexander Krivilev
Doctor of Technical Sciences, Head of School No. 7: Robotic and Intelligent Systems
