The "Robotic Unmanned Systems" Educational Program involves designing intelligent mechanisms that operate autonomously in the air, on land, and underwater. Today, such a specialist is a Robotics Systems Architect and a UAV Control Engineer. You are the one who teaches metal to feel space, recognize targets, and make decisions in nanoseconds. The objects of your activity will include strike and reconnaissance drones, ground robotic platforms, autonomous logistics systems, and drone swarms operating as a single organism.
The goal of training is to turn you into a "father of autonomous systems," capable of creating a robot from the first line of code to the final field test. We will teach you control system design, computer vision for orientation without GPS, and integrating artificial intelligence into onboard computers. This is the front line of Defense Tech and Robotics, where an algorithm error costs a vehicle, and accuracy saves lives. You will learn to build machines that see through interference and execute missions under complete autonomy.
Your superpower: In a world where technology is becoming unmanned, you will master Autonomous Intelligence and Hardware-Software Integration—skills in creating hardware that "thinks." Your professional toolkit will include:
- Unmanned Platform Design: designing airframes, frames, and mechanical components using composites and 3D printing.
- Navigation & SLAM: simultaneous localization and mapping algorithms for moving through unknown environments.
- Embedded Systems (C++, Python): programming microcontrollers and single-board computers to control sensors and motors.
- AI & Computer Vision: using neural networks for automatic object recognition and tracking.
Our graduates are chief engineers at Brave1 startups, autopilot system developers in aerospace holdings, architects of Amazon autonomous warehouses, and robotics specialists transforming the landscape of modern conflicts and logistics.
Objects of activity for bachelors include onboard control systems; sensor suites and communication systems; software for ground control stations; as well as swarm intelligence technologies for group drone application.
Field of study: G Engineering, Manufacturing and Construction
Specialty: G7 Automation, Computer-Integrated Technologies and Robotics
Educational program: Unmanned Robotic Systems
Competitive proposal: Unmanned Robotic Systems
Accreditation certificate: UD No. 21020613 dated June 26, 2025, valid until July 01, 2026.
Faculty: Faculty of Aircraft Engineering
Graduating department: Department of Information Technologies of Design (105)
Availability of part-time mode of study: none
Possibility of training foreign citizens: none