Educational Program "Robotic Systems and Complexes" focuses on creating the "nervous system" and "muscles" for the industry of the future. Today, a robotics specialist is a Robotics Architect and Cyber-Physical Engineer. You are the one who teaches machines to see, sense, and make independent decisions in the real world. Your activity targets will be autonomous drones, collaborative robots (cobots), exoskeletons, and giant automated plants where artificial intelligence materializes into physical form.
The goal of study is to turn you into a "conductor of automation" capable of designing intelligent systems from scratch. We will teach you to build the mechanical structure of robots, integrate sensors and actuators, and program machine "brains" based on ROS (Robot Operating System) and AI algorithms. This is an ideal mix of mechanics, electronics, and programming. You will learn to create technological assistants that free humans from dangerous and routine labor, becoming a creator of a new era of human-machine interaction.
Your superpower: In a world striving for full automation, you will possess Mechatronic Synergy and Algorithm Control — skills to create complex systems that operate with flawless precision. Your professional arsenal will include:
- Industrial Robotics & Automation: designing and commissioning robotic lines for factories of the future (Tesla, Amazon).
- Mobile & Autonomous Systems: developing navigation and orientation systems for autonomous wheeled and legged robots.
- Computer Vision for Robotics: training robots to recognize and manipulate objects in dynamic environments.
- HMI (Human-Machine Interface): developing intuitive ways to control robots, including VR and neural interfaces.
Our graduates are lead robotics developers in startups, system integrators at automated enterprises, architects of autonomous systems in agritech and logistics companies, where the ability to create world-changing intelligent hardware is valued.
Objects of professional activity for bachelor's graduates are manipulative and mobile robots; sensing and control systems; software for robotic complexes, as well as artificial intelligence technologies in robotics and cyber-physical systems design.
Field of study: G Engineering, Manufacturing and Construction
Specialty: G11 Mechanical Engineering
Specialization: G11.03 Industrial Machinery and Equipment
Educational Program: Robotic Systems and Complexes
Competitive offer: Robotics and Logistics
Accreditation Certificate: Educational program introduced in 2025.
Faculty: Faculty of Aircraft Engines
Graduating Department: Department of Theoretical Mechanics, Machine Science, and Robotic Systems (202)
Part-time study form available: no
Training of foreign citizens available: no