Laboratories of Mechanical Engineering and Robotics program
The «Mechanical Engineering and Robotics» program features a wide range of modern laboratories. Explore each one here!
Applied Thermal Energy laboratory
The ATE-lab was established in 2022 with the main goal of studying energy conversion in fuel-consuming equipment and the associated problems in thermodynamics, heat and mass transfer, and combustion.
Robotics and Mechatronics Lab
Research on intelligent robotic systems, development of mechatronic devices, and control algorithms. Students work with industrial manipulators, bionic prosthetics, and autonomous robots
Smart Materials and Adaptive Structures
Research on intelligent robotic systems, development of mechatronic devices, and control algorithms. Students work with industrial manipulators, bionic prosthetics, and autonomous robots
Dynamics and Control Systems Lab
Analysis of mechanical systems, vibration diagnostics, and development of automatic control systems. The lab features test benches for mechanisms, drone prototypes, and robotic platforms.
Biomechanics and Soft Robotics Lab
Research on robot interaction with living systems and the development of soft robots based on elastomers and artificial muscles. Projects include medical robotic assistants and wearable exoskeletons.
Biomechanics and Soft Robotics Lab
Research on robot interaction with living systems and the development of soft robots based on elastomers and artificial muscles. Projects include medical robotic assistants and wearable exoskeletons.
Dynamics and Control Systems Lab
Analysis of mechanical systems, vibration diagnostics, and development of automatic control systems. The lab features test benches for mechanisms, drone prototypes, and robotic platforms.
Energy Systems and Robotic Transport Lab
Development of hybrid and electric powertrains, autonomous vehicles, and drones. Includes energy efficiency testing, hydrogen fuel cell systems, and smart logistics solutions
Additive Manufacturing and 3D Printing Lab
Exploring advanced 3D printing techniques using metals, polymers, and composites. Includes topology-optimized part design, rapid prototyping, and research on new materials for industrial applications
Applied Thermal Energy laboratory
The ATE-lab was established in 2022 with the main goal of studying energy conversion in fuel-consuming equipment and the associated problems in thermodynamics, heat and mass transfer, and combustion.
Energy Systems and Robotic Transport Lab
Development of hybrid and electric powertrains, autonomous vehicles, and drones. Includes energy efficiency testing, hydrogen fuel cell systems, and smart logistics solutions
Robotics and Mechatronics Lab
Research on intelligent robotic systems, development of mechatronic devices, and control algorithms. Students work with industrial manipulators, bionic prosthetics, and autonomous robots