The department specializes in advanced technologies for automation and intelligent systems. Its core mission is to integrate mechanical engineering, electronics, and control theory into modern engineering solutions. Emphasis is placed on innovation, applied research, and the development of smart systems for industrial and societal needs.

• Bioinspired and continuum robotics: Focus on the development of soft and flexible robotic systems inspired by nature, enabling safe, adaptive movement and effective operation in constrained or dynamic environments.
• Manipulation and control: Research on precision motion systems, including robotic arms and end-effectors, with emphasis on advanced control algorithms for dynamic and complex automation tasks.
• 3D printing: Integration of additive manufacturing in prototyping and component development, focusing on functional materials and embedded sensors.
• Industrial automation: Application of robotics, PLC systems, and sensor networks to optimize and automate production processes across various industries.

The study program prepares graduates to design, program, and maintain modern technical solutions in the field of automation and mechatronics. It integrates knowledge of mechanics, electronics, and control systems into a unified whole.

• Interdisciplinary education: The combination of mechanics, electronics, and computer science provides a solid foundation for working with complex technical systems.
• Practical skills: Students gain hands-on experience with PLC programming, control algorithm design, sensor systems, drives, and working with industrial robots.
• Modern laboratories: Access to top-level technical equipment allows seamless integration of theory with practice.
• Career opportunities: Graduates find employment in areas such as manufacturing automation, technical development, maintenance, or the control of mechatronic systems.