Department of Automation and Production Systems
Profil
The Department of Automation and Production Systems (DAPS) is a modern, developing, research and education institute belonging to the Faculty of Mechanical Engineering departmens of University in Žilina. The department's priorities are research&development and education of specialists in the field of automation, programming and diagnostics of production machines, designing, programming and simulation of industrial and service robots, implementation of Industry 4.0 concept, computer-aided production engineering and design of automated production lines. In modern laboratories, students have the opportunity to work with the current production technology and computer programs, which are using in practice as well. The department also supports students in the idea of passing part of their studies at one of the foreign universities through exchange programmes (ERASMUS+, SAIA Programmes).
The Department of Automation and Production Systems was established on January 1, 2009 within the framework of the structure reorganization of the Faculty of Mechanical Engineering - its foundation is made up of employees of the Automation Detachment of the former Department of Machining and Automation. Currently there are 2 professors, 4 associate professors, 1 assistant, 3 researchers, and 3 doctoral students.
In addition to education, the department is also successful in solving scientific, research and development projects and actively cooperates with companies not only in the Žilina region.
Scientific, Research and Development activities:
· Flexible production systems. · NC and CNC machines. · Programming of CNC machines. · Industrial robots and robot technology. · Parallel kinematic structures. · Development of parallel kinematic structures. · Computer-aided production engineering and information technologies in mechanical engineering. |
· CAx technologies in mechanical industry. · CAD/CAM, CAM, CAPP, CAQ systems. · CAD/CAM/CAE systems. · Accuracy diagnostics of CNC production technology. · Expert systems in mechanical engineering. · Control systems. · Microelectronics and microcomputers in mechanical engineering. |