Division of Robotics and Production Organization
Industrial robotics, process automation, organisation and optimisation of manufacturing systems.
Department of Computerization and Robotics of Production
The history of the Department began in July 1998 with the establishment of the Institute of Technological Information Systems. Since then, the unit has developed dynamically and today has become the largest Department of the Faculty of Mechanical Engineering – a strong competence centre in the fields of digitalisation, robotics and complex systems.
The Department was established in response to the growing importance of technological information systems in industry. Today we combine computer science, automation, applied mathematics and biomedical engineering, creating an environment that supports education, research and technology implementation.
July 1998 — establishment of the Institute of Technological Information Systems.
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The Department structure is formed by specialised research teams. This interdisciplinary organisation allows the integration of knowledge from production engineering, automation, computer science, applied mathematics and biomedical engineering.
Industrial robotics, process automation, organisation and optimisation of manufacturing systems.
Technologies for healthcare: diagnostics, therapy, monitoring and decision support systems.
Mathematical modelling, analysis and computational methods supporting modern engineering.
Complex systems, IT solutions for industry, data integration and intelligent algorithms.
The main area of scientific activity of the Department is the impact of digitalisation and robotics on the efficiency of production and biomedical processes and systems.
Pillar 1
We design and analyse modern manufacturing and assembly systems, studying the impact of integrating industrial robots, IT systems and intelligent control algorithms on:
We develop solutions aligned with the concept of Industry 4.0 and smart factories.
Pillar 2
We conduct research on fractional models of nonlinear dynamic systems and their impact on system characteristics and energy consumption. The results of these analyses open the way to:
Pillar 3
Information and robotic technologies increasingly influence diagnostics, therapy and health monitoring. We analyse how their implementation translates into:
Thanks to consistent development, a broad spectrum of research activities and intensive cooperation with industry, the Department of Computerization and Robotics of Production has become one of the leading research units in Poland in the field of automation, robotics and the application of modern information technologies in industry.
The experimental work and development projects carried out translate into concrete implementations that increase the efficiency of production and biomedical processes.
Project co-financed by the European Union under the European Social Fund, Operational Programme Knowledge Education Development 2014–2020 "PL2022 – Integrated Development Programme of Lublin University of Technology" POWR.03.05.00-00-Z036/17