Fluid and Mechatronic Systems (FLUMES)

The Division of Fluid and Mechatronic Systems is part of the Department of Management and Engineering and carries out research and education in fluid power systems and aeronautics.

News

Manlig forskare i labbmiljö.

Electric motors are transforming hydraulics

Electrifying hydraulics on, for example, an excavator can significantly improve efficiency. However, it requires major technical changes. Electric machines have different characteristics compared to combustion engines.

Men in a mechanical workshop, construction lab.

Master students constructing drones

Designing and building an autonomously flying aircraft to document weather conditions in an Arctic climate. The master’s students in Aeronautical Engineering received a substantial boost in applying their theoretical knowledge.

Jonas Rohdin, Steve Lien, Martin Vikblad och Chipo Ziyambe

LiU and Stanford develop drone technology for forest fire monitoring

Students from Linköping University and Stanford have developed a drone that can help firefighters combat forest fires in a safer and smarter way.

Education and teaching

Fluid power systems and aircraft design

We offer courses in fluid power systems and aircraft design at both basic and advanced levels. We are the only university in Sweden that gives advanced courses in fluid power systems.
 

We give courses in fluid power systems and aircraft design at both basic and advanced levels to around 300 engineering students each year.

Our undergraduate courses are taken mainly by students in mechanical engineering. We provide the most comprehensive education in fluid power systems, with the possibility of specialisation at the advanced level.

It is also possible to carry out a thesis project within the subjects mechatronics, fluid power systems and aircraft design, either in a company or within our laboratory.

We are the only university in Sweden that gives advanced courses in fluid power systems.

Two men sitting on chair and looking om whitebord.

Doctoral studies in Mechanical Engineering

Mechanical Engineering is a discipline of engineering sciences based on classical mechanics. In a broader sense, it covers disciplines from product development and design engineering to construction materials and computational mechanics.

Research

We have the largest university laboratory for fluid power systems in Sweden. Key words for our research are efficiency and system dynamics.

The characteristics of our research projects are a close connection between the fluid and mechatronic systems, propulsion systems, power transmission, actuator system, sensors and control systems. Our research philosophy is a strong combination of theory and experimental research.

We carry out research in close cooperation with industry and other research groups. Every fourth year we organise the Scandinavian Conference in Fluid Power (SICFP), one of the largest fluid power conferences in Europe.

We conduct research within three main fields

Latest publications

2026

Abdolreza Taheri, Amy Rankka, Pelle Gustafsson, Joni Pajarinen, Reza Ghabcheloo (2026) End-Effector Cartesian Velocity Control for Redundant Loader Cranes Using Reinforcement Learning (Abstract Reprint) FORTIETH AAAI CONFERENCE ON ARTIFICIAL INTELLIGENCE, AAAI-26, VOL 40 NO 47, p. 39897-39897 (Conference paper) https://dx.doi.org/10.1609/aaai.v40i47.41412
Erick Espinosa-Juárez, Álvaro Gómez-Rodríguez, Felix O. Martinez-Rios, Christopher Jouannet, Kristian Amadori (2026) AI-Driven Pre-Design Predictions of a 90-Passenger Hybrid-Electric Aircraft Proceedings of the 10th CEAS Aerospace Europe Conference, p. 558-563, Article 100 (Conference paper) https://dx.doi.org/10.21741/9781644904251-100
Liselott Ericson, Petter Krus, Samuel Kärnell (2026) Editorial: Introduction to the SICFP'25 Special Issue International Journal of Fluid Power, Vol. 27, p. v-v (Article in journal)
Nicolette Lakemond, Gunnar Holmberg (Editorship) (2026) Shaping a Future with AI: Designing Systems for Business and Society (Collection (editor)) https://dx.doi.org/10.3384/IEI-R.361
Jorge Lovaco (2026) System of Systems Modelling and Simulation for Aircraft Design: Integrating Agent-Based Simulation and Artificial Intelligence Techniques (Doctoral thesis, comprehensive summary) https://dx.doi.org/10.3384/9789181185355
Haotian Han, Thomas Heeger, Lizhi Shang, Liselott Ericson (2026) Modeling and Analysis of Hydrostatic Pockets in the Cylinder Block-Valve Plate Lubricating Interface of a Floating Piston Pump International Journal of Fluid Power, Vol. 27, p. 127-174 (Article in journal) https://dx.doi.org/10.13052/ijfp1439-9776.2715

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