FH Upper AustriaResearch & Development

This specialization aims to develop practice-oriented automation solutions for complex key technologies. Topics from the fields of automation of safety-critical or distributed real-time systems, as well as environmental and ecological tasks in power plants, buildings and production plants, but also other complex processes such as transport and logistics are handled. The modeling of mechatronic systems and the associated development of modern regulation and control strategies for industrial use are the central focus here. In addition to conventional programming, development is predominantly done using model-based (model-based design), it is verified in the simulation stage (virtual prototype) and implemented in the most diverse automation systems using automated, certified source code generators. Using discrete and continuous as well as multi-physical simulation techniques, mechatronic tasks are modeled, simulated and validated with measurements.

This is achieved using the latest equipment from the disciplines of electrical engineering, control and process control technology, drive technology, measuring and regulation technology and simulation.

Furthermore, methods of innovation management and virtual product development are being developed for the optimization of interdisciplinary development processes in companies.

Projects

Quality Skill

The project’s aim is the development of universal ‘inspection skills’ for robots, allowing inspection tasks be implemented flexibly and automatically without...   more
  • Leiter: DI (FH) Dr. techn. Günther Mayr
  • Automated Control Engineering and Simulation

ProtoFrame

Open platform for largely automated comparison of mechatronic system models using parameter identification as a condition for e.g. model-based control design...   more
Participants: Jungwirth | Grabmair | Steinbatz | Witteveen | Hofinger | Mayr | Winkler | Oberpeilsteiner | Stadlmayr
  • Leiter: FH-Prof. DI Dr. Gernot Grabmair
  • Automated Control Engineering and Simulation

EntKuRo - Automatisierter Entkupplungsprozess für Verschiebebahnhöfe

The project goal is a prototype for the automatic uncoupling of rolling stock in switchyards. Both the release of the turnbuckle and the actual dismantling of...   more
Participants: Egger | Hattinger | Zellner
  • Leiter: FH-Prof. DI Dr. Burkhard Stadlmann
  • Automated Control Engineering and Simulation

DynaCon: The Embedding of the Adjoint Method in Multibody Dynamics

The aim of the project is to develop an efficient method for solving inverse problems in multibody dynamics, e.g. to allow optimal control and parameter...   more
  • Leiter: FH-Prof. DI Dr. Karin Nachbagauer
  • Automated Control Engineering and Simulation

BF-Innovative Berücksichtigung lokaler Deformationen zur Ausdehnung der Mehrkörpersimulation auf multiphysikalische Problemstellungen

The calculation of local deformations of elastic bodies in joints is critical for assessing component service life. A new method is being developed that can...   more
Participants:
  • Leiter: FH-Prof. PD DI Dr. Wolfgang Steiner
  • Automated Control Engineering and Simulation

autoBAHN2020

Requirements for certification as well as algorithms and workflows for obstacle detection and operation are to be defined and tested for the use of driverless...   more
Participants: Egger | Widmann | Edlinger | Penkner | Pachler | Dumberger | Schneider | Wirth
  • Leiter: FH-Prof. DI Dr. Burkhard Stadlmann
  • Automated Control Engineering and Simulation

ANDISIA

The goal is the automated and non-destructive testing of novel 3D wattled winding technology components with active thermography to predict fatigue strength...   more
  • Leiter: DI (FH) Dr. techn. Günther Mayr
  • Automated Control Engineering and Simulation

 

Further projects

More projects in the area Automated Control Engineering and Simulation can be found here:
>> to WIDOK

 

 

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