Project Info

The project Smart Factory Lab aims at building a laboratory of technology across locations for development and testing of innovative technologies, methods and concepts for intelligent production throughout the product's life cycle. At the Institute for Smart Production of the University of Applied Sciences Upper Austria, the focus is on the research topics Preemptive Maintenance including the integration of mixed reality technologies within the servicing process and additive manufacturing by powder jet method and thus related new business models. The demarcation of the key subject will be coordinated with the research firm PROFACTOR which mainly deals with the human-centered assistive production. It is planned to increase the efficiency and competitiveness of Upper Austrian firms with more flexible production technologies, to enhance the productivity and resource efficiency and secure jobs at the business location Upper Austria.

The project Smart Factory Lab is funded by the European Fund for Regional Development (EFRE) and the funding program Investment in Growth and Jobs 2020 (IWB) of the state of Upper Austria. For more information go to and

Fact Table

Title:Smart Factory Lab, IWB 2014 - 2020
Runtime:01/2016 - 07/2021
Team:University of Applied Sciences Upper Austria Campus Hagenberg, Steyr and Wels, Profactor GmbH
Topics:Preemptive Maintenance, Virtual & Augmented Reality, Additive Manufacturing
Funding:"European fund for regional Development (EFRE)" and "Investment in Growth and Jobs 2020 (IWB2020)" of the country of Upper Austria (,

One major goal of the project is the dissemination of gained insights in form of public talks, workshops with corporate partners from industry and publications in scientific journals and magazines.


From our Blog

SFL organisiert Open Track auf der ISM 2021

Das Team des Smart Factory Labs organisiert einen eigenen Open Track bei der diesjährigen International Conference on Industry 4.0 and Smart Manufacturing (ISM 2021 17.-19. November 2021)) mit dem Titel “Smart Production Revisited: Challenges, Failures and Learnings”.

⇒ weiterlesen


Campus Steyr - Augmented / Virtual Reality

Photo of Herbert Jodlbauer

FH-Prof. DI Dr. Herbert Jodlbauer

Project Lead, Professor
Photo of Josef Wolfartsberger

DI Mag. Dr. Josef Wolfartsberger

Coordination Lead, Research Associate
Photo of  Sabrina Egger, MSc

Sabrina Egger MSc

Former Member (Research Associate)

Campus Hagenberg - Preemptive Maintenance

Photo of Michael Affenzeller

FH-Prof. PD DI Dr. Michael Affenzeller

Campus Lead, Professor
Photo of Gabriele Traugott

Mag. Gabriele Traugott

Coordination, Research Associate
Photo of  Jan Zenisek, MSc

Jan Zenisek MSc

Research Associate

Campus Wels - Additive Manufacturing

Photo of Aziz Huskic

FH-Prof. Dr. Ing. Aziz Huskic

Campus Lead, Professor
Photo of  Norbert Wild, MSc

Norbert Wild MSc

Research Associate
Photo of  Christoph Sievi, MSc

Christoph Sievi MSc

Former Member (Research Associate)


The development of novel methods and concepts in the fast moving field of Industry 4.0 demands the employment of cutting edge technology. Hence, one key factor for this project's research success relies in the infrastructure which has been setup and made possible with the received funds.

© Dell

High Performance Computing

Campus Hagenberg

Generating prognosis models as well as evaluating them on a data stream in real time are applications where a High Performance Computing infrastructure is of inevitable need. We are using a Blade Server System and taking advantage of HeuristicLab Hive as scheduling software for our algorithmic experiments in order to work towards Preemptive Maintenance.

© Microsoft

AR / VR Technology

Campus Steyr

Virtual and Augmented Reality glasses such as Oculus Rift, HTC Vive or Microsoft's Hololens are one of the hottest topics in entertainment industry. With their rapid development they gain more and more interest from production and assembling, where they can serve as human assistance in many ways. Leveraging their and other AR / VR technology's full potential by prototyping with them is one focus of Smart Factory Lab.

© DMG Mori

Laser Deposition Welding

Campus Wels

3D-print is one of the main driving forces of what is known as lot size one in production industry. The DMG Mori Lasertec 65 3D integrates a metal-powder using laser deposition welding system into a 5-axis milling machine, and therefore enables the production of metal works with high precision. Thus, it is the perfect tool to research in the area of additive manufacturing and contribute to it.



DI Mag. Dr. Josef Wolfartsberger

Function:Coordination Lead, Research Associate
Phone:+43 5 0804 33152
Fax:+43 5 0804 933199

FH-Prof. DI Dr. Herbert Jodlbauer

Function:Project Lead
Phone:+43 5 0804 33810
Fax:+43 5 0804 933899