New member in our research department

[Translate to English:] Portraitfoto Fabian Fritz

We are thrilled to announce Fabian Fritz as the newest member of our research department!

Fabian holds a master’s degree from the Technische Universität Wien, where he completed his thesis under the guidance of Johann Kollegger and Franz Untermarzoner. He focused on analysing the application limits of a multi-span post-tensioned LT bridge through a parametric design approach.

Following his academic achievements, Fabian worked at FCP Fritsch, Chiari & Partner ZT GmbH, specializing in railway infrastructure projects. He contributed to the design of slab tracks, mass-spring systems, and adjacent underground structures. In addition, he played a pivotal role in leading the digitalization of the railway department at FCP as the 'Digital Lead'.

For his doctoral studies under the guidance of Tobias H. and Patrick Huber, Fabian will be focusing on additive manufacturing (3D printing) of reinforced concrete objects.

Outside of his professional life, Fabian enjoys playing both the guitar and piano, traveling as well as exploring the world of CAD modelling. He even has four 3D printers at home (FDM and SLA).

“I am truly grateful for the opportunity to join the research unit of structural concrete at the institute of structural engineering. It is exciting to merge my passion for 3D printing with my academic research. I am eager to contribute my practical experience and to advance the field of civil engineering through this innovative research.”

About us

Structural concrete plays a pivotal role in modern society, serving as a fundamental material for over a century in the construction and development of urban infrastructure. Our research group is doing cutting-edge research on existing and newly built structures to transform reinforced concrete from the dull mass material it is used to be to an ingenious construction method that efficiently harnesses emerging technologies, prolongs the service life and makes sustainable use of our natural resources. One core focus of the group activities revolves around the digital fabrication of concrete structures from file to factory using advanced analytical methods and robotic tools. The group is also at the forefront of research when it comes to textile-reinforced structures. Through the exploitation of tailored yarn placement, the boundaries of traditional reinforcement concepts are leveraged for the creation of bespoke structures that are inspired by nature. A further key area of research is the development of innovative bridge and tunnel construction methods. The research group also operates a state-of-the-art laboratory in which the developed models, structural elements and construction methods can be tested for their applicability.

Group Picture of the institute

Group photo of the Research Unit Structural Concrete 2024 © Photographer Christian Husar