Vorarlberg University
of Applied Sciences

Microtechnology

Research centre

The Microtechnology Research Centre at Vorarlberg University of Applied Sciences develops innovative technologies in the fields of environmental technology, climate technology and medical technology. The focus is on application-orientated microsystems technology, particularly in the fields of sensor technology, actuator technology, photonic systems and dynamic systems.

Interdisciplinary research results in practice-orientated solutions that are implemented in close cooperation with regional and international partners. From prototyping and feasibility studies to technology transfer: the centre supports innovation projects from the initial idea through to industrial application.

The aim: sustainable technologies that make a real contribution to environmental and health issues - from the region for the future.

Curious? Contact the research team!

Research focus

Sensors & actrorics		Development and characterisation of microtechnical sensors and actuators at the Microtechnology Research Centre - including electrochemical biosensors and environmental sensors manufactured using the DRIE process. In addition, piezoelectric platforms are produced by laser ablation for applications in quantum technology and biology. In addition, surface acoustic waves (SAW) are used for microfluidic manipulation.
Photonic applications		Development and modelling of highly efficient passive optical components for passive optical networks. Using femtosecond lasers for precise material processing and surface structuring in photonics.
Dynamic		Analysis of linear and non-linear modelling, numerical simulation and analytical approximations in the fields of rotor dynamics, bearing technology and structural dynamics of load-bearing components and MEMS. Investigation of wave propagation in acoustic black holes and development of time-periodic feedforwards for the stabilisation and acceleration of transient dynamic processes.

Research projects in Microtechnology

Practice-oriented approaches

SPOT in tunnelling: robotics meets sensor technology: SPOT performs precise inspection and monitoring tasks in the project to modernise underground tunnelling projects. In the first phase, the focus is on gas measurement during the post-drilling and blasting process to increase work safety. A special payload for gas sensors is being developed for this purpose, supplemented by a stable WLAN communication system and behaviour-based navigation. Future extensions such as an IR camera will enable proactive maintenance and further increase efficiency.

Contact: Fadi Dohnal - fadi.dohnal@fhv.at

The Microtechnology research centre team

Would you like to learn more about research at FHV? The research team welcomes enquiries regarding collaborative projects, strategic partnerships, or opportunities to contribute to our ongoing research activities.

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