The aim of this project is the development of advanced piezo thin-film deposition process with a sputtering tool for piezo MEMS application.

The goal of this project is the design, fabrication, characterization, and packaging of advanced pMUT arrays (elevated temperature, high power density, wide bandwidth, and beam steering).

The goal of the project is to develop a reliable process for controlled surface roughness modification on silicon wafers. The target is to be able to actively control the distribution of the pits on top of the silicon wafers so that homogeneous and patterned distribution is possible.

The aim of this project is to monitor the condi­tion of protec­tive masks. 

In this project, we will study emerging applications for autonomous vehicles, such as Smart Road Lighting Based on Distance Measurements and LIDAR systems. The aim of the project is to provide next generation of vehicle lighting systems, integrating enhanced interaction with the environment.

We explore concepts to develop a testing frame­work that is capable to iden­tify, Verify and Vali­date (V&V) system under test of in-vehicle wire­less compo­nents in order to facil­i­tate cyber-secu­rity testing.


The aim of this project is to develop a sensor element that can be integrated directly into the circuit board during the circuit board manufacturing process in order to create a more accurate and cost-effective solution for current measurement.

The goal of this project is the development of novel methods for modeling, simulation and measurement of radiated electromagnetic interference (EMI) of electronic based systems (EBS).

We explore concepts to replace wired networks for the communication of time- and security-critical messages  with wireless connections in industrial applications.


SAL beyond 100 GHZ

The goal of this project is to inves­ti­gate the cutting-edge tech­nology nodes and their perfor­mance for appli­ca­tions oper­ating beyond 100GHz and 100Gbps.


Analog Generators for innovative analog/mixed-signal circuit design

The goal of this project is to capture analog IC engineering knowledge in executable analog generators that can be reused across multiple SoCs and technology generations.

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We develop massive-MIMO mm-Wave frontend modules for 5G communication, with innovative solutions for integrated transmitters and receivers combined with new heterogeneous integration technologies.  

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Edge Computing & Machine Learning

for Real-Time Factory Floor Applications

Enable industry partners to utilize academic machine learning advances in real world settings and apply data driven approaches to master specific challenges on factory floors like Quality Control, Predictive Maintenance, etc.

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A central element for wireless sensor and actuator networks is the gateway, which forms the connection between different wireless and wired communication standards (such as Ethernet). This project is involved with gateway architectures and protocols ...

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The objective of this project is to set up an mm wave laboratory for radar and communication in conjunction with the Johannes Kepler University (JKU) and industry.

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