Silicon Austria Labs Lgog
Technologies
Industries
Services & Infrastructure
Collaboration
About SAL
Career
Search

How we work together

Calls & Opportunities

Projects

Partners & Networks

Collaboration

Partnerships for research, development, and technology transfer – from collaborative projects to tailored innovation solutions.
Collaboration

Mission & Strategy

Leadership & Organization

Sustainability

Contact & Sites

News & Events

Publications

Press & Media

About SAL

Insights into SAL’s mission, values, research activities, and contribution to Europe’s innovation ecosystem.
About SAL

Aeromic

The project developed innovative wall-mounted microphone sensors and ultra-thin sensor arrays for measuring pressure fluctuations on aircraft surfaces in wind-tunnel and flight-test environments.

Project goals

The project aimed to:

  • Contributing to a cleaner sky through better measurement technology
  • Supporting quieter and more efficient aircraft design
  • Developing high-performance MEMS microphones for aeroacoustic measurement
  • Creating wall-mounted sensors for aircraft surfaces
  • Capturing pressure fluctuations with high spatial and temporal resolution
  • Delivering broad-bandwidth sensing for demanding aerospace applications
  • Advancing piezoelectric and piezoresistive MEMS innovation

Aeromic hat ein europäisches Forschungsprojekt erfolgreich abgeschlossen, das die auf mikroelektromechanischen Systemen (MEMS) basierende Mikrofontechnologie für aeroakustische Messungen vorantreibt. Die gewonnenen Erkenntnisse unterstützen die Entwicklung leiserer, effizienterer und nachhaltigerer Flugzeuge.

Project Consortium

The project was coordinated by SAL and brought together a European consortium of research, academia, and industry. The AEROMIC partners were:

Project
facts

Title: AEROMIC
Program: Clean Sky 2 Joint Undertaking, Horizon 2020 Research and Innovation Program
Funding Agency: European Union
Project Coordinator: Silicon Austria Labs GmbH (SAL)
Duration: 01.01.2021 – 30.06.2023

Similar Projects

Discover more projects with similar focuses and technologies.

Smart Bark Beetle Trap

In a joint project by Priot d.o.o. and Silicon Austria Labs, an intelligent, energy-autonomous bark beetle trap has been developed. It uses printed sensors, solar energy, and wireless data transmission to monitor infestation in real-time. This replaces labor-intensive manual monitoring, reduces workload, and simultaneously provides more precise data for more effective and sustainable control strategies.

Mag-speak

The objective of the „Mag-Speak“ project was to develop, manufacture, and test a new generation of MEMS woofer micro-speakers based on magnetic drive principles. A proof-of-concept micro-speaker was sought, offering a significantly more compact design compared to current state-of-the-art systems, while simultaneously achieving sound pressure levels and total harmonic distortion values that meet market requirements for woofers.

CoRaLi-DAR

As part of the EU-funded CoRaLi-DAR project, a low-cost, power-efficient, and reliable advanced sensor and ranging system is being developed as a platform for the automotive market and beyond. The project aims to combine both radio and light-based sensing in one module, leveraging the high-resolution capabilities of LiDAR and the high reliability of RADAR in adverse weather conditions. Translated with DeepL.com (free version)...
All Projects

Contact

Business Development
Lisa Kainz MA
Business Development Microsystems
Graz
+43 664 88 964 965
lisa.kainz@silicon-austria.com
Project Manager
Dr. Alexander Shatalov
Scientist Piezoelectric Microsystem Technologies
Villach
+43 664 78 735 776
alexander.shatalov@silicon-austria.com

Newsletter

Our Science & Stories newsletter provides the latest news, bietet aktuelle Neuigkeiten, Forschungshighlights und spannende Einblicke
von Silicon Austria Labs – direkt ins Postfach.