Our Research Group arose in 1997 as the fruit of the collaboration of a group of professors with extensive experience in the world of acoustics and electronics. We are a multi-disciplinary group, with professors and researchers from the HTSE for Industry, HTSE for Telecommunications and HTSE for Topography taking part. We are 6 professors, and around 24 people under contract including researchers, technicians and administrative staff. We currently also have 10 doctoral students doing their theses with us.
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Research into Instrumentation and Applied Acoustics (I2A2)
I2A2
Structure: Research Groups
We carry out our work in various fields of Acoustics and CIT, where we seek to provide our experience to contribute to resolving some of the challenges faced by our society. This vision leads us to work in permanent contact with businesses and authorities in a continuous search to transfer the results of our work, either by technology or knowledge transfer, or by directly offering added value services to industry.
Our lines of research can be summarised as follows:
- Ambient noise.
- Building acoustics.
- Noise and vibration control.
- Workplace noise.
- Acoustic Therapies.
- Advanced Data Acquisition Systems.
- Electronic Equipment and Embedded Systems.
- Monitoring Structural Health.
- Acoustic Metrology
- Audio Signal Processing
- Electroacoustic
- Environmental Noise
- Industrial Noise
- Room acoustics
- Virtual instrumentation
Within the field of Acoustics, we have vast experience in acoustic impact assessment in transport infrastructures, as well as in industry. A highlight is our collaboration with AENA, for more than 10 years, carrying out work related to the Soundproofing Plan at several Spanish airports, with its own acoustic testing laboratory accredited by ENAC.
We also carry out more basic research projects, such as two projects currently in development relating to analysing the subjective component of noise and the non-acoustic factors that may influence its perception, and to the possible application of acoustic therapies to treat certain illnesses.
In the field of Information Acquisition and Processing Systems, the hardware part of so-called Big Data, our contribution to the definition of new architecture for scientific experiments is noteworthy. Specifically, we have developed several solutions in collaboration with CIEMAT, for the European JET and ITER fusion devices, where we have achieved inclusion of several of our proposals in their catalogue of solutions.
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Wireless medical grade EEG device that sends electrical signals from the brain to a unique algorithm designed to detect acute stress and reduce it.
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IRIO consists on a methodology and a set of software tools that drastically simplify your intelligent data-acquisition system development cycle. With IRIO, FPGA implementations are…
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On-board embedded system to reliably estimate the surface road conditions
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Portable electronic system capable of measuring environmental acidity and aiding in preventative actions to conserve and protect the environment.
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Software description This is a software application that enables remote control of a hardware system that permits configuration of different types of analogue electronic circuits…