USound GmbH is a fast-growing audio company, developing and producing the most-advanced audio systems for personal applications based on MEMS technology. As a fabless company, process R&D and manufacturing operations are outsourced to world class industrial partners.
With the introduction of innovative MEMS technology USound is reinventing the audio industry and is setting new standards in term of Audio Quality and Low Power consumption. We believe that our products will increase the effectiveness of our customer‘s products and maximize the degree of freedom of the end users. After all, the life soundtrack of each person should have a unique acoustic fingerprint.
We aim to reach market leadership of advanced acoustic solutions in the mobile communications and consumer electronics by developing revolutionary system solutions that augment and enhance the sound experience and create new ways to interact with sound.
Joerg Schoenbacher has 10+ years‘ experience in Corporate Finance, Legal Practice and IP Management in the semiconductor industry. Coming from a legal and business background, he started his career in private legal practice focusing on technology financing and VC/PE-projects. He then joined SensorDynamics where he has been responsible for legal and IP and contributed to Finance functions. After SensorDynamics‘ acquisition by Maxim Integrated he has been a Regional Manager Europe for Maxim‘s Consumer and Automotive group and a site manager for Maxim‘s operations in Austria.
Andrea Rusconi Clerici has 10+ years technical experience in the MEMS industry having covered several engineering and management positions in R&D, product development, manufacturing engineering and operations. He has experience in research (Fraunhofer Institute), large companies (STMicroelectronics, Maxim Integrated) and start-up (Sensordynamics). At STMicroelectronics he was a key player for realizing the impressive MEMS business growth from scratch to 250M$/Y in 5 years; achievements ranged from new technologies IP and development to product families mass production.
Ferruccio Bottoni has almost 20 years of experience in Semiconductor and MEMS industry. He started in 1995 at STMicroelectronics working on the Flash Memories. Subsequently he joined Robert Bosch GmbH in 1999 were he contributed to the ramp-up of MEMS in the automotive markets. He finally joined Sensordynamics in 2009 as VP operations and he has retained this position until 2013. During his career, Ferruccio has covered several positions Quality and Reliability Engineer, Process Manufacturing Manager, Technical Purchasing Manager and VP Operations.
Austria Wirtschaftsservice Gesellschaft mbH (aws) provides financial aid for the formation and location of high-tech companies in Austria on behalf of the Federal Ministry of Science, Research and Economy, with particular emphasis on the provision of financial aid to technology sectors exhibiting high potential for growth and great innovative strength, such as life sciences, information and communication technology, and physical sciences.
eQventure, located in Graz, offers selected young start-ups and SMEs access to growth capital and a strong network. This dynamic support covers all situations encountered when building up or reorganising a company. eQventure is composed of successful entrepreneurs and business angels, who invest their own private capital and know-how in growing companies.eQventure offers selected external investors the opportunity to participate in financing rounds on a case-by-case basis. For technology investments, the European Angel Fund, based in Luxembourg and counselled by the European Investment Fund, is generally a shareholder.
Science Park Graz
The Science Park Graz (SPG) is the business incubator of the Technical University of Graz, Graz University and the Medical University of Graz, founded in 2002. The goal of the incubator is to support academics from all disciplines of knowledge with business ideas at an early stage of their start-up project with consulting, coaching, infrastructure, financing and funding.
A network of world class partners is working with us in
making the future an exciting reality.
Austria Technologie & Systemtechnik Aktiengesellschaft (AT&S AG) is the European market leader and one of the world's leading producers of high-end printed circuit boards. AT&S is especially well positioned worldwide in the highest tech market segment for HDI microvia printed circuit boards, which are chiefly used in mobile devices. The Group is also highly successful in the automotive printed circuit board market, and in the industrial and medical technology sectors. In 2013 AT&S took the next step in implementing its high-tech strategy by entering the IC substrate business as part of a joint venture with a leading global semiconductor manufacturer. As an international growth enterprise AT&S has a global presence, with three production facilities in Austria (Leoben, Fehring) and one each in India (Nanjangud), China and Korea (Ansan, near Seoul). It currently employs some 7,100 people. For more information visit www.ats.net.
Fraunhofer Institure ISIT
The Fraunhofer Institute for Silicon Technology ISIT develops and produces power electronics and microsystems according to customers specifications. Important areas of application include energy technology, automotive and transport engineering, the consumer goods industry, medical technology, communications technology, and automation. Modern technologies and equipment based on 200 mm Silicon wafer technology plus the expertise built up over decades put Fraunhofer ISIT and its customers at the forefront of the field worldwide.
For more information, please visit www.isit.fraunhofer.de.
The Institute for Electronic Music and Acoustic – IEM, founded in 1965, connects the evolution of Musical Arts with experimental Research and Development and plays a pioneering role as interface between new acoustic technologies and audio praxis. The R&D interests include the areas of artistic research, signal processing, analog and digital music. The unique infrastructure available at the IEM allows for inter-disciplinary experimental studies and characterizations; in the research area of signal processing and acoustics, the focus is on sound analysis, transformation and synthesis in time, frequency and space domains.
For more information, please visit www.iem.at.