BENEFICIARY 07
 
 
 
BRIEF DESCRIPTION OF THE ORGANIZATION
 
ST is one of the world’s largest semiconductor companies, with net revenues of US$8.88 billion in 2005 and market leadership that is spread across many fields. According to the latest industry data, ST is the world’s fifth largest semiconductor company. ST offers one of the world’s broadest product ranges, with over 3,000 main types of products. The Company’s sales are well balanced between the industry’s five major high-growth sectors: Communications (38%), Consumer (16%), Computer (17%), Automotive (15%) and Industrial (14%). Since its creation, ST has exhibited an unwavering commitment to R&D. In 2005, ST spent US$1.63 billion in R&D, which was some 18.3% of its 2005 revenues.
 
 
 That effort produced 720 patent applications in 2005, maintaining ST’s track record as one of the industry’s most innovative and prolific inventors. ST is also active in numerous collaborative research projects worldwide as well as playing a key role in Europe’s advanced technology research programs (EUREKA clusters such as Medea+) and the Framework Programs of the European Union. It is also a leader in important forward-looking industry initiatives such as ETPs (European Technology Platforms) at the European level or the “Poles de Compétitivité” (e.g. Minalogic near Grenoble and SCS in the Provence area) at the regional level.
 
 
MAIN TASKS WITHIN THE PROJECT
STM is primarily involved in the prototyping activity based on the most advanced state-of-the-art technologies and devices, such as integrated hardware and embedded software modules for intelligent sensing and control, based on a range of electronic devices that include low-power microcontrollers and inertial, pressure and acoustic sensing MEMS based devices, CMOS imagers, magnetic and temperature sensors (in WP4 and WP5).
 
 
PREVIOUS EXPERIENCE
Since the beginning of 1996, ST Microelectronics is investing in micromachining technologies to enlarge its technological portfolio and to address the forecasted booming market of MEMS applications. As of today STMicroelectronics has developed a number of MEMS devices, and among them the In-Check™ : an open platform for molecular biology test, based on a single disposable device (biochip) that integrates all the functions needed to identify multiple oligonucleotide sequences in a sample, including an integrated high-speed PCR reactor, a medium density microarray and the microfluidic handling.
 
A dedicated, low-cost set of optimized instruments is also provided, which consists in a compact solid state, user-friendly optical reader able to automatically analyze the microarray and to provide an easy-to-read diagnostic report within few seconds and a Temperature Control system (TCS). An automatic function for the update of existing databases for the surveillance of target diseases is also potentially available.
 
 
CONTACT
Roberto Sannino
Senior manager of the Advanced Robotics Lab
STMicroelectronics
 
Via C. Olivetti 2
20041 Agrate Brianza (MB) - Italy
TEL  +39 039 603 7408
FAX  +39 039 603 6154
E-mail: roberto.sannino@st.com / daniele.caltabiano@st.com
Web: www.st.com
 
 
 
 
 
 
 
PEOPLE
 
 
 
Roberto Sannino received a degree (cum laude) in Electronic Engineering from the Politecnico di Milano, Italy, in 1991. He then received a Master Degree in Information Technologies at CEFRIEL in Milano. He joined Alcatel Telettra, Italy, central research laboratory, where he authored a number of international patents and become responsible for advanced audio and video processing algorithms. In 1995, he joined STMicroelectronics, Italy, as program manager for advanced consumer terminals. In 1997, he moved to the STMicroelectronics R&D laboratory in San Diego (U.S.A.) where he managed a program for digital imaging architectures with responsibility spread over multiple sites located in U.S.A. and Italy. In 2001 he joined the Corporate Strategic Marketing group in Agrate Italy where he had technical and marketing responsibility over the Mobile Open Platform strategic program. In 2006 he was appointed senior manager of the Advanced Robotics Lab.
 
 
 
Daniele Caltabiano received a Computer Science Engineering degree (cum laude) from the University of Catania (Italy) in 2002. He then obtained a PhD in Electronic and Automation Engineering in 2006 from the same University developing both theoretical research (localization, trajectory estimation, SLAM, traction control and UAV algorithms) and technical projects (modular embedded systems for robotics). In 2006 he joined STMicroelectronics as technical coordinator of the Advanced Robotics Lab in Agrate, Italy. His main activities are focused on the design and prototyping of modular embedded systems for robotic applications, such as intelligent vision, audio source localization and beamforming, motion control, inertial navigation. He has produced more than twenty scientific papers published in national and international conferences and magazines.
 
 
 
 
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