Workshop introduction and presentation of Symphony project concepts
Dr. Andrea Adami
Andrea Adami earned the Italian Master degree in Materials Engineering in 2003 and the PhD in Information and Communications Technologies in 2010, both at the University of Trento, Italy. In 2003 he joined FBK-irst (formerly ITC-irst) as researcher. Since 2003 his research activities have been focused on the development of MEMS devices for chemical and biochemical sensing applications such as Ion-Sensitive FET (ISFETs) and electrochemical sensors in general, microcantilever-based sensors for DNA sensing and gas sensing applications, MEMS-based MOX gas sensors and on-chip micro-columns for chromatographic systems in gas and liquid phase. Activities on physical sensors werefocused on CMOS integrated piezoelectric tactile sensors for robotic applications, microcantilever structures for the characterisation of thin film properties and MEMS-based mass flow sensors. Currently, the main research topic is the development of microsystems and microfluidics for agrofood applications. He is currently author of about 60 papers in International Conferences and Scientific Journals. His expertise include modelling, design and testing of MEMS devices. He is currently Technical Manager of the Symphony Project.
Contact email: andadami(at)fbk.eu
In dairy industry, one of most pressing unmet needs is the timely detection of toxins contaminations that originate from animal feed and are secreted into milk. The available technology for aflatoxin detection is laboratory-based, in most cases requires sample preparation and does not provide timely identification of contaminants, thus fails to deliver cost-effective management of milk quality. Can the use of Microfluidics and Micro System Technologies and biosensors provide a solution to overcome these limitations? What are the major factors that could jeopardize the integration and automation of current analysis techniques?
This talk presents the major concepts of Symphony project for contaminats detection in milk.