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P. Ancey
Also published under:Pascal Ancey
Affiliation
STMicroelectronics, Crolles, France
Topic
Finite Element Method,Laser Doppler Vibrometer,Piezoelectric Coefficient,Young’s Modulus,Bimetal,Damping Parameter,Displacement Amplitude,Electric Power,Feedback Effects,Heat Sink,Low Voltage,Mechanical Energy,Process Flow,Thin Films,Top Electrode,3D Integration,Account In Model,Acoustic Velocity,Acoustic Waves,Beamwidth,Bottom Substrate,CMOS Technology,Commercial Devices,Comparison Of Measurements,Dead Area,Design Points,Elasticity Theory,Electrical Energy,Energy Harvesting,Energy Of Nodes,Energy Recovery,Etching,Evolution Of Amplitude,Explosive,Eye Diagrams,Fabrication Process,Final Customer,Finite Element Method Simulations,Flexible Modes,Fourier Transform Infrared Spectroscopy,Harvesting Systems,Heat Source,Heat Transfer,Heterogeneous Integration,High Power Consumption,Higher Resonant Frequency,Highest Amplitude,Hot Surface,Hysteresis,Industrial Production,
Biography
Pascal Ancey received the M.S. degree from INSA, Lyon, France, in 1990 and the Ph.D. degree in microelectronics from the Université Paris 7, Paris, France, in 1997, with a thesis on microsensors for humidity and condensation measurement.
In 1991, he was with the IMRA Centre as an R&D Engineer to develop thermoelectric materials and oscillators. From 1996 to 1999, he became the Leader of the thermomechanics team, where he was involved in the development of sensors and actuators for automotive applications in collaboration with Toyota and Valeo. In 2000, he is with the Front-End Technology Manufacturing Group, STMicroelectronics, Crolles, France, where he managed the advanced R&D Team Above IC and MEMS. He is responsible for the development of advanced integrated passive components, RF MEMS, and BAW devices. He also developed the integrated energy sources and energy scavenging devices for autonomous wireless sensor nodes. Since 2007, he has managed the advanced R&D Team Derivatives and 3-D, developing innovative technologies for 3-D integration, RF components, and MEMS in order to address the More than Moore roadmap. He is in charge of the development of various integration strategies, such as system on chip, system in chip, and system in package. He is the Coordinator of the European project MARTINA related to the development of above IC FBAR resonator and filter and the Technical Manager of two European Integrated Projects: MIMOSA, related to the development of a microsystem platform for mobile services and applications, and MINAMI, related to the micronanointegrated platform for transverse ambient intelligence applications. He also actively participates in the European project EPADIMD, related to the platform for advanced active implantable medical devices, including integrated RF filter devices. He is a Consulting Expert for the European Program Eurimus. He has published more than 50 articles in international journals and conferences. He is the author or coauthor of about 30 international patents.
Dr. Ancey is a member of the Technical Program Committee of ESSDERC and EMMW.
In 1991, he was with the IMRA Centre as an R&D Engineer to develop thermoelectric materials and oscillators. From 1996 to 1999, he became the Leader of the thermomechanics team, where he was involved in the development of sensors and actuators for automotive applications in collaboration with Toyota and Valeo. In 2000, he is with the Front-End Technology Manufacturing Group, STMicroelectronics, Crolles, France, where he managed the advanced R&D Team Above IC and MEMS. He is responsible for the development of advanced integrated passive components, RF MEMS, and BAW devices. He also developed the integrated energy sources and energy scavenging devices for autonomous wireless sensor nodes. Since 2007, he has managed the advanced R&D Team Derivatives and 3-D, developing innovative technologies for 3-D integration, RF components, and MEMS in order to address the More than Moore roadmap. He is in charge of the development of various integration strategies, such as system on chip, system in chip, and system in package. He is the Coordinator of the European project MARTINA related to the development of above IC FBAR resonator and filter and the Technical Manager of two European Integrated Projects: MIMOSA, related to the development of a microsystem platform for mobile services and applications, and MINAMI, related to the micronanointegrated platform for transverse ambient intelligence applications. He also actively participates in the European project EPADIMD, related to the platform for advanced active implantable medical devices, including integrated RF filter devices. He is a Consulting Expert for the European Program Eurimus. He has published more than 50 articles in international journals and conferences. He is the author or coauthor of about 30 international patents.
Dr. Ancey is a member of the Technical Program Committee of ESSDERC and EMMW.