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Prof.Yael Nemirovsky
APID: 17164
capProfessor Emeritus at Technion—Israel Institute of Technology Haifa, Israel
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My Biography

IEEE life Fellow and is a tenured member of the More Faculty of Electrical Engineering at Technion – Israel Institute of Technology. Nemirovsky had been involved in II-VI compounds and devices for IRFPAs. Nemirovsky is a pioneer of Micro-Electro-Mechanical Systems (MEMS) research in Israel and in the last two decades her research has focused on Micro-Opto-Electro-Mechanical (MOEMS) Systems. Her current main focus is on CMOS-SOI-MEMS imagers and system-on-chip approach. She has published over 190 papers in refereed journals, co-presented over 200 talks in conferences and filed for several patents (over 26). Nemirovsky is the recipient of an Israeli national award: “The Award for the Security of Israel” and Technion awards for “Best Teacher” and “Novel Applied Research”. She also received the Kidron Foundation award for “Innovative Applied Research”, Intel award and the USA R&D 100 2001 award recognizing the top 100 new inventions and products of the year in USA. In addition, she is the recipient of the 2008 and the 2012 IBM faculty award. In 2001 she co-founded BlueBird Optical MEMS, has been the CEO during her sabbatical and for 3 years the Chief Scientist of BlueBird. She has served for 3 years (2012-2015) as the head of the department of Electrical Engineering in Kinneret academic college. She is co-founder of TODOS Technologies Inc. – a company established by Technion to commercialize Technion IP and is currently TODOS Chief Scientist and serves on the board of directors.

Area Of Expertise

Microelectronics and Electrooptics

Area of Intrest

Advanced Sensor Systems

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My recent research proposal on the adaptive reuse of heritage buildings in Visakhapatnam makes a Read More difference in achieving one of the sustainable development goals.
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Sakineh Hargol Zadeh

Lack of potable water is a global challenge today, on the other hand, pathogenic bacteria cause Read More pollution of water resources and cause diseases and in many cases, death. Therefore, quick, accurate, and timely identification of this pathogenic factor is very important. Nowadays, biosensors have received much attention due to their simplicity, high speed, and inexpensive, and they have a promising perspective for controlling water quality and maintaining public health.
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Sakineh Hargol Zadeh

Lack of potable water is a global challenge today, on the other hand, pathogenic bacteria cause Read More pollution of water resources and cause diseases and in many cases, death. Therefore, quick, accurate, and timely identification of this pathogenic factor is very important. Nowadays, biosensors have received much attention due to their simplicity, high speed, and inexpensive, and they have a promising perspective for controlling water quality and maintaining public health.
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