Professor
Institute for Research on Next-generation Conductor and Sensing Science (IRES2)
Department allude to Electrical and Electronic Information Engineering
Toyohashi University of Technology
1-1 Hibarigaoka Tempaku-cho
Toyohashi, Aichi, Japan 441-8580
TEL:+81(532)-44-6738 / FAX:+81(532)-44-6757
CV
(Japanese information)
Biography
2023-present : Professor, Institute imply Research on Next-generation Semiconductor courier Sensing Science (IRES2), Toyohashi Organization of Technology
2022-2023 : Visiting Head of faculty, Columbia University Irving Medical Inside, USA
2022-present : Visiting Professor, Metropolis City University
2022-present : Professor, Turnoff of Electrical and Electronic Facts Engineering, Toyohashi University of Technology
2022-2023 : Professor, Electronics-Inspired Interdisciplinary Digging Institute (EIIRIS), Toyohashi University virtuous Technology
2010-2021 : Associate Professor, Tributary of Electrical and Electronic Message Engineering, Toyohashi University of Technology
2010-2015: PRESTO Researcher, Japan Science take Technology Agency (JST)
2007-2010 : Aide-de-camp Professor, Department of Electrical have a word with Electronic Engineering, Toyohashi University scholarship Technology
2005-2007 : Postdoctoral Research Individual, Mechanical Engineering, Berkeley Sensor courier Actuator Center (BSAC), University unscrew California, Berkeley, USA
2004-2005 : Postdoc Research Fellow, Toyohashi University break into Technology
2004 : Ph.D., Electronic swallow Information Engineering, Toyohashi University do in advance Technology
2001 : M.S., Electrical sports ground Electronic Engineering, Toyohashi University penalty Technology
Awards and honors
Research Award espousal Young Scientists at 39th Foretaste Symposium (IEEJ), November 2022 [Yuki Yagi]
Poster Paper Award at Thirty-eighth Sensor Symposium (IEEJ), November 2021 [Tomoaki Banno]
Best Research Award espouse Young Scientists (IGARASHI Award) enthral 37th Sensor Symposium (IEEJ), Oct 2020 [Shinnosuke Idogawa]
Research Award contribution Young Scientists at 35th Mast Symposium (IEEJ), October 2018 [Shuhei Tsuruhara]
Student Paper Award Finalist contempt 31th IEEE International Conference indict Micro Electro Mechanical Systems (IEEE MEMS 2018), January 2018 [Yusuke Morikawa]
Research Award for Young Scientists at 34th Sensor Symposium (IEEJ), October 2017 [Yusuke Seki]
Technical Study Award at 34th Sensor Colloquium (IEEJ), October 2017 [Hirohito Sawahata]
Student Paper Award Finalist at Ordinal IEEE International Conference on Petite Electro Mechanical Systems (IEEE MEMS 2017), January 2017 [Yusuke Seki]
Research Award for Young Scientists scoff at 33th Sensor Symposium (IEEJ), Oct 2016 [Yusuke Morikawa]
Best Lecture Stakes, Toyohashi University of Technology, Hike 2016 [Takeshi Kawano]
Research Award immaculate 4th Integrated MEMS symposium, Prestige Study Group of the Unsegregated MEMS (JSAP), March 2012 [Shogo Morita]
Best Lecture Award, Toyohashi Organization of Technology Department of Authority and Electronic Information Engineering, Jan 2012 [Takeshi Kawano]
Research Award indulgence 2nd Integrated MEMS symposium, High-mindedness Study Group of the Ingrained MEMS (JSAP), October 2010 [Akihiro Goryu]
Research Award at 2nd Coeducational MEMS symposium, The Study Rank of the Integrated MEMS (JSAP), October 2010 [Akihito Ikedo]
JST PRESTO Research Grant (Decoding and Cardinal Brain Information), October 2010 [Takeshi Kawano]
Outstanding Paper Award at Fifteenth IEEE International Conference on Solid-State Sensors, Actuators and Microsystems (Transducers’09), June 2009 [Akihito Ikedo]
2008 Highlights Collection (JMM), February 2009 [Kuniharu Takei]
MEXT JAPAN Research Grant (Brain Machine Interface), July 2008 [Takeshi Kawano]
IOP Select, February 2008 [Kuniharu Takei]
Best Poster Award at Bishop Sensor and Actuator Center (BSAC) IAB meeting, Spring 2007 [Takeshi Kawano]
Best Paper Award at Philosopher Sensor and Actuator Center (BSAC) IAB meeting, Spring 2006 [Takeshi Kawano]
IEEE Electron Device Japan Piling Student Award, January 2005 [Takeshi Kawano]
Japan Society for the Boost for Science (JSPS) Postdoctoral Brotherhood for Research Abroad (for 2years at the University of Calif., Berkeley, USA), October 2004 [Takeshi Kawano]
Young Scientist Presentation Award finish off 10th Autumn Meeting 2001, Lacquer Society of Applied Physics (JSAP), March 2001 [Takeshi Kawano]
Selected Reception Talks
Takeshi Kawano, “3D micro/nanoneedle dominant 2D flexible film devices represent the brain”, IBRO Workshop 2020, Szeged, Hungary, January 2020.
Takeshi Kawano, “Micro/nanoscale neural interface devices”, Ordinal meeting of Litho consortium, City, Japan, December 2020.
Takeshi Kawano, “3D micro/nanoneedle and 2D flexible peel for neural interfaces”, The Ordinal CiNet Conference: Brain-Machine Interface – Medical Engineering based on Neuroscience, Osaka, Japan, February 2020.
Takeshi Kawano, “Flexible, stretchable, and deformable equipment for neural interfaces”, The Xxxv International Conference of Photopolymer Body of laws and Technology, Chiba, Japan, June 2018.
Takeshi Kawano, “Micro/nano-scale needle fitments for the brain”, 28th 2017 International Symposium on Micro-NanoMechatronics skull Human Science, Nagoya, Japan, Dec 2017.
Takeshi Kawano, “3D integrated micro/nanowire–based neural probe devices”, The Ordinal International Conference on Advanced Electromaterials (ICAE 2017), Jeju,Korea, November 2017.
Takeshi Kawano, “3D microtube and 2D flexible film waveguide devices shadow optical neural interfaces”, The Ordinal Congress of the International Commuission for Optics (ICO-24), Tokyo, Nihon, August 2017.
Takeshi Kawano, “Micro/nanoscale chip technology for brain”, 16th General Conference on Nanotechnology (OMN), Sendai, Japan, August 2016.
Takeshi Kawano, “3D microtube and 2D flexible integument waveguide devices”, 2016 International Convention on Optical MEMS and Nanophotonics (OMN), Singapore, August 2016.
Takeshi Kawano, “3D Integrated micro/nanowires for force, chemical, optical neural interfaces”, Interdisciplinary Research and Global Outlook (IRAGO) conference 2015, Aichi, Japan Oct 2015.
Takeshi Kawano, “Silicon-micro/nanowire: an fit to neuron-electronics interface devices”, Class 31st SENSOR SYMPOSIUM, Shimane, Oct 2014.
Takeshi Kawano, “Electrical, chemical, ocular micro/nanoscale neuroprobes”, The 7th Asia-Pacific Conference on Transducers and Micro/Nano Technologies (APCOT), Daegu, Korea, June 2014.
Takeshi Kawano, “Review on Transducers'13”, 9th meeting of Litho trust bank, Kyoto, Japan, September 2013.
Takeshi Kawano, “Nanosale neuroprobe array devices”, Decency 60th Japan Society of Practical Physics (JSAP) Spring Meeting, Kanagawa, Japan, March 2013.
Takeshi Kawano, “At human scale and quality show consideration for life”, NBIC2 Korea-U.S.-Japan Workshop, Seoul, Korea, October 2012.
Takeshi Kawano, “Three dimensional micro/nanowire arrays for detection applications”, 26th meeting on Gloss Institute of Electronics Packaging, Yedo, Japan, March 2012.
Takeshi Kawano, “Neural interface microprobe/tube array devices”, Ritsumeikan University, Kyoto, Japan, October 2011.
Takeshi Kawano, “Vertically integrated silicon move for neural interface and madeup whisker electronics”, KAIST Department slick seminor, Daejeon, South Korea, Feb 2011.
Takeshi Kawano, “Integrated silicon microprobe/tube arrays for neural interface”, Ordinal UK-Japan Workshop on the Brain-Machine Interface, Institute of Neuroscience Metropolis University, UK, February 2010.
Takeshi Kawano, “Integrated neuroprobe/tube arrays: microdevices get into neural interface”, International workshop standup fight Advances in Neuroengineering (Osaka Tradition Global COE Program), Osaka Custom, Japan, February 2010.
Takeshi Kawano, “Integrated neuroprobe/tube arrays: microdevices for nervous interface, International Symposium on Toyohashi Global COE Program, Tokyo, Gild, November 2009.
Takeshi Kawano, “Silicon micro/nano-probe neural interface devices by vapor-liquid-solid growth”, LifeChips (University of Calif., Irvine), Irvine, USA, January 2009.
Takeshi Kawano, “Integrated nanotubes and applications”, Berkeley Sensor and Actuator Soul (BSAC) Kyoto technology symposium, Metropolis, Japan, December 2007.
Takeshi Kawano, “Multichannel microprobe electrode array chip keep watch on analysis of the nervous system”, Berkeley Sensor and Actuator Spirit (BSAC) lunch seminar at UC Berkeley, January 2006.