Postdoctoral research positions at
the Center of Excellence (COE) program of
"Center for Electronic Devices Innovation"
No Recruitment Now
- For future reference...(Guidelines for Recruitment from September 2007 to January 2008)
- Outline:
- The purpose of the Fellowship is to provide opportunities for
young postdoctoral researchers to conduct
R&D in the research units in Osaka University under the Global COE program, "Center for Electronic
Devices Innovation" supported by Ministry of Education, Culture, Sports Science and Technology of Japan. - Research fields:
-
- Power electronics for power system application, application study on next generation power devices
- Semiconductor laser (material development, fabrication development, design)
- Organic photovoltaic device (conducting polymer, fullerene, organic semiconductor, etc)
- Terahertz application, optical system development
- Fast and highly-functional bio-imaging system
- Fabrication, characterization and simulation of SQUID devices
- Plasma device, plasma photonics
- Nanotechnology (carbon nanotube, sensor, synthesis, characterization)
- Rank:Part-time (Nontenured)Fellowships are
renewed every year under screening of the Global COE administrative
committee, and
successful candidates will be awarded the Fellowships until March 31, 2012. - Work area:Osaka, Japan
- Number of positions:A few
- Qualifications:Candidates must hold a doctoral degree at the start of the fellowship.
- Treatment :Salary, insurance and other allowances: As per the University norms
- Deadline for applications:January 31, 2008
- Starting date:The position will start as soon as possible after the selection.
- Selection process:
-
- Screening conducted by the Global COE administrative committee
- We might ask candidates to present their studies at the 1st
Global COE International Symposium
"Electronic Devices Innovation" (EDIS2008)
- Application materials:
-
- Curriculum vitae
- Summary of past studies and research plan
- List of achievements
- Offprints or photocopies of the three major papers
- Names, affiliations, and e-mail address of two academic referees who can evaluate the achievements
- Contact information (address, affiliations, phone, fax, and e-mail)
- Submission and contact information:
- The above materials are prepared as the application, and send
the PDF file(s) to
the Global COE office by e-mail.
Global COE Office
Division of Electrical, Electronic and Information Engineering,
Graduate School of Engineering, Osaka University
2-1 Yamada-oka, Suita, Osaka 565-0871, JAPAN
E-mail: office@gcoe.eei.eng.osaka-u.ac.jp
- Detailed Description of Research Fields
-
- Power Electronics for power system application, application
study on next generation power devices
-power device, power electronics, electrical power engineering - Semiconductor laser
-material development, fabrication development, design - Organic photovoltaic device
-conducting polymer, fullerene, organic semiconductor, organic solar cell, organic photovoltaic cell,
organic device - Terahertz application, optical system development
-terahertz sensing, terahertz imaging - Fast and highly-functional bio-imaging system
-A postdoctoral position is available in fast and highly-functional bio-imaging system.
Applicants are expected to have a research experience in designing imaging devices and to have knowledge
of information processing in biological system, preferably neuronal system
-imaging device, analog circuit design, bio-imaging, neurophysiology - Fabrication, characterization and simulation of SQUID devices
-To be able to fabricate SQUID devices (photolithography and ion milling etching process)
and evaluate SQUID device electrical properties (magnetometer and gradiometer) and device simulations for SQUID device characterizations.
-high-transition-temperature superconducting thin-film, Josephson junction, SQUID, grain-boundary - Plasma device, plasma photonics
-X-ray generation, terahertz wave generation, plasma device for optical control, plasma device for control of
particles - Nanotechnology
-carbon nanotube, sensor, synthesis, characterization
- Power Electronics for power system application, application
study on next generation power devices