Recruitment for Postdoctoral Fellow
(Fixed-term researcher)

1. Physics	Chemistry	Mathematics	Geo and Environemtal Sciences	Biology	Radiation
   Mechanics	Material	Electricity and Electronics	Architectural and Civil Engineering	Applied Physics	Applied Chemistry
   Chemical Engineering	Measurements and Instruments	Computer and Information	Robotics	Other	All

2. No	Theme
   	Department	Section	Location	Contact Person	Radiation Worker/ Non-Radiation Worker	Field (for reference）
   	Summary
   J33	Development of lead-bismuth spallation target
   	Sector of Nuclear Science Research, J-PARC Center	Nuclear Transmutation Division Target Technology Development Section	J-PARC	Toshinobu Sasa Tel:+81-29-282-5364 E-mail: sasa.toshinobu@jaea.go.jp	Non-Radiation Worker	Physics Material Measurements and Instruments Robotics Computer and Information
   	JAEA plans to build Transmutation Experimental Facility (TEF) to realize innvative accelerator-driven systen (ADS) for transmutation of long-lived radioactive nuclides. R&Ds to install a 250kW lead-bismuth spallation target in TEF for material irradiation, such as simulation of neutronic- and thermal-hydraulic performance, development of target components and instruments, and remote handling systems, will be performed.
   F5	Development of Technology for Working Environment Data Collection and Accumulation by Remote Operated Robots
   	Collaborative Laboratories for Advanced Decommissioning Science (CLADS), Sector of Fukushima Research and Development	Remote Technology and Robotics Group, Remote System and Sensing Technology Division	Tokai Research and Development Center (Nuclear Science Research Institute) or Tomioka International Collaborative Research Building (now under constructing)	Dr. Tatsuo TORII Tel:+81-(0)29-282-6329 E-mail: torii.tatsuo@jaea.go.jp	Non-Radiation Worker	Computer and Information Robotics Electricity and Electronics Mechanics
   	For long-term decommissioning process of the Fukushima Daiichi NPP, it is importatnt to gather and accumulate the data of the working environment as the reference to plan the missons and to use for the workers' training. The objective of this reseach subject is to develp the map building and working enviromental modeling method based on collected sensory data by remote operated robots and sensing systems. Design and implementation of spatio-temporal database to register the working environment data is also included in this research project.