Recruitment Field for Engineer

Transcription

1 1 (1)Theme Fabrication, Assembly and Technology Development of Tokamak Components for the Satellite Tokamak JT-60SA The Satellite Tokamak Project (JT-60SA) is one of Broader Approach Programme implemented under the collaboration of Japan and Europe. An adopted engineer is to be engaged in design, fabrication, assembly and technology development of tokamak components as listed below. (1) Structural design, manufacturing and construction of tokamak components (vacuum vessel, port, support structure etc.) (2) Structural design, manufacturing and construction of in-vessel components (divertor, first walls, stabilizing plates, in-vessel coils) March, JT-60 Tokamak Device Group, Fusion Research and Development Directorate Dr.Akira SAKASAI TEL FAX (1)Theme Technology Development of the Structures for the ITER Superconducting Magnet The ITER TF coil uses massive stainless structures to support electromagnetic forces. The employee will engage in the technology development of the TF coil structures, including material development and its performance evaluation, development of machining and welding technologies and development of inspection technology. In order to perform these jobs, the employee will perform necessary coordination with the ITER Organization and manufactures and will participated in technical meetings with them. March, ITER Superconducting Magnet Technology Group, Fusion Research and Development Directorate Mr.Kiyoshi OKUNO TEL FAX

2 3 (1)Theme Advanced plant technology development on FBR For the commercialization of FBR, various innovative technologies are investigated to improve economy, reliability and safety of future plants using the experimental fast reactor Joyo, prototype FBR Monju and several test facilities. 1JAEA is conducting study and development on high-performance FBR core, fuel and materials, core and plant management, innovative FBR plant instrumentation and control, in-vessel remote inspection and diagnosis technologies through the operation, maintenance and tests using the experimental fast reactor Joyo and Monju. 2Also JAEA is studying on thermal-hydraulics, structural mechanics and materials for reactor coolant system and components. For this purpose various tests on thermal-hydraulic, structural mechanics and materials behavior using several test facilities of engineering and fundamental scales are performed systematically. 3JAEA is studying advanced fuels and core components materials for FBR as the FaCT Project. For this purpose irradiation behavior of advanced fuels and materials irradiated in JOYO and MONJU are investigated using postirradiation examination apparatus. Technology), a master's or a doctor's course in March, Fast Breeder Reactor Research and Development Center,Tsuruga Head Office Mr.Makoto HASEGAWA TEL ext.6004 FAX Technology Development Department, Oarai Research and Development Center Mr.Osamu MIYAKE TEL ext.5880 FAX Experimental Fast Reactor Department, Oarai Research and Development Center Mr.Soju SUZUKI TEL ext.5400 FAX Fuels and Materials Department, Oarai Research and Development Center Mr.Takeo ASAGA TEL ext.5500 FAX

3 4 (1)Theme Advanced FBR Fuel Reprocessing Technology Development The employee would be engaged in development on advanced recycle technology of FBR fuel cycle, for instance innovative reprocessing process and equipment. Results of the development would be reflected to commercialization of the FBR fuel cycle that is one of the JAEA's main activity. JAEA is expected to lead FBR fuel cycle development in the world, the employee would be expected to take part in related international collaboration Technology), a master's or a doctor's course in March, Nuclear Cycle Engineering Department, Nuclear Fuel Cycle Engineering Laboratories, Tokai Research and Development Center Mr.Shinichi AOSE TEL ext FAX (1)Theme The research and development of advanced reprocessing technologies Reprocessing is the key technology of nuclear fuel cycle. Technical advancement is required, such as reduction of environmental load, improvement in nuclear nonproliferation resistance, and economical efficiency. Then, the research and development using "Fugen" MOX fuel is performed at Tokai Reprocessing Plant which is an examination facility of a domestic only industrial scale. Co-ordination Section,Tokai Reprocessing Technology Development Center, Nuclear Fuel Cycle Engineering Laboratories,Tokai Research and Development Center Mr.Takenori SHIMIZU (ext.70100) (1)Theme Development of Plutonium Fuel Technology This job contributes to the prevention of global warming and the development of technologies for peaceful utilization of plutonium which is the key of producing energy domestically. You can join the R&D on the technologies of plutonium-uranium mixed oxide(mox) fuel and fuel fabrication which are supplied to new type nuclear reactor such as Fast Breeder Reactor, that make effective utilization of plutonium as nuclear fuel possible. The works you can engage in are the fuel property study, automation technology development, plant maintenance technology development, waste management technology development, safeguards technology development, analytical technology development, and so on, for the practical application of MOX fuel technology, using many kinds of expertise. These activities are carried out in the Plutonium Fuel Development Center which is the only Japanese and world's leading worksite where the wide range of works from R&D to fuel fabrication are possible. Planning and Control Section, Plutonium Fuel Development Center, Nuclear Fuel Cycle Engineering Laboratories,Tokai Research and Development Center Mr.Toru SUZUKI (ext.76100)

4 7 (1)Theme Development of processing technologies and design & operation of processing facilities for low level radioactive waste R&D of waste processing technologies for low level radioactive waste generated from various R&D activities in JAEA and design, construction and operation of a new processing facility applied these developed technologies. R&D of advanced encapsulation technologies, mainly the cementation technologies applied to low level waste such as incinerated ash etc.these activities are conducted with using the information exchange of the international cooperation based on the agreement, etc. Radioactive Waste Treatment Technology Development Group,Nuclear Cycle Backend Directorate Mr.Kuniaki TAKAHASHI (Advanced encapsulation technologies) TEL ext FAX Volume Reduction Technology Section, Department of Decommissioning and Waste Management,Nuclear Science Research Institute,Tokai Research and Development Center Mr.Toshiyuki MONNMA,Mr.Kazushige OZAWA (Waste processing technologies and Advanced Volume Reduction Facility) TEL FAX Waste Management Department, Nuclear Fuel Cycle Engineering Laboratories,Tokai Research and Development Center Dr.Toshiyuki YAMASHITA (Processing technologies of TRU waste and Tokai solid Waste Treatment Facility) TEL ext FAX Waste Management Planning Section, Waste Management Department, Oarai Research and Development Center, Mr.Yasushi DONOMAE (Remote control technologies and Oarai Waste Treatment Facility) TEL ext.5357 FAX

5 8 (1)Theme Decommissioning and related R&D on nuclear facilities JAEA owns many kinds of nuclear facilities for research and development on wide range from the study on basic technologies to the establishment of the nuclear fuel cycle technologies. Facilities accomplished their mission should be decommissioned rationally with ensuring the safety as a highest priority. Therefore, JAEA are developing the related technologies for the decommissioning, which are for dismantlement, decontamination, management and reuse/recycle of wastes from decommissioning, and radioactive inventory measurement in waste etc. Developed technologies are also demonstrated through the actual decommissioning of nuclear facilities in JAEA. These activities are conducted with using the information exchange in OECD/NEA, the international cooperation based on the agreement, etc. Technology Development Section, Technology Development Department, Fugen Decommissioning Engineering Center, Tsuruga Head Office Mr.Yoshitsugu MORISHITA (Remote dismantling technologies for large scale reactor, measurement and evaluation technologies for radioactive inventory) TEL ext.2700 FAX Environmental Research and Development Department, Ningyo-toge Environmental Engineering Center Mr.Tomohisa ZAITSU(Decommissioning on uranium facilities and recycle technologies for dismantled wastes, management system) TEL ext.4002 FAX (1)Theme Management and dissemination of JAEA's R&D results information at the nuclear-dedicated library As a part of the activities of the largest nuclear information center in Japan, management of JAEA's R&D results information will be done. To edit and publish JAEA Reports and "JAEA R&D Review", to manage information on contributed papers and oral presentations by JAEA staff, and to disseminate them over the world. To participate in institutional repository activities in cooperation with other science-dedicated library networks and to collect basic data on institutional evaluation. March, 2010.(it's preferable that applicants major in library and information engeneering or information engeneering) Intellectual Resources Section, Intellectual Resources Department Mr.Takashi NOZAWA TEL FAX

6 10 (1)Theme Technological Development for Nuclear Non-proliferation Technological development of Safeguards, nuclear security, proliferation resistance for the next generation nuclear system will be conducted. It will be performed through closed contact with related directorates in JAEA and the international cooperation with US/DOE and EURATOM/JRC. Outcomes of the development will also utilize international contribution to IAEA through the government of Japan. March, Nuclear Non-proliferation Science and Technology Center Dr. Mitsutoshi SUZUKI, Mr. Yosuke NAOI TEL :SUZUKI, :NAOI FAX (1)Theme Radiation safety management of nuclear facilities and research and development of radiation control, dosimetry, instrumentation and environmental radiation monitoring techniques 1. Radiation monitoring of workplaces in research reactors and/or nuclear fuel cycle facilities and environmental monitoring of around the nuclear facilities, for radiation protection of workers and public. 2. Research and development (R&D) in radiation control in the frontiers of radiation protection, including radiological monitoring in workplaces and personnel dosimetry etc. Wide range R&D, such as radiation measurement device, radiation imaging, radiological aerosols, simulations of biokinetics of radionuclides in the human body, external/internal dosimetry, chemical analysis of TRU radionuclides, simulation of radioactivity in environment and ecology. 3. Establishment of radiation safety on the basis of professionalism supported by the most advanced scientific knowledge and techniques, and by obtaining the national licenses related to radiation protection. Technology), a master's or a doctor's course in March, Facility Radiation Control Section I & II, Department of Radiation Protection, Nuclear Science Research Institute,Tokai Research and Development Center Mr. Nobuyuki KINOUCHI, Mr. Isamu SHIMIZU (Research Reactors and TEL FAX Radiation Dosimetry and Instrumentation Section, Radiation Protection Department, Nuclear Fuel Cycle Engineering Laboratories,Tokai Research and Development Center Mr. Itaru TAGO TEL ext FAX Radiation Dosimetry and Environmental Monitoring Section, Health and Safety Department, Oarai Research and Development Center Mr.Kimio ITO TEL ext.5214 FAX

7 12 (1)Theme Building structure design, seismic performance evaluation and engineering construction method development for atomic energy facilities. Geological characterisations investigation Building structure design Seismic performance evaluation Process control management Engineering construction method development for the building constructed by JAEA. March, 2010.(Civil or Architectural fuculty) Construction Section, Construction Department Mr.Isao SHIOYA TEL FAX (1)Theme Operation and technological development of research reactors useful for advanced research Research reactors have been utilized in various fields of advanced materials science, life science, LWR-high-burnup fuel testing, etc. any researchers from industries, medicines and universities come to use these reactors. Therefore, the safety and steady operation of the reactors is very important. You will be engaged in the reactor operation and management. By obtaining licenses of a reactor supervisor or technical adviser, you will act as a safety supervisor. Turning your experience to advantage, you may work on technological development for advancing utilization of research reactors. Technology) master's or a doctor's course in March, Department of Research Reactor and Tandem Accelerator, Nuclear Science Research Institute,Tokai Research and Development Center Mr.Tsuyoshi KUSUNOKI TEL FAX (1)Theme Operation and management of Post Irradiation Examination(PIE),and development of PIE apparatuses and techniques Various post irradiation examinations (PIEs) to obtain physical, chemical and mechanical properties of post irradiation fuels and samples (fuel, material) irradiated in nuclear reactors are performed in hot laboratories for the purpose of the evaluation of the safety and reliability and the development regarding nuclear fuels and materials of nuclear facilities. Besides, new PIE apparatuses and techniques are developed according to researcher s needs. To be expected to complete a bachelor's or a master's course in March, Hot Engineering Section, Department of Hot Laboratories and Facilities,Nuclear Science Research Institute,Tokai Research and Development Center Mr.Tamio SAGAWA TEL FAX

8 15 (1)Theme Operation and maintenance of Fast Critical Assembly (FCA) FCA is a research facility in which various experimental research activities have been conducted in the field of reactor physics for fast breeder reactor and future advanced reactor development. For technical support to those research activities, a new employee is expected to be engaged in operation and safety management of FCA as an expert engineer, and development of facility related techniques. The employee is also expected to obtain national licenses such as supervisors for nuclear reactor operation, and nuclear material and radio isotope handling. Critical Facility Operation and Engineering Section Ⅱ,Department of Criticality and Fuel Cycle Research Facilities, Nuclear Science Research Institute,Tokai Research and Development Center Mr.Tsuyoshi YAMANE TEL FAX (1)Theme Development of irradiation technology In order to use wide range of areas such as long-term solution of light-water reactors and/or medical RI production as a domestic nuclear infrastructure, parts of some reactor facilities and new irradiation facilities of the Japan Materials Testing Reactor (JMTR) are to be refurbished until FY An attractive irradiation test program with development of measuring method from view points of new physical phenomena will be proposed to users, and the utilization as a international hub will be progressed after reoperation from FY For that purpose, developments of a visualization technology using optical signal and a remote sensing technology are conducted as an in-core special measurement technique. Moreover, as an advanced material irradiation technique, developments of a crack-initiation measurement unit and a electrochemical-corrosion-potentials sensor are conducted. In addition, developments of new medical RI production technique and so on are also conducted. Neutron Irradiation and Testing Reactor Center, Oarai Research and Development Center Dr.Hiroshi KAWAMURA TEL ext.7000 FAX

9 17 (1)Theme Tests, operations and development of reactor technology on High Temperature Engineering Test Reactor (HTTR) Technology on High Temperature Gas-cooled Reactor (HTGR) is developed by evaluating operation and test data of High Temperature Engineering Test Reactor(HTTR) for thrmohydraulics, reactor physics, structural integrity of high-temperature components and helium chemistry. Excellent performance of HTGR is being further studied and improved by the development. HTTR Reactor Engineering Section, Department of HTTR,Oarai Research and Development Center Dr.Tetsuo NISHIHARA TEL FAX (1)Theme Development of ionizing radiation measurement technology The development of ionizing radiation measurement technology is required to offer better tools necessary for process control and quality assurance in industrial radiation application, e.g. sterilization and processing.result of the development will be useful for radiation effect study in research institutes, and for the design of a new radiation application process. The routine job for maintenance and control of the existing electron beam and gamma-ray irradiation facilities is also required in addition to the R&D work. Technology) course in March, Department of Advanced Radiation Technology,Takasaki Advanced Radiation Research Institute Dr.Takuji KOJIMA TEL FAX Concerning the qualification, applicants need to complete a course in March, 2010 in principle, but in case of a difference of school entry periods, this principle has no application.