Objectives

• Integration of access to neutron facilities with education and training
  Experiments in international teams: Hands-on training for students in the graduate and postgraduate level - lead to PhD and master theses.
• Integration of the full nuclear data cycle by collaboration with the Joint Evaluated Fission and Fusion (JEFF)
  Nuclear Data Library, the International Atomic Energy Agency Nuclear Data Service and Technical Safety Organisations.
  
• Collaboration with research reactor facilities and with the European Nuclear Education Network ENEN
• Increase number of students in the nuclear data field
• Increase attractiveness by widening the research spectrum:
  • nuclear data measurements and evaluation + validation
  • radiation detector development
  • integral experiments
  • nuclear data for material damage assessment
  • nuclear data for isotope production
  • fundamental nuclear physics  with demonstrable relevance for nuclear data
  • medical applications
  • neutron imaging
  • radiochemical experiments.

• Increase support for early stage researchers
• Inclusion of technical staff (engineers, operators) in ARIEL activities