European Facility For Airborne Research April 19, 2019, 16:24
The activity on Education and Training aims at promoting airborne research in the European academic community by training (theoretically and practically) early-stage researchers and university lecturers in airborne atmospheric research and airborne remote sensing of the Earth surface. The specific objective is to attract young and talented scientists and develop their interest in airborne research, hence increasing and improving the use of the European Infrastructures. The activity on Education and Training also aims to exchange knowledge and know-how between aircraft and instrument operators.
EUFAR offers four training opportunities:
EUFAR provides 100% support for:
Training Courses on airborne research (ET-TC)
EUFAR organises training courses for promoting airborne research in the European academic community. The courses provide a theoretical background on Earth Sciences and associated physical processes, as well as training on airborne instrumentation, measurement, data processing and analysis. The participants are also trained by aircraft operators on issues specific to airborne operation. Depending on operators restrictions, participants might have the opportunity to design a flight plan and participate to a flight experiment. The data are then processed and analysed with the support of tutors, who are experienced users of airborne facilities. The selection of the participants is performed by the EUFAR Education and Training evaluation committee. After the training course, the participants will be requested to write a scientific report.
Application for the three training courses (RS4forestEBV, EASI and STANCO) is closed. Please click on the "Active Training Courses" button below for more information.
Information on previous EUFAR Training Courses can be found below.
Apply for Training Course Active Training Courses Previous Training Courses
This project has received funding from the European Union's Seventh Framework Programme for research, technological development and demonstration under grant agreement no. 312609