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Our training lectures (presentations in PDF)

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titleECMWF computing services, archiving and software - 2017

The courses aim to introduce participants to ECMWF's new computing services and software:

Click here to browse the presentations for "Introduction to ECMWF computing and the Meteorological Archival and Retrieval System"

Click here to browse the presentations for "ecCodes: GRIB encoding and decoding software"

Click here to browse the presentations for "High Performance Computing Facility: Cray XC40"

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titleNWP lectures - 2016

The objective of the meteorological training course is to assist Member States in advanced training in the field of numerical weather forecasting.

The course is divided into modules covering different aspects of NWP: Data Assimilation, Predictability and ocean-atmosphere ensemble forecasting, Parametrization of surged physical processes, Advanced numerical methods for Earth-system modelling.

Click here to browse the presentations

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titleUse and Interpretations of ECMWF products - 2017

This course provides theoretical background information on ECMWF forecasting system and hands on experience in using ECMWF meteorological products both in the forecasting room and in making more informed decisions when weather plays a key role.

Click here to browse the presentations


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titleECMWF Cray supercomputing services - 2015

The course aims to introduce

students

participants to ECMWF's new Cray supercomputing services, covering those areas of optimisation that will help the student to make more efficient use of the system and avoiding the areas which may adversely impact overall system performance.

Click here to browse the presentations

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NWP lectures - 2016
ECMWF computing and software services - 2015

The courses aim to introduce participants to ECMWF's new computing services and software:

Click here to browse the presentations for "Introduction to ECMWF computing and the Meteorological Archival and Retrieval System"

The objective of the meteorological training course is to assist Member States in advanced training in the field of numerical weather forecasting.

The course is divided into modules covering different aspects of NWP: Data Assimilation, Predictability and ocean-atmosphere ensemble forecasting, Parametrization of surged physical processes, Advanced numerical methods for Earth-system modelling.

Click here to browse the presentations for "GRIB API"

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titleUse and Interpretations of ECMWF products - 2015

This course provides theoretical background information on ECMWF forecasting system and hands on experience in using ECMWF meteorological products both in the forecasting room and in making more informed decisions when weather plays a key role.

Click here to browse the presentations

Click here to browse the videos

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titleIntroduction for new users including MARS - 2014

The aim of this module is to introduce students to ECMWF's basic computing services, both the workstation system (ecgate) and the data storage/archive facility. MARS is the Centre's meteorological data archive. This course is aimed at new users of ECMWF's computer services.

Click here to browse the presentations

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titleNWP lectures - 2014

The objective of the meteorological training course is to assist Member States in advanced training in the field of numerical weather forecasting.

The course is divided into modules covering different aspects of NWP: Data Assimilation, Predictability and ocean-atmosphere ensemble forecasting, Parametrization of subgrid physical processes, Advanced numerical methods for Earth-system modelling.

  • Data Assimilation: Click here to browse presentations
  • Predictability and ocean-atmosphere ensemble forecasting: Click here to browse presentations
  • Parametrization of subgrid physical processes: Click here to browse presentations
  • Advanced numerical methods for Earth-system modelling: Click here to browse presentations


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titleGRIB API: library and tools - 2014

GRIB API is a GRIB decoding/encoding software developed at ECMWF. It supports GRIB edition 1 and 2 with the same function calls and has both a Fortran interface and C interface.

Click here to browse the presentations