Modern meteorology requires management and analysis of enormous amounts of data, and offers great and exciting professional challenges. Since the institute was established in 1866, the Norwegian meteorologists have played a key role in this development. Norwegian Meteorological Institute is today a leading international environment of expertise in operational meteorology and climatology.
The Research and Development Department (R&D) is responsible for developing and increasing knowledge of weather and ocean forecasts, air pollution, climate and climate outlook.
The positions advertised belong to the climate research part of the institute. The climate research agenda of the institute is broad and consists of the development and application of the Norwegian Earth System Model (NorESM) in collaboration in particular with the universities of Bergen and Oslo (one of the IPCC models); dynamic and statistical downscaling of climate projections and reanalysis, the use of observations to derive time trends of climate variability and change in particular for Norway and the European Arctic; permafrost; extreme weather analysis; R&D to develop products for climate services. MET Norway is the leading institution of the Norwegian Centre for Climate Services (NCCS).
Research at the Norwegian Meteorological Institute is largely externally funded. R&D department participates in national and international cooperations and has approximately 70 employees in four divisions: (i) modeling and climate analysis (ii) ocean and ice (iii) climate modeling and air pollution and (iv) operational oceanography and marine meteorology.
We are looking for two new researchers to be employed in two years positions, but with the possibility of an extension and becoming permanent positions within dynamical downscaling and empirical-statistical downscaling projects. Global Climate Models (GCMs), used for climate studies and climate projections, are run at coarse spatial resolution and are unable to resolve important sub-grid scale features such as clouds and terrain. As a result, GCM output can not be used for local impact studies. To overcome this problem downscaling methods are developed to obtain local-scale weather and climate, particularly at the surface level, from regional-scale atmospheric variables that are provided by GCMs. In dynamical downscaling output from the GCM is used to drive a regional, numerical model in higher spatial resolution, and in empirical-statistical downscaling a statistical relationship is established from observations between large scale variables, like atmospheric surface pressure, and a local variable, like precipitation at a particular site. The dynamical downscaling shares code with the numerical weather prediction system at MET. The statistical downscaling tool is developed at MET for general climate analysis including graphical presentation. The analysis is funded by research projects and the results are relevant for international (EU, C3S) and national (NCCS) climate services.
New employees will work in a team of experienced researchers within the work areas. Increased project portfolio means that we must strengthen the department, which now counts 10 employees in analysis and downscaling techniques for historical and future climate, modeling of permafrost and snow (surface modelling), as well as dissemination of climate knowledge.
One or both of
applying numerical regional climate models in project work
using empirical-statistical downscaling tools in project work
write papers in international peer reviewed journals and regularly attend national and international conferences
participate in the department's activities and reporting requirements
participate in the department 's efforts to develop and facilitate services for climate change adaptation
higher education at the master's or doctoral degree in geosciences, physics, mathematics/statistics or equivalent.
experienced researchers should be able to show a list of publications
good knowledge of numerical methods, statistical analysis, computer programming (Fortran, R), Linux - based operating systems and data formats
experiences with dynamic or empirical- statistical downscaling is an advantage
We seek people who
are systematic, responsible and result-oriented
have good interpersonal skills, ability to work independently and in groups
good skills in English, writing and oral, is required. However MET is using Norwegian as main working language and foreign speaking candidates must be willing to learn Norwegian
professional challenges in a modern technological environment
good opportunities for self-development
salary on the governmental salary scales dependent on qualifications and experience
membership in the National Pension Fund
pleasant working environment
6 months probation
It is a human relations objective that the staff should reflect the population composition of Norway in general, both with regard to gender and cultural diversity.
Deadline: 8. March 2017
- ArbeidsgiverMeteorologisk institutt
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