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The Consortium includes countries in the core of the project (Partners : | ||
France, 
United Kingdom, 
The Netherlands, 
Germany) as well as other participating countries (Associate Partners : 
Austria, 
Brazil, 
Finland, 
Italy, 
Portugal, 
Spain, 
Sweden, 
Switzerland, together with University of Michigan and STScI in the 
USA) including those interested in financially supporting the project in exchange of Guaranteed Observing Time or in participation in Public Surveys. Partners within the MOSAIC consortium have a long and successful heritage of instrument delivery for ESO, including: FORS, FLAMES, KMOS, MUSE, SPHERE, NACO, VIMOS, and X-SHOOTER. They gather a unique worldwide expertise in conceiving, designing, and building multi-object spectrographs, integral field units, and adaptive optics driven instruments.
MOSAIC preliminary organisation chart, pre-phase B.
Organization levels
Project management board
It is the supervisory structure of the Consortium. It is entitled to discuss scientific, managerial and technical topics that do the not affect the contributions of the Parties. This board acts as the executive level of management. This committee includes the persons nominated by the Parties Agencies, the P.I. being a permanent invited member. The main role of the management board is to follow the milestones of the project in coordination with the PI, to review the Consortium Agreement for the Construction Phase that should be signed before entering Phase B, and to organise the scientific and financial support of the ELT/MOS. It will include countries in the core of the project (Partners : France, United Kingdom, The Netherlands, Germany) as well as other participating countries (Associate Partners : Austria, Brazil, Finland, Italy, Portugal, Spain, Sweden, Switzerland, Univ. of Michigan and STScI in the USA) including those interested in financially supporting the project in exchange for Guaranteed Observing Time, or their participation in Public Surveys. The committee is composed of : Jose Afonso (IA, Lisbon Univ.), Portugal - Beatriz Barbuy (IAG, Sao Paulo), Brazil - Edwin Bergin (Univ. of Michigan), USA - Jean-Gabriel Cuby (Marseille, LAM), France - Alexis Finogenov (Helsinki Univ.), Finland - Jesus Gallego (Madrid, Computense Univ.), Spain - Lex Kaper (Amsterdam Univ.), Netherlands - Susan Kassin (STScI), USA - Simon Morris (Durham Univ.), U.K. - Goran Ostlin (Stockholm Univ.), Sweden - Laura Pentericci (INAF-Osservatorio Astronomico di Roma), Italy - Matthias Steinmetz (AIP, Potsdam), Germany - Daniel Schaerer (Univ. of Geneva), Switzerland - Bodo Ziegler (Vienna Univ.), Austria. | ||
The MOSAIC project brings together the design and analysis work done on all previous conceptual designs for a MOS for the ELT. As we saw in previous section, the MOSAIC Consortium includes world-leaders in the design, development, and construction of astronomical instrumentation, located across Europe and Brazil, and supported as high priority by their funding agencies. Partners within the MOSAIC consortium have a long and successful heritage of instrument delivery for ESO, including: FLAMES, KMOS, MUSE, SPHERE, NACO, VIMOS, and X-SHOOTER. This makes available the skills needed to develop MOSAIC whatever the area: Adaptive Optics, Fibres, Spectrograph, Interfaces with the telescope, etc. The MOSAIC instrument concept is now under development and will provide a versatile, facility-class instrument, capable of addressing a broad range of key science topics enabled by the size and adaptive optics of the ELT. Following Figure 3-1 illustrates the skills of the consortium especially with respect to Spectrographs and Adaptive Optics:
Work Package DescriptionsThe conceptual architecture [Phase A] has been converted to separate work packages and each of these will be studied. The interaction between the work packages will be controlled by the systems engineering team. | ||
