The main objective of the program is to generate a team of engineers with a high technical training oriented to development of advanced technological products that impact on the market and in a possible commercial exploitation in different sectors of scientific instrumentation. All this through the hiring of postgraduates, both experts like more

General Objective: to develop an innovative ecosystem that promotes Macaronesia as a node (hub) of regional confluence, relying on ICTs, the information society, and existing capacities, to value our R & D socioeconomically with: 1) new products and biomedical services 2) new training models in the use and innovation of medical technologies 3) new

We propose to extend our current lead in the area of deep astronomical imaging to decipher the secrets of galaxy formation and evolution. In particular, we will prepare for the imaging from the Large Synoptic Survey Telescope (LSST) to which we will soon have privileged access. The LSST project is truly a 'Big Data' project in astrophysics, which

We have designed a "reproducible paper" template[1] for managing our research outputs by studying best practices, including RDA recommendations and outputs, since 2015[2]. It has since significantly grown, and is now a fully documented template. We already use it heavily to start new projects, and to propagate fixes and new features to ongoing

Grants for the training of doctors in Severo Ochoa Research Centers and Centers of Excellence

Contract Juan de la Cierva to develop his research work in the specific research project "Footprints of the Formation of Galaxies: Stellar Populations, Dynamics and Morphology"