General information
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Hosting OrganisationInstitut d'Estudis Espacials de Catalunya
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AddressEsteve Terradas 1, Edif RDIT, Of 212
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Contact Info:
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Phone
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Emailieec@ieec.cat
Description
The IEEC belongs to the public sector of the Government of Catalonia and is, at the same time, a CERCA centre (Centres de Recerca de Catalunya). It is governed by a Board of Trustees composed of the Generalitat de Catalunya, the University of Barcelona (UB), the Universitat Autònoma de Barcelona (UAB), the Universitat Politècnica de Catalunya • BarcelonaTech (UPC) and the Spanish Research Council (CSIC).
The Institute is made up of four Research Units, which constitute the core of the R&D activity. These are:
- Institute of Cosmos Sciences of the University of Barcelona – ICCUB
- Centre for Space Studies and Research – CERES (UAB)
- Research Group in Space Sciences and Technologies – CTE (UPC)
- Institute of Space Sciences – ICE-CSIC
The overall mission of the IEEC is to:
- Promote astronomical and space research.
- Become an internationally recognised centre for attracting talent and fostering collaborations, both locally and globally
- Be an efficient agent of knowledge, innovation, and technology transfer in its field.
- Raise awareness in society through the communication of scientific culture.
The IEEC also manages the activity of promoting the NewSpace sector in Catalonia and the development of satellite policy. Among other things, the Institute acts as a reference entity for national and international public and private agents in all matters related to the development of the space sector. In addition, the IEEC represents Catalonia in space-related programmes in Spain and in the European Union, in coordination with the relevant departments of the Generalitat’s Administration and without detriment to their competences.
Summary of Research Services
The Institut d'Estudis Espacials de Catalunya (IEEC) coordinates and promotes space research in Catalonia, bringing together universities and research centers to advance both fundamental science and space technology.
Its research in astrophysics and cosmology explores the origin, structure and evolution of the Universe. IEEC scientists study galaxies, black holes, exoplanets, gravitational waves, dark matter and dark energy, combining theoretical modelling with the analysis of data from major ground- and space-based observatories. The institute contributes to leading international missions, particularly those led by the European Space Agency (ESA), through scientific leadership and instrument development.
In space missions and instrumentation, the IEEC plays a key role in the design, development and scientific exploitation of high-precision instruments for satellites and space telescopes. Its teams work on detectors, cameras and payload subsystems, ensuring that advanced technologies translate into high-impact scientific results.
The institute is also active in Earth observation and climate research, using satellite data to monitor the atmosphere, oceans and land surfaces. This work supports studies of climate change, environmental monitoring and natural hazards, relying on advanced remote sensing, geospatial analysis and large-scale data processing.
In space engineering and technology, the IEEC fosters innovation in nanosatellites, small satellite platforms and mission design. By collaborating with industry and academia, it strengthens the regional space ecosystem and promotes technology transfer.
Across all areas, data science and high-performance computing are essential, enabling researchers to manage and analyse the vast datasets generated by modern space missions.
Through international collaboration, training programmes and outreach activities, the IEEC contributes to scientific discovery while supporting the development of space capabilities and expertise.
Technology Capabilities
The Institut d'Estudis Espacials de Catalunya (IEEC) has consolidated technological capabilities that span the entire lifecycle of space missions, from early concept and systems engineering to operations and data exploitation.
A central strength is space instrumentation. IEEC teams design, develop and validate high-performance detectors, cameras and payload subsystems for both space- and ground-based platforms. They contribute to ESA and other international missions through hardware development, integration, verification and scientific operations support.
In small satellites and nanosatellites, the IEEC provides mission analysis, systems engineering and platform integration capabilities. These activities enable rapid prototyping, technology demonstration and validation of innovative concepts in collaboration with industry and research partners.
The institute also develops advanced Earth observation technologies, covering remote sensing instrumentation and end-to-end data processing chains. Its teams create algorithms for atmospheric, oceanic and land-surface monitoring, combining physical modelling, artificial intelligence and high-performance computing to extract high-value information from large satellite datasets.
A key technological asset is the Observatori del Montsec (OdM), operated by the IEEC. In addition to astronomical research, it provides capabilities relevant to Space Situational Awareness (SSA). Its robotic telescopes, precise tracking systems and automated control software enable optical tracking and characterization of artificial satellites and space debris. The observatory supports astrometric measurements, orbit determination and participation in international SSA networks, showcasing expertise in autonomous operations and real-time data processing.
Main equipment or Facilities
The Institut d'Estudis Espacials de Catalunya (IEEC) relies on a distributed research infrastructure that combines advanced laboratories, mission support facilities and astronomical installations across Catalonia.
A flagship facility is the Observatori del Montsec (OdM), located in a high-quality dark-sky site. The observatory hosts robotic optical telescopes, including facilities dedicated to wide-field imaging and precise astrometric measurements. Its automated control systems, scheduling software and data-processing pipelines support both astronomical research and Space Situational Awareness (SSA), enabling tracking and characterization of artificial satellites and space debris.
For space technology development, the IEEC benefits from specialized laboratories within its partner institutions. These include clean rooms, electronics and detector laboratories, optical integration benches and calibration facilities for the development and testing of scientific instruments. Infrastructure for systems engineering, payload integration and environmental validation supports participation in space missions from early design to qualification.
A major recent asset is the new Thermal Vacuum Chamber (TVAC) facility, designed to test space hardware under simulated space conditions. This infrastructure strengthens local capabilities in qualification, reliability assessment and technology demonstration, particularly for CubeSats and nanosatellite platforms.
Together, these infrastructures position the IEEC as a comprehensive hub for space research, engineering and operational support within the European space ecosystem.