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Technology & projects department

We count with a dynamic and professional team to support our researchers and partners in the following tasks: Attract funding Full support on competitive proposals preparation, including partner's search and contracts

Seminar of Dr. Christian Leinenbach from EMPA (Swiss Federal Laboratories for Materials Science & Technology), in Zurich, entitle “Microstructure control during laser additive manufacturing – what possibilities do we have?” – At 15:30 pm, in the Seminar Room

Abstract: During the last couple years, laser-based additive manufacturing (AM) technologies such as laser powder bed fusion (LPBF) and directed energy deposition (DED) have evolved from a mere prototyping technology to a real production technology that allow building parts with intricate 3D

Research groups

The Institute is currently organised into sixteen research groups focused on different areas in the field of materials science and engineering. Each of these groups is led by one staff researcher, who is in charge of coordinating and supervising a research team of post and predoctoral researchers.

Who we are

The IMDEA Materials Institute, one of the seven Madrid Institutes for Advanced Studies (IMDEA), is a public research centre founded in 2007 by Madrid’s regional government. The goal of the Institute is to do research at the forefront of Material Science and Engineering, attracting talent from all

Public information request

In case you do not find the information you are looking for in the Transparency Portal, you can present your information request by email (transparencia.materiales@imdea.org) or through postal mail to the following address:Fundación Imdea MaterialesTecnogetafeC/Eric Kandel 228906 GetafeMadrid

Public tenders

(Update on 9th March 2018)We provide the necessary information to contract with IMDEA Materials Foundation. From this page you can access the information concerning the requirements to attend the onerous contracts.That information is governed by Ley 9/2017, de 8 de noviembre, de Contratos del Sector

Economic & statistical information

PresupuestosBudget 2022Budget execution 2022Budget 2023InformesAudit Report and Annual Accounts 2022Statistical dataHeritage * Information available only in Spanish

(NABISCO) INTEGRATION OF CARBON NANOTUBE FIBRES IN STRUCTURAL COMPOSITES

Funding: China Scholarship CouncilRegion: InternationalProject period: 2016 – 2020Principal Investigator: Drs. Juan José Vilatela(juanjose.vilatela@imdea.org) and Carlos González(carlosdaniel.gonzalez@imdea.org)This project deals with the development of strategies to integrate macroscopic fibres and

(HIPREP) HIGH PERFORMANCE REINFORCED FIRE-RETARDANT POLYMERS

Funding: China Scholarship CouncilRegion: InternationalProject period: 2015 – 2019Principal Investigator: Dr. De-Yi Wang (deyiwang@imdea.org)The objective of this investigation is to develop high performance reinforced fire-retardant polymers via special molecular design, chemical functionalization

Seminar of Dr. Lorenzo Malerba, from CIEMAT, entitle “On the radiation-induced origin of hardening and embrittlement in nuclear steels” – At 12:30 pm, in the Seminar Room

Abstract: Predicting the changes in macroscopic properties of steels subjected to irradiation is key for the improved and long term safety of nuclear power plants. Because of the inherent complexity of the processes involved, this is a long-lasting challenge for nuclear materials science.

Transversal training

Besides on-the-job technical training, IMDEA Materials Institute is committed to train the Institute’s staff in “soft” or transversal skills. Those competences are relevant to a broad range of occupations and sectors (academic research or teaching career, specialization in a given field or a career

First Year Assessment of Qi Wang, entitle “Design and preparation of nanocarbon/epoxy nanocomposites with advanced flame retardancy and mechanical performance” – In the Seminar Room at 12:00 pm

Abstract: Efforts were paid to obtain nanocarbon/epoxy composites with advanced flame retardancy and mechanical performance, and try to understand the mechanisms. In the first part of the work, when 20 wt% ammonium polyphosphate (APP) in the chosen flame-retardant APP/epoxy composite was replaced