Universidad Carlos III de Madrid

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94.8% of UC3M graduates get a job related to their studies

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La UC3M, la mejor universidad pública española en empleabilidad según The Global University Employability Ranking and Survey 2026

UC3M, the best Spanish public university in employability according to The Global University Employability Ranking and Survey 2026 UC3M, the best Spanish public university in employability according to The Global University Employability Ranking and Survey 2026

Internationally, it has risen 15 places since the previous edition

La Universidad Carlos III de Madrid (UC3M) se sitúa como la mejor universidad pública española en empleabilidad, según la última edición del Global University Employability Ranking and Survey 2026 (GEURS 2026). A nivel global ocupa la posición 115, lo que supone una mejora de 15 puestos con respecto a la edición anterior. A nivel europeo se encuentra en el puesto 49, diez por encima del año pasado.

Forbes sitúa a la UC3M entre las universidades españolas líderes en innovación educativa

Forbes ranks UC3M among Spain’s leading universities in educational innovation

UC3M strengthens its international presence with nearly 850 agreements with 478 universities and more than 3,500 exchange places for the 2025/26 academic year

Laboratorio del Departamento de Bioingeniería de la UC3M.

Spanish clinical trial demonstrates the potential of mesenchymal stem cells to reduce inflammation in "butterfly skin" patients

UC3M research proposes a method to enhance electoral representation and group decision-making

El color azul indican los cromosomas en una celula en division celular siendo transportados por los microtubulos (amarillo). El citoplasma en color verde. Crédito Imagen capturada por Ander Bastida Urkiza / UC3M

UC3M researchers discover how tissue acidosis alters the "transport system" inside cells

A new scientific study led by the Universidad Carlos III de Madrid (UC3M) describes the mechano-chemical mechanism by which the acidity of the cellular environment destabilizes microtubules, the "avenues" that organize internal cellular traffic. This finding is key to understanding pathologies such as cancer, diabetes, or certain infectious processes, where extracellular acidosis is a distinctive feature in tissues.

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