Consejo Nacional de Investigaciones Científicas y Técnicas - CONICET

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Inicio | institucion | Consejo Nacional de Investigaciones Científicas y Técnicas - CONICET

En este listado encontrarás 6 becas. Haz clic en la que te interese para obtener más información.

Becas Internas Postdoctorales – CONICET, 2022

Becas posdoctorales para argentinos.

Cierra el 03/03/2023

Becas Internas de Finalización de Doctorado – CONICET, 2022

Becas de doctorado en Argentina.

Cierra el 05/08/2022

Becas Internas Doctorales – CONICET, 2022

Becas de doctorado para argentinos a nivel nacional o internacional.

Cierra el 12/08/2022

Becas Internas Postdoctorales Cofinanciadas – CONICET – Argentina, 2022

Becas para posdoctorales para argentinos.

Cierra el 04/03/2022

Becas Internas Doctorales en Centros de Investigación y Transferencia, CIT – CONICET – Argentina, 2020

Becas para formación doctoral en cualquier área de conocimiento en Argentina.

Cierra el 07/08/2020

Becas Internas Doctorales con países latinoamericanos – CONICET, Argentina, 2020

Becas doctorales para egresados de universidades extranjeras y originarios de países latinoamericanos (excepto Argentina) que deseen realizar tareas de investigación, con vistas a obtener un diploma d …

Cierra el 07/08/2020

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