Recruitment

Status: The EURAXESS call is expired. Application deadline: 15 March 2026. For reference, the original advertisement is linked from each position card.

Fellow 1Germany

Design and characterization of novel, highly tolerant and robust dispersive devices based on grating-waveguide structures.

University of Stuttgart · IFSW

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Fellow 2Germany

Design and implementation of a compact grating compressor for high-power 1-micron lasers.

University of Stuttgart · IFSW

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Fellow 3Germany

Fabrication and characterization of pulse compression gratings using SBIL.

University of Stuttgart · ITO

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Fellow 4United Kingdom

Fabricating dielectric all-crystalline GTI-like GWS.

University of Southampton · ORC

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Fellow 5United Kingdom

Fabricating GTI-like GWS on a silicon platform.

University of Southampton · ORC

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Fellow 6France

High performance optical coatings for resonant grating structures.

Centrale Méditerranée · Institut Fresnel

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Fellow 7France

Laser damage resistance of materials and structures of pulse compressor GWS.

Centrale Méditerranée · Institut Fresnel

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Fellow 8Finland

Direct electron beam writing of pulse compressor GWS for high-power laser systems.

University of Eastern Finland · Institute of Photonics

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Fellow 9Finland

Electron beam writing of masters for NIL of high-power laser system pulse compressor GWSs.

University of Eastern Finland · Institute of Photonics

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Fellow 10France

Sol-gel based functionalized thin layer for direct grating printing.

Université Jean Monnet Saint-Étienne · LabHC

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Fellow 11France

Large grating printing using phase mask based dynamic lithography.

Université Jean Monnet Saint-Étienne · LabHC

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Fellow 12Czech Republic

Implementation of highly tolerant dispersive devices based on grating-waveguide structures in high-power lasers at 1 and 2 microns.

FZU HiLASE · HiLASE

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Fellow 13Czech Republic

Characterization of novel and highly tolerant dispersive devices based on grating-waveguide structures.

FZU HiLASE · HiLASE

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Fellow 14Germany

Advanced technologies for reactive ion beam etching of pulse compression grating.

Leibniz Institute of Surface Modification · IOM

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Fellow 15Belgium

Environmental footprint evaluation of grating-waveguide structures in view of their eco-design, including criticality analysis.

Université de Liège · ULiège

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Design and characterization of novel, highly tolerant and robust dispersive devices based on grating-waveguide structures.

Design and implementation of a compact grating compressor for high-power 1-micron lasers.

Fabrication and characterization of pulse compression gratings using SBIL.

Fabricating dielectric all-crystalline GTI-like GWS.

Fabricating GTI-like GWS on a silicon platform.

High performance optical coatings for resonant grating structures.

Laser damage resistance of materials and structures of pulse compressor GWS.

Direct electron beam writing of pulse compressor GWS for high-power laser systems.

Electron beam writing of masters for NIL of high-power laser system pulse compressor GWSs.

Sol-gel based functionalized thin layer for direct grating printing.

Large grating printing using phase mask based dynamic lithography.

Implementation of highly tolerant dispersive devices based on grating-waveguide structures in high-power lasers at 1 and 2 microns.

Characterization of novel and highly tolerant dispersive devices based on grating-waveguide structures.

Advanced technologies for reactive ion beam etching of pulse compression grating.

Environmental footprint evaluation of grating-waveguide structures in view of their eco-design, including criticality analysis.

Partner Institutions