Time-Resolved SAXS/XPCS Beamline Scientist for Soft Matter

ESRF; Grenoble; Presencial; EUR 60.000 - 90.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Relocation support

Competitive compensation and allowance

International research environment

Descripción de la vacante

The ESRF in Grenoble seeks a Beamline Scientist to operate and maintain the beamline, support external users as local contact, and develop an in-house research programme focused on soft matter or biophysical systems.

You will contribute to beamline maintenance, new sample environments, and data analysis methods while pursuing high-resolution, time-resolved scattering experiments such as SAXS/WAXS/USAXS and XPCS.

Formación

• PhD in physics, chemistry or biology or closely related subject.
• Several years of postdoctoral experience in applying X-ray scattering to soft matter.
• Strong aptitude for synchrotron beamline instrumentation, including programming and AI.
• Sound knowledge of scattering data analysis and modelling.
• Proficiency in English as working language.

Responsabilidades

• Provide support to external users as local contact on the beamline.
• Develop an in-house research programme at the intersection of soft matter or biophysics.
• Maintain and develop the beamline, new sample environments and data analysis methods.
• Apply high-resolution SAXS/WAXS/USAXS and XPCS techniques to structure and dynamics studies.

Conocimientos

PhD required

Postdoctoral experience

Synchrotron instrumentation

Programming

AI skills

Scattering data analysis

English proficiency

Educación

PhD in Physics/Chemistry/Biology

Herramientas

Programming

AI techniques

Data analysis tools

Descripción del empleo

The ESRF in Grenoble seeks a Beamline Scientist to operate and maintain the beamline, support external users as local contact, and develop an in-house research programme focused on soft matter or biophysical systems.

You will contribute to beamline maintenance, new sample environments, and data analysis methods while pursuing high-resolution, time-resolved scattering experiments such as SAXS/WAXS/USAXS and XPCS.