Postdoc: FCC-SEED Vertex Detector & Silicon Sensors

EURAXESS Ireland; Strasbourg; Híbrido; EUR 42.000 - 54.000; Jornada completa

Ventajas ofrecidas por este puesto de trabajo

Staff restaurant

Transportation cost reimbursement

Works council

Teleworking 1–2 days/week

Training to adapt to the job

Descripción de la vacante

The PICSEL team at IPHC (Strasbourg, France) invites applications for a postdoctoral position focused on developing a novel vertex detector concept for FCC-ee. The successful candidate will contribute to detector prototype testing, detector simulation and optimization, and the evaluation of detector performance in physics analyses.

FCC-ee studies require advanced silicon sensor technologies and curvature-based detector concepts to maximize spatial resolution and efficiency.

Formación

• PhD in particle physics or equivalent.
• Strong experimental and instrumentation background preferred.
• Proven ability to work in a collaborative research environment.

Responsabilidades

• Perform lab tests of curved silicon sensors and test beams.
• Prepare test beam campaigns and analyze data.
• Publish results on curved sensor measurements.
• Update FCC-SEED geometries in full simulation framework.
• Conduct single particle and physics simulations to assess tracking performance.
• Carry out CKM, flavor physics or top quark analyses.

Conocimientos

English proficiency (B2)

Autonomy

Leadership potential

Teamwork

Communication skills

Initiative

Educación

PhD in particle physics or equivalent

Herramientas

C++

Python

ROOT

Git

Descripción del empleo

The PICSEL team at IPHC (Strasbourg, France) invites applications for a postdoctoral position focused on developing a novel vertex detector concept for FCC-ee. The successful candidate will contribute to detector prototype testing, detector simulation and optimization, and the evaluation of detector performance in physics analyses.

FCC-ee studies require advanced silicon sensor technologies and curvature-based detector concepts to maximize spatial resolution and efficiency.