Next-Gen Materials Traceability Researcher

Descripción de la oferta

Descripción de la oferta

Your mission will be to drive innovation in sensor and system technologies for the extractive, construction, and recycling sectors —from concept to validation— bringing forward transformative technological perspectives that enable breakthroughs in precision, sensitivity, and scalability.

As a  Next-Gen Materials Traceability Researcher you will be responsible for:

• Design and develop advanced sensor architectures (multiphysics, quantum, spectroscopic, photonic)
• Lead research lines exploring novel measurement principles, new materials, optical configurations, and quantum techniques in interferometry and detection
• Collaborate with multidisciplinary teams in construction materials, geology, electronics, AI/ML, spectroscopy, metrology, quantum technologies, and embedded systems
• Participate in prototype design, system integration, and experimental validation
• Evaluate emerging technologies and propose disruptive strategies to accelerate innovation

¿Cómo te imaginamos?

We are looking for a highly experienced and skilled researcher with deep expertise in the development of next-generation high-resolution sensors, including multiphysics, spectroscopic, photonic, and other emerging physical technologies for material resource detection.

If you are passionate about leading scientific advances at the intersection of physics, engineering, and the quantum future, this is the right place for you!!

¿Qué ofrecemos?

 Becoming part of a leading research organization in Europe, with excellent opportunities for professional development

• Working in an open, multi-cultural environment, contributing with creativity and rigor to research and innovation projects
• Integration into a highly qualified and multidisciplinary team

Requisitos

• PhD or master’s in physics, Engineering Physics, Photonics, or related fields
• Demonstrable experience in high-complexity technological projects

Required Technical Expertise

• Core Competencies:
• Advanced physics applied to sensing (optics, photonics, interferometry, spectroscopy, applied quantum mechanics)
• Design and modelling of multiphysics sensors (thermal, electromagnetic, optical, quantum, etc.)