SWIR (1–2.5 µm) optical imaging is at the heart of the CEA’s research and innovation activities. In this context, Quantum Dots (QD) detectors are emerging as a promising technological alternative. The successful postdoctoral researcher will be responsible for the fabrication and advanced characterization of QD-based devices to investigate their electronic and optoelectronic properties, with particular emphasis on their electrical and environmental stability. This work will contribute to the development of a SWIR imaging demonstrator. The candidate will work in a multidisciplinary environment covering QD chemistry, device fabrication and integration, and advanced electrical and physicochemical characterizations.

 As a major technological research institute, the CEA-Liten plays a decisive role in the development of future technologies for the energy transition and the limitation of greenhouse gas emissions

 What we offer : 

·         In the heart of the Alps, an exceptional and internationally recognised scientific ecosystem, in a city committed to the environmental transition "Grenoble European Green Capital 2022",

·         A balance between private and professional life (50 days off/year), an active Works Council for leisure and extra-professional activities,

·         Minimum salary according to your qualifications and experience, access to a savings scheme funded by the CEA,

·         Industrial-grade facilities for research,

·         Participation to scientific conferences,

·         Training to strengthen your skills or acquire new ones.

Interested? Apply online now. We look forward to getting to know you!

What you bring to the table

·         You have a PhD in materials science, physics, engineering, electronic

·         Key technical skills: semiconductor materials, nanocrystals, microelectronics fabrication processes, fabrication and characterization of electrical and/or optoelectronic devices.

·         Soft skills: dynamism, rigor, critical thinking, initiative

Applicants should hold a PhD in materials science, physics, engineering, or electronics. The ideal candidate will be able to work effectively in multidisciplinary teams while demonstrating autonomy, strong organizational skills, and a rigorous approach to experimental research involving material processing, device integration, and physicochemical and electrical characterizations.