PhD Position in NIR Detection: The ICMAB is seeking candidates for a PhD position focused on the development of organic devices for near-infrared (NIR) detection. This opportunity is part of the MaTrans42 Severo Ochoa project and involves collaboration among researchers from chemistry, physics, and engineering disciplines.
PhD Position in Novel Materials and Interfaces for NIR Detection
Designation
PhD Student
Research Area
Development of Organic Electronic Devices and Organic Field-Effect Transistors (OFETs) for NIR Detection
Location
ICMAB (Institute of Materials Science of Barcelona), UAB Campus, Barcelona, Spain
Eligibility/Qualification
- Bachelor’s degree in Physics, Chemistry, Materials Science, Nanoscience, or a related discipline.
- Master’s degree with high evaluations.
- Strong motivation for interdisciplinary projects and collaboration with European labs and scientists.
Description
The PhD position entails fabricating OFETs based on thin films of charge transfer organic semiconductors, with a focus on their application as NIR detectors. The research will cover device fabrication and characterization, including the use of scanning probe microscopy techniques. The successful candidate will work alongside two collaborative research groups at ICMAB, benefiting from mentorship and opportunities for travel to present research results at scientific conferences. The candidate is expected to communicate results through seminars and engage in technical courses to gain skills in scientific writing and outreach.
How to Apply
Interested candidates should submit their applications through the ICMAB website or by contacting the designated supervisors. Details on required documents and application procedures can be found on the official website.
Last Date to Apply
August 31, 2025
Contact Information for PhD Co-Directors
- Prof. Marta Mas-Torrent
Email: mmas@icmab.es
Research Group Website - Dr. Esther Barrena
Email: e.barrena@csic.es
Research Group Website
This position offers a unique opportunity to contribute to cutting-edge research with a strong emphasis on collaboration and innovation in organic electronics.
