Opis stanowiska
The goal of the project is to design stable and highly efficient hybrid nanomaterials for optoelectronic applications, i.e. collecting sunlight and transforming it into a different type of light or clean energy. The nanomaterials will be placed in prototype devices by a multidisciplinary and international team of chemists and experimental physicists. In this project we will use 1: multiscale computational methods to describe the chemical and physical properties of interfaces; 2: synthesis and characterization of hybrid interfaces and 3: optimization of optoelectronic functionality (Dr Teresa Gatti, JLU, Germany).
Nasze wymagania
- Enrolled as a student of first cycle studies, second cycle studies or uniform Master’s studies conducted in a higher education institution on the territory of Poland, in chemistry, physics or related discipline.
- Willing to spend 25-30 hours a week (flexible hours) to do fun projects
- With good oral/written communication skills in English
Mile widziane
- Although not required, any previous experience in molecular modelling would be welcome
Zakres obowiązków
- MD analysis of the low dimensional assemblies
- study of optical, electronic and transport properties from QM/MM calculations
Oferujemy
- Stimulating and friendly work environment
- attractive stipend
- opportunity to work in an innovative international project
Dokumenty wymagane do rekrutacji
- Cover letter
- Current curriculum vitae
- Copy of document confirming the student status
- Signed information on the personal data processing: https://cent.uw.edu.pl/en/wp-content/uploads/sites/5/2020/11/Information-clause_personal-data-processing.pdf
Dodatkowe informacje dla kandydata
More info: https://www.uw.edu.pl/wp-content/uploads/2024/07/job-offer-cent-20-2024-osella_student_DOP.pdf