Recruitment

The MSCA Doctoral Network “Indoor photovoltaics: towards an energy- and climate-neutral world” (MENTOR) will open 17 positions for doctoral candidates (DCs). The research topics for each DC are listed below, with links to recruitment pages for further information.

DC1: Towards industrially compatible high-performance organic IPV – failure mode analysis

DC2: High efficiency and stable DSPV and mini-modules for low-light operation

DC3: Towards industrially compatible high-performance organic IPV – Active material meta-processes

DC4: Fully printed large-area Bi-based PSK mini-modules

DC5: Highly efficient and stable Sn halide PSK-based IPVs

DC6: Molecular inks route for the synthesis of high-efficiency chalcogenide and chalco-halide compounds for indoor PV applications

DC7: Eco-design of materials and processes for eco-efficient indoor PV devices

DC8: Development of sustainable transparent encapsulation barrier membranes for IPVs

DC9: Solution-processed lead-free Bi-based PSK for IPV applications

DC10: Design and synthesis of charge-transport materials for IPVs

DC11: Data-driven methods for experimental guidance and image analysis

DC12: Establishing equivalent ISOS protocols for IPVs: a case study on Sn-PSK IPVs

DC13: Realization of printed sustainable large area organic IPV mini-modules

DC14: Recycling processes for inorganic and PSK-based IPVs

DC15: Development and Validation of IoT prototype powered by MENTOR IPVs

DC16: Analysis of degradation mechanisms and device optimisation of IPV devices

DC17: New methods for accurate and reproducible assessment of performance, losses and reliability in indoor PV cells and modules