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MSCA-DN MENTOR

Indoor photovoltaics: towards an energy and climate-neutral world

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 (more to be added).

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