Perovskite Solar Cell Modeling & Characterization Intern

Ipvf; Palaiseau; On-site; EUR 12,000 - 19,000; Full time

Benefits offered by this job

IPVF internship agreement

Job summary

IPVF seeks a motivated intern to work on device optimization through advanced characterization and modeling of perovskite solar cells. The project focuses on simulating the stack with drift-diffusion methods and reproducing experimental data to guide future device improvements.

The candidate will model full-device structures, analyze optical and electrical properties, and use Setfos to investigate interactions within the stack, supporting the optimization of PCE in a cutting-edge energy research

Qualifications

• Masters-level candidate in data, modeling, or material science with strong modeling skills.
• Experience with device modeling and photovoltaic stack analysis is a plus.
• Familiarity with drift-diffusion simulations is desirable.

Responsibilities

• Model full-device perovskite solar cells and reproduce J–V, EQE, and PL measurements.
• Identify limiting interfaces or layers and propose device-architecture improvements.
• Conduct complementary J–V measurements across different scan rates and EQE to understand real device operation.

Skills

Modeling

Device modeling

Drift-diffusion simulations

Setfos

Education

M2/Master's in data, modeling, materials science

Tools

Setfos

Job description

IPVF seeks a motivated intern to work on device optimization through advanced characterization and modeling of perovskite solar cells. The project focuses on simulating the stack with drift-diffusion methods and reproducing experimental data to guide future device improvements.

The candidate will model full-device structures, analyze optical and electrical properties, and use Setfos to investigate interactions within the stack, supporting the optimization of PCE in a cutting-edge energy research