Matthieu Despeisse

Group leader Solar Modules at CSEM PV-Center. Enable solutions to energy challenges for a sustainable world.

Neuchâtel, Switzerland

About

Experience

  • Group leader Photovoltaics Technologies at CSEM
    Jan 2013 - Present · 13 yrs 7 mos

    Head of R&D team developing advanced technologies for high performance solar cells (2013-2021) and solar modules (2018-to date). Since 2018 Head of PV Modules activities with focus on industrialization of next generation mainstream PV modules and materials, coloured building integrated solutions and special photovoltaic products for applications in AgriVoltaics, mobility, transport and buildings. Performance, reliability, durability, industrialization, integrated solutions. Created and headed Photovoltaic Cells developments from 2013 to 2021 with focus on silicon heterojunction, high temperature passivating contacts, back-contacted heterojunction, next generation multi-junction (III-V/Si and Perovskite/Si), metallization and interconnection as well as advanced metrology aspects. High efficiency, lean process flow, cost-effective mass manufacturing, reliability, durability.

  • R&D Manager Thin Film Silicon PV at EPFL
    Jun 2008 - Dec 2012 · 4 yrs 7 mos

    Management of a research team of 15 persons working on providing innovation to enhance conversion efficiency and to lower production costs of Thin Film Silicon Photovoltaic Technology. From prospective research to industrial transfer in Thin Film Silicon production lines. Focus on light trapping concepts, PECVD processes thin film silicon layers, high efficiency single, dual-junction and triple-junction thin film silicon cells, upscaling production line, as well as advanced metrology concepts and devices.

  • CERN (5 yrs 9 mos)
    • Project leader - Highly Time-resolved Detection systems
      May 2006 - May 2008 · 2 yrs 1 mo

      Highly time-resolved detection systems for High Energy Physics, Biotechnologies and medical imaging: MCP, Si 3D and SiPM, low-power time-resolved CMOS pixel electronics design.

    • PhD Thesis on novel radiation detection technology
      Sep 2002 - Apr 2006 · 3 yrs 8 mos

      Hydrogenated amorphous silicon sensors deposited on integrated circuits: CMOS circuit design, sensor signal induction, radiation detection and radiation hardness.