Projects

Research at DWI is interdisciplinary and brings together expertise from different research groups. Most projects have a strong focus on practical applications and align with the institute's two Fields of Impact: Biomedical Materials and Sustainable Materials. Both address major societal challenges.

  • Project

    Functional nanofiber composites

    Functional nanofiber composites for selective removal of metal ions/complexes and bacteria from aqueous media
    Learn more
  • Project

    ULTIMATE

    Bottom-Up generation of atomicalLy precise syntheTIc 2D MATerials for high performance in energy and Electronic applications
    Learn more
  • Project

    Thin MOF films

    Thin MOF films with photoswitchable electronic properties and On-Off conductance
    Learn more
  • Project

    EcoGuard

    Rainproof delivery systems to protect vine against vine peronospora and cherry vinegar fly (2818OE039)
    Learn more
  • Project

    PArtCell

    Physiologically Crowded Artificial Cells for Relevant Drug Screens
    Learn more
  • Project

    AparTextile

    Absorbable Materials for the Prevention of Post-surgical Tissue Adhesion
    Learn more
  • Project

    Organtrans

    Controlled Organoids transplantation as enabler for regenerative medicine translation
    Learn more
  • Project

    Low Power Radiofrequency-Induced

    Release of small molecules of iron oxide polymer core-shell composite nanoparticles by low-energy radio waves
    Learn more
  • Project

    1000-in-1-filament

    Development of Island-in-the-Sea monofilaments for toothbrush bristles with increased cleaning performance
    Learn more
  • Project

    Oxyfilter

    Functional zinc peroxide coatings for antibacterial air filter systems (20897 N)
    Learn more
  • Project

    PEBIOTE

    PEPBIOTE Anchor Peptide as a green and versatile stategies for applicateion of BIObased additives in coating of Textiles
    Learn more
  • Project

    UO tube fabrication

    New coating methods for the production of tailor-made acid-resistant reverse osmosis tubular membrane modules for the treatment of particle-loaded process water
    Learn more