Skip to main content
DWI Leibniz-Institute for Interactive Materials

Shortcuts

  • Contact
  • News Archive
  • News
  • EN / DE

Main navigation

  • Institute
    • Team
      • All employees
      • Research Groups
      • Scientific Board
      • Managing Board
    • Vision
    • Organisational Culture
    • Organisation
    • Network
    • Convergence
    • History
  • Research & Transfer
    • Leibniz JointLab fiT
    • Our Expertise
    • Fields of Impact
    • Transfer
    • Projects
    • Lighthouse projects
    • Publications
  • Service analytics
  • Opportunities
    • Vacancies
    • Equal Opportunity and Diversity
    • PhD at the DWI
    • Garg Foundation
    • Max Planck School
    • Association of Friends of the DWI
    • Working at the DWI
  • News & Events
    • News
    • ADD-ITC
    • Interactive Materials Talks
    • International Neuromodulation Conference
    • Macromolecular Chemistry & Soft Matter Connects
    • WIMA

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

    BioWrinkleFree

    Knitterfreie Cellulosetextilien durch Bio-Polymerausrüstung
    Learn more
  • Project

    Sonocraft

    High-throughput ultrasound-based volumetric 3D printing for tissue engineering
    Learn more
  • Project

    Towards intelligent light-propelled nano- and microsystems

    CRC 1459 B01
    Learn more
  • Project

    Heisenberg Grant: Theory of active soft matter and statistical physics

    Sound-propelled microparticles, refractive light-propelled microparticles, new models for epidemiology, and a generic particle simulation framework
    Learn more
  • Project

    ProbioGel

    ProbioGel as Adaptive Living Skin and Wound Therapeutics
    Learn more
  • Project

    GXY

    Genetically engineered collagen materials for high-performance elastic textile fibers
    Learn more
  • Project

    Fluorine-free oil repellency

    Development of conceptually new fluorine-free repellent textile finishes
    Learn more
  • Project

    Gelsert

    Novel substrates for soft tissue culture
    Learn more
  • Project

    NEOLIVER

    Automated Generation of Dense, Functional and Perfusable Bioprinted Liver Constructs for Transplantation
    Learn more
  • Project

    AnisoMatic

    Automated production of structured 3D human tissue models
    Learn more
  • Project

    Polymer Mechanochemistry (SFB 1769 Projekt B02)

    In situ investigation of mechanochemistry of macromolecules in flow
    Learn more
  • Project

    Alfried Krupp Prize 2026 – Theory of Active Soft Matter

    Learn more

Pagination

  • « First First page
  • ‹ Previous Previous page
  • …
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • …
  • Next › Next page
  • Last » Last page

DWI – Leibniz-Institut für
Interaktive Materialien

Footer

  • Contact
  • Privacy
  • Web accessibility
  • Legal Note
  • Cookie Einstellungen
Logo Leibniz Gemeinschaft
Logo Max Plank Schools
Logo Total Equality

Sponsored by the

EFRE Förderhinweis
Ziel2NRW
Ministerium für Kultur und Wissenschaft des Landes Nordrhein-Westfalen
Bundesministerium für Forschung, Technologie und Raumfahrt
Bundesministerium für Wirtschaft und Energie