Atom Grants
Discover

    Residencies at Villa Kujoyama

    Villa Kujoyama offers 4–6 month residencies in Kyoto for established artists and scientist-artist duos to conduct original, interdisciplinary research fostering dialogue between France and Japan.

    Overview
    Eligibility
    Sources (5)
    Similar Grants
    Researchers

    Funder: Institut français

    Due Dates (Anticipated): January 2027 (application window opens) | March 2027 (full application deadline)

    Funding Amounts: Approximately €10,000–€18,000 per project; 4–6 month residencies; ~15 awards annually.

    Summary: Immersive research residencies in Kyoto for established artists, creators, and scientists to foster intercultural dialogue and collaboration between France and Japan.

    Key Information: Application cap: 250; open to French citizens, long-term France residents, and Franco-Japanese duos.


    Description

    Villa Kujoyama, located in Kyoto, is a prestigious multi-disciplinary research residency operated by the Institut français. Established in 1992, it aims to strengthen intercultural dialogue between France and Japan by hosting established artists, creators, and scientists (in collaboration with artists) for immersive residencies of four to six months. Residents are encouraged to engage deeply with Japanese professional, academic, artistic, and cultural communities, supported by the Villa's team and extensive networks.

    Each year, around fifteen laureates are selected to pursue original projects that address local issues and foster active dialogue with stakeholders in Japan. The program welcomes applications from a wide range of disciplines, including architecture, visual arts, cinema, digital creation, literature, design, crafts, music, and more. Since 2024, it has also included Arts & Sciences duos, further promoting collaboration at the intersection of artistic and scientific research.


    Atom

    See the full grant listing

    Sign in to view full eligibility details, sources, similar grants, and AI-powered analysis.