Core contributor across all four projects (InnoChain, V4Design, MindSpaces, ECOLOPES), consistently providing 3D modeling and computational design tools.
MCNEEL EUROPE SL
Makers of Rhinoceros 3D software, contributing CAD/CAM and computational design tools to EU research in architecture, VR, and ecological building design.
Their core work
McNeel Europe is the Barcelona-based European office of the company behind Rhinoceros 3D (Rhino), one of the most widely used CAD and 3D modeling tools in architecture, design, and engineering. In H2020 projects, they contribute computational design software, 3D modeling capabilities, and VR/AR visualization tools to research consortia working on architecture, urban design, and immersive environments. Their role is typically that of a technology provider — supplying and adapting their professional-grade CAD/CAM platform so that research teams can build, test, and visualize design concepts from digital art installations to ecological building envelopes.
What they specialise in
V4Design focused on VR game design and 3D reconstruction; MindSpaces involved VR, AR, and adaptive immersive environments.
ECOLOPES (2021-2025) applies computational design to regenerative urban ecosystems and ecological building envelopes — a new direction.
MindSpaces explored affective computing and semantic reasoning based on emotion to create art-driven adaptive spaces.
V4Design involved 3D reconstruction from visual/textual content, image aesthetics analysis, and multimedia re-purposing for architecture.
How they've shifted over time
McNeel's early H2020 involvement (2015-2018) centered on digital chain innovation in construction and multimedia-to-3D pipelines — extracting architectural content from text, images, and video for VR applications. From 2019 onward, their focus shifted markedly toward human experience and environmental design: neuro-architecture, emotion-responsive spaces, and most recently, ecological computational design integrating urban ecology, animal ecology, and microbiomes into building envelopes. The trajectory is clear — from processing digital content INTO 3D models, toward using 3D modeling to design spaces that respond to people and ecosystems.
McNeel is moving from purely digital/virtual applications toward bio-integrated architecture, positioning their CAD platform as a tool for designing buildings that actively support urban ecosystems.
How they like to work
McNeel never coordinates — they join as a participant or third party, contributing their specialized software platform to larger research consortia. With 44 unique partners across 14 countries from just 4 projects, they plug into large, diverse consortia rather than leading small focused teams. This makes them a reliable, low-friction technology partner: they bring a mature commercial tool to the table and adapt it for research needs without seeking to drive the research agenda.
McNeel has collaborated with 44 unique partners across 14 countries through just 4 projects, indicating participation in large consortia spanning most of Western and Central Europe. Their network is broad rather than deep — diverse research and industry partners rather than repeated collaborations.
What sets them apart
McNeel brings something rare to EU consortia: a commercially established, industry-standard 3D modeling platform (Rhinoceros/Grasshopper) that can be extended and adapted for research purposes. Unlike academic partners who build prototype tools, McNeel offers software already used by hundreds of thousands of architects and designers worldwide, meaning research outputs can reach practitioners immediately. Their recent pivot toward ecological design tools makes them an especially valuable partner for any project bridging computational architecture with environmental science.
Highlights from their portfolio
- ECOLOPESTheir largest funded project (€406K) and a distinctive topic — using computational design to create building envelopes that function as urban ecosystems integrating ecology, microbiomes, and animal habitats.
- MindSpacesUnusual intersection of neuroscience and architecture — adaptive design environments driven by affective computing and emotion-based semantic reasoning.
- V4DesignDemonstrated the pipeline from multimedia content analysis (text, images, video) to 3D architectural models and VR environments.