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research:projects:project-archive [2025/11/24 05:45] Felix Hardmood Beckresearch:projects:project-archive [2026/01/29 16:10] (current) Felix Hardmood Beck
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 ===== Some of our Applied Research Projects ===== ===== Some of our Applied Research Projects =====
  
-<card  title="Sustain" subtitle="03/202503/2026" image="{{:teaching:3d_osm:3d_osm_tutorial_01.png?nolink&200|}}" image-cover=true horizontal> Sustain is a research project focused on the development of web-based platform that enables users to explore and combine scientific publications based on their relevance to the United Nations Sustainable Development Goals (SDGs). By categorizing research according to the SDGs and allowing individual interest-driven navigationthe platform facilitates the discovery of interdisciplinary connections and the formulation of innovativesustainable solutions to current global challenges.+<card  title="FiberFact" subtitle="02/202612/2029" horizontal>FiberFact is a German–Dutch cross-border innovation project in the Interreg Deutschland–Nederland programme, approved with total funding volume of € 3,131,721 (EFRO/EFRE € 2,192,204.85; NL Ministry of Economic Affairs € 281,854.86; Province of Gelderland € 33,288.88; Province of Overijssel € 154,614.31; MWIKE NRW € 469,758.10). The project addresses a concrete gap in the circular textile economy: the lack of reliable, scalable methods to determine the quantity, type, and origin of recycled fibers in textile products. FiberFact develops and combines physico-chemical measurement procedures with AI-supported data analysis and dedicated markers, and translates these components into a prototype measurement approach that can be used for robust verification. The core context is credibility and compliance: enabling trustworthy certification of recycled textilesreducing greenwashing risks, and supporting companies in the German–Dutch border region in meeting emerging EU requirements for traceability and recycled-content claims.<br><br> 
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-<br><br>+<card  title="Sustain" subtitle="03/2025–03/2026" image="{{:teaching:3d_osm:3d_osm_tutorial_01.png?nolink&200|}}" image-cover=true horizontal> Sustain is a research project focused on the development of a web-based platform that enables users to explore and combine scientific publications based on their relevance to the United Nations Sustainable Development Goals (SDGs). By categorizing research according to the SDGs and allowing individual interest-driven navigation, the platform facilitates the discovery of interdisciplinary connections and the formulation of innovative, sustainable solutions to current global challenges.<br><br>
 <button align-left url="https://wiki.ct-lab.info/doku.php/research:sustain-project">Read more…</button> <button align-left url="https://wiki.ct-lab.info/doku.php/research:sustain-project">Read more…</button>
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 <card  title="Paperprototyping with VR" subtitle="05/2024–05/2025" image=":research:projects:vr_paperprototyping:vpaper-prototyping_with_vr_01.png" image-cover=true horizontal>The Panorama Viewer is a browser-based VR platform that enables users to experience interactive 360° panoramas in an immersive way. Users can freely explore spherical environments, making it ideal for virtual tours, presentations, or exhibitions. A key feature of the tool is the ability to upload custom-made 360° sketches or renderings, which can then be viewed directly in virtual reality. This allows the platform to be seamlessly integrated into design or architectural workflows, supporting collaborative, experimental, and reflective approaches in design, architecture, and education.<br><br> <card  title="Paperprototyping with VR" subtitle="05/2024–05/2025" image=":research:projects:vr_paperprototyping:vpaper-prototyping_with_vr_01.png" image-cover=true horizontal>The Panorama Viewer is a browser-based VR platform that enables users to experience interactive 360° panoramas in an immersive way. Users can freely explore spherical environments, making it ideal for virtual tours, presentations, or exhibitions. A key feature of the tool is the ability to upload custom-made 360° sketches or renderings, which can then be viewed directly in virtual reality. This allows the platform to be seamlessly integrated into design or architectural workflows, supporting collaborative, experimental, and reflective approaches in design, architecture, and education.<br><br>
/var/www/vhosts/ct-lab.info/wiki.ct-lab.info/data/pages/research/projects/project-archive.txt · Last modified: by Felix Hardmood Beck