Regen التواصل بالتصميم الحيوي by Sofia Porto Iannuzzi is a highly esteemed winner of the very prestigious 2026 جائزة A' Design Award البرونزية in المنتجات المستدامة والمشاريع والتصميم الأخضر Competition Category.
برونزالمنتج المستدام· 2026
Regen التواصل بالتصميم الحيوي
Client: Universidad de Monterrey
جائزة A' Design Award البرونزية Winner in المنتج المستدام Category
Verified Award Winner
Verify Award Status for #180685The Design
About Regen التواصل بالتصميم الحيوي
يقدّم Regen نظامًا رسوميًا تعمل فيه بنى الجذور الحية بوصفها لغة بصرية وركيزة مادية في آنٍ واحد. فبدلًا من الطباعة على أسطح خاملة، ينبثق التواصل عبر نموّ بيولوجي مُتحكَّم فيه. ويعمل كل مُنتَج في الوقت نفسه كرسالة بصرية وكائن حي ونتيجة قابلة للتحلل الحيوي. ومن خلال مواءمة الوضوح مع الدورات البيئية، يُعيد المشروع تأطير الإنتاج الرسومي بوصفه عملية تجديدية، مقترحًا نموذجًا بديلًا يتطوّر فيه التواصل ويتحوّل ويعيد الاندماج في الأنظمة الطبيعية بدلًا من توليد النفايات.
The Recognition
About the جائزة A' Design Award البرونزية
Regen التواصل بالتصميم الحيوي هو فائز بجائزة A' Design Award البرونزية، وهي تقدير رفيع المكانة يُمنح للتصاميم المتميزة التي تتسم بالإبداع والبراعة وحدة الذكاء. والفائزون بالبرونزية مصنوعات بارعة بوفرة ومبدعة بصورة لافتة، تؤكد الخبرة الواسعة والخيال وسعة الحيلة لدى مصمميها. ويُتوقع أن يكون Regen التواصل بالتصميم الحيوي قطعة عالية التقدير ومحل إعجاب وحب، شديدة الاحترافية والابتكار. وهذا التصميم الفائز بجائزة A' Design Award البرونزية يتبنى أفضل الممارسات في الفن والعلم والتصميم والتكنولوجيا، ويتميز بعنايته بالتفاصيل. ويلبّي Regen التواصل بالتصميم الحيوي الاحتياجات على أفضل وجه، ويلامس الرغبات، ويأسر المشاعر، ويستثير الفضول.
Behind the Design
Press Kit
Credits, team members and technical details provided by the designer.
- Unique Properties
- Regen uses cultivated root structures as both visual language and material substrate for communication. Instead of printing on inert surfaces, the message emerges through controlled biological growth. The project replaces linear production logic with a regenerative cycle: cultivation, communication, transformation, and natural reintegration. Each artifact operates simultaneously as a graphic piece, living organism, and biodegradable outcome. Regen positions biological growth as a design medium, proposing a scalable approach to regenerative visual communication.
- Dimensions & Packaging
- Artifact dimensions vary according to biological growth. Poster-scale applications range from approximately 300 × 420 mm to 500 × 700 mm. Thickness depends on root density accumulation. All materials are plant-based, compostable, and designed for full biological reintegration.
- Tags
- Regenerative Design, Biodesign, Visual Communication, Living Materials, Circular Systems, Material Innovation
- Production Technology
- The project utilizes root domestication techniques, biodegradable substrates, controlled humidity environments, and mold-guided growth systems to direct biological formation into legible graphic structures. Analog prototyping, material testing, and circularity assessment were integrated to align organic growth with visual clarity and structural stability.
- Design Challenge
- The main challenge was reconciling graphic precision with biological unpredictability. Root growth is inherently variable, requiring a design approach that balances control and emergence. Constraints included growth variability, time dependency, structural fragility, and environmental sensitivity. The solution required designing adaptive systems rather than fixed compositions.
- Research
- Regen investigates root domestication as a reproducible substrate for graphic communication. Through iterative cultivation and material testing, the project evaluates structural integrity, visual legibility, and ecological performance. Circularity was assessed using the Material Circularity Indicator (MCI), demonstrating measurable improvements across prototype iterations and identifying pathways to eliminate remaining linear support materials.
Circularity was assessed using the Material Circularity Indicator (MCI), demonstrating quantifiable improvement across prototype iterations and identifying pathways to eliminate remaining linear support materials. - Inspiration
- Regen transforms biological growth into a functional medium for communication, replacing inert graphic surfaces with living systems. Instead of relying on extractive, synthetic, and disposable substrates, the project proposes a regenerative alternative rooted in living processes. Informed by biodesign research and circular thinking, Regen studies root growth behavior and material life cycles to develop living graphic substrates. The result is a shift from static surfaces toward evolving visual systems that actively participate in ecological regeneration.
- Project Duration
- Developed between January and November 2024 in Monterrey, Mexico, Regen was produced through experimental research and prototyping at Universidad de Monterrey as part of an academic design research initiative focused on regenerative graphic systems.
- Operation Flow
- Regen artifacts are cultivated through guided root domestication rather than mechanically assembled. Growth patterns are influenced through mold-guided pathways and environmental calibration, including humidity, light, and substrate density. Interaction occurs over time, as viewers experience gradual transformation, texture emergence, and organic variability. After fulfilling its communicative function, the artifact decomposes naturally, completing a regenerative material cycle.
- Patents
- All visual, material and graphic components of the Regen project are protected under academic and creative authorship. No patents or trademarks have been registered for this project.
- Team Members
- Sofia Porto Iannuzzi
- Image Credits
- Main: Photographer Sofia Porto, Living Poster Series, 2025.
Image #1: Photographer Sofia Porto, Root-Based Artifact, 2025.
Image #2: Photographer Sofia Porto, Root Structure Close-Up, 2025.
Image #3: Photographer Sofia Porto, Biodegradable Artifact Detail, 2025.
Image #4: Photographer Sofia Porto, Biodesign Poster Outdoor, 2025.
Image #5Photographer Sofia Porto, Root Textile Surface, 2025.
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