Bronze Sustainable Products, Projects and Green Design · 2026
Regen Biodesign Communication
- A' Design Award 2026 Bronze Winner in Sustainable Products, Projects and Green Design
- Awarded April 15, 2026
- CLIENT: Universidad de Monterrey
- Estimated Number of Design Views: 8,940
- Verification code 8FCC787D28 · Verify this award
About Regen Biodesign Communication
Regen introduces a graphic system where living root structures function as both visual language and material substrate. Instead of printing on inert surfaces, communication emerges through controlled biological growth. Each artifact operates simultaneously as a visual message, living organism, and biodegradable outcome. By aligning legibility with ecological cycles, the project reframes graphic production as a regenerative process, proposing an alternative model where communication evolves, transforms, and reintegrates into natural systems rather than generating waste.
Sofia Porto Iannuzzi's Regen Biodesign Communication presents a compelling exploration of regenerative material systems through a sculptural relief panel that functions simultaneously as educational artifact, material demonstration, and aesthetic meditation on circular design economies, positioning itself within urgent contemporary discourse surrounding sustainable production methodologies and bio-integrated futures while drawing upon rich traditions of material-based conceptual practice and environmental art that extends from Arte Povera through contemporary mycodesign innovation. The work achieves remarkable compositional sophistication through its hierarchical vertical organization that guides interpretation from foundational textual declarations through intricate material topography toward literal vegetative emergence, this structural logic encoding narrative progression from conceptual framework through material transformation toward living regeneration, the reading path itself mirroring cyclical processes the work advocates. Technical execution demonstrates considerable facility in biomaterial manipulation, the substrate's complex fibrous architecture revealing intricate cellular geometries, honeycomb-like void structures, and delicate lacework passages that suggest both engineered precision and organic growth patterns, this formal achievement particularly evident in passages where material density varies from compressed opacity to delicate translucency permitting light penetration, creating dynamic textural gradients across the relief surface. The chromatic restraint working entirely within warm earth-tone registers proves particularly effective, establishing immediate associations with natural materials, terracotta traditions, and organic decomposition while avoiding obvious "green" color signaling, instead grounding the work's ecological concerns in earthy materiality that feels ancient and contemporary simultaneously, the palette's warm ochres, siennas, and umbers creating visual warmth and approachability. The integration of typographic elements reading "CONSTRUIR" and "EDUCAR REGENERAR" achieves elegant synthesis between communication function and material expression, letterforms appearing to emerge from or dissolve into the surrounding organic matrix rather than existing as applied graphics, this formal strategy suggesting the inseparability of conceptual framework and physical manifestation, idea and matter achieving unity. The living botanical elements crowning the composition introduce vibrant chromatic accent through yellow-green and emerald grass-like blades while functioning symbolically as literal demonstration of the substrate's regenerative capacity, concept made manifest, potential actualized, the material system revealed as not merely inert substance but living matrix supporting ongoing biological processes. The work invites contemplation of profound questions surrounding humanity's relationship with material production, asking viewers to consider whether design and manufacturing might align with rather than oppose natural cycles, whether buildings and objects might nourish rather than deplete ecosystems, and whether waste itself might be reconceived as nutrient within circular metabolic flows—how might regenerative material thinking transform not only environmental impact but fundamental understanding of what materials are and what they might become?
Press Kit
- 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.
- 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.
- 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.
- 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. - 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.
Colors of Regen Biodesign Communication
Design Interview about Regen Biodesign Communication
The main principle behind Regen is the possibility of transforming graphic design from a discipline that represents sustainability into one that physically practices it. The project was inspired by the idea that visual communication does not always need to depend on inert, industrial and disposable surfaces. Instead, it can emerge from living materials, biological rhythms and regenerative cycles. Root domestication became the central technique because roots carry a strong symbolic and material meaning: they grow, connect, support, adapt and return to the earth. Regen was therefore conceived as a communication system where nature is not only represented as an image, but becomes an active participant in the creation of the graphic artifact
My main focus was to develop a graphic communication system that could demonstrate sustainability through its own material logic, not only through its message. I wanted to create an artifact that could grow, communicate and return to biological cycles with greater ecological responsibility. The objective was also educational: Regen was designed to help students and designers understand biodesign as a practical and accessible field for visual communication. Through prototypes, posters, a test kit, digital content and circularity assessment, I wanted to show that graphic design can move beyond surface aesthetics and become a material, ecological and participatory practice.
The future plan for Regen is to continue developing it as a research-based educational and experimental platform. I would like to refine the root domestication process, improve the circularity of support materials and create clearer protocols so that other students, designers and institutions can reproduce the method responsibly. The project could evolve into workshops, learning kits, exhibitions, temporary installations and collaborative laboratories focused on regenerative communication. I also see potential in expanding the digital ecosystem, allowing participants to document, upload and share their own root-based graphic experiments. In the long term, Regen could become a bridge between graphic design, biology, sustainability and material innovation.
The concept was developed across an academic research process that involved investigation, experimentation, prototyping, testing and documentation. The project required several phases because the living material could not be rushed. Unlike a conventional graphic design process, Regen depended on germination time, humidity, observation and repeated trials. The development included conceptual research on biodesign and regenerative communication, physical experiments with seeds and substrates, visual translation of root patterns, creation of posters and complementary pieces, development of a root domestication test kit, and circularity evaluation through the Material Circularity Indicator. The complete process took several months of iterative work, with the project dated 28 November 2025.
Regen was not designed as a commercial commission. It was developed as an academic research project at Universidad de Monterrey, driven by a personal and disciplinary concern: graphic design often discusses sustainability while still relying on conventional production systems that generate waste and depend on linear materials. I wanted to investigate whether the medium itself could become regenerative. The project came from the desire to reconnect visual communication with living systems and to question the assumption that graphic design must always be printed, manufactured or digitally displayed. It began as an inspiration, but it evolved into a structured research process with prototypes, user testing and circularity evaluation.
At this stage, Regen is not being commercially produced or used by another company. It currently exists as an academic research prototype and design exploration. The intention is not to treat it only as a product, but as a methodology that can continue to grow through education, experimentation and collaboration. Future development could include producing workshop kits, instructional materials, exhibitions or limited experimental communication pieces. If the project moves into a commercial or institutional context, it should preserve its regenerative principles, including responsible material choices, clear cultivation protocols and transparent circularity evaluation. The priority is to develop Regen carefully before scaling it.
I designed this type of work because I was interested in the limits of graphic design as a material discipline. Graphic design is often understood through posters, identities, packaging, publications and digital interfaces, but Regen asks whether the graphic artifact can also be grown. This question led me toward biodesign and root domestication. I wanted to create a project that would challenge students and practitioners to think beyond the final image and consider the complete life of the medium: where it comes from, how it is produced, how it is experienced and what happens after use. Regen became a way to test graphic design through cultivation, care and ecological responsibility.
The project was influenced less by a single designer and more by several fields and ways of thinking. Biodesign, regenerative design, circular economy, experimental graphic practices and material research were important references. The project also drew inspiration from natural growth structures such as wheat roots, lace-like formations and Voronoi-type morphologies. These references helped me understand that visual systems can emerge from biological behavior, not only from formal composition. The work was also informed by contemporary discussions on sustainable design education, where designers are asked to move beyond visual awareness campaigns and engage directly with material consequences, production cycles and ecological impact.
The primary audience for Regen includes design students, educators, researchers, cultural institutions and designers interested in sustainability, biodesign and experimental communication. It is especially relevant for academic programs that want to introduce regenerative practices into graphic design education. A secondary audience includes museums, galleries, environmental organizations and brands that want to explore communication formats with stronger ecological responsibility. Regen is not intended for a conventional mass-market consumer at this stage. It is designed for people and institutions willing to engage with process, material experimentation, learning and participation. Its value lies in opening a new way of thinking about what a graphic medium can be.
The primary audience for Regen includes design students, educators, researchers, cultural institutions and designers interested in sustainability, biodesign and experimental communication. It is especially relevant for academic programs that want to introduce regenerative practices into graphic design education. A secondary audience includes museums, galleries, environmental organizations and brands that want to explore communication formats with stronger ecological responsibility. Regen is not intended for a conventional mass-market consumer at this stage. It is designed for people and institutions willing to engage with process, material experimentation, learning and participation. Its value lies in opening a new way of thinking about what a graphic medium can be.
The primary audience for Regen includes design students, educators, researchers, cultural institutions and designers interested in sustainability, biodesign and experimental communication. It is especially relevant for academic programs that want to introduce regenerative practices into graphic design education. A secondary audience includes museums, galleries, environmental organizations and brands that want to explore communication formats with stronger ecological responsibility. Regen is not intended for a conventional mass-market consumer at this stage. It is designed for people and institutions willing to engage with process, material experimentation, learning and participation. Its value lies in opening a new way of thinking about what a graphic medium can be.
The project combined analog, biological and digital tools. The biological tools included seeds, substrates, molds, water, mesh and support materials used for root domestication experiments. The analog process involved observation, material handling, cultivation and photographic documentation. Digital tools were used to translate and communicate the results. Adobe Illustrator was used to vectorize patterns derived from seed dispersion and root structures. Digital design tools were also used to develop posters, visual applications, website flow, social media pieces and presentation materials. For evaluation, the Material Circularity Indicator was applied through the Thinkstep ANZ MCI Calculator, which helped assess the circularity of prototype versions and material components.
The most unique aspect of Regen is that the graphic medium is not treated as a passive surface. It is a living process. The roots are not decorative motifs applied to a poster; they are the structural and visual basis of the communication artifact. This changes the role of the designer. Instead of controlling every graphic detail, the designer creates the conditions for growth and then interprets the results. The project is also unique because it connects this living process with educational tools, a digital ecosystem and circularity measurement. Regen therefore combines biological emergence, visual communication and environmental accountability within one coherent design system.
Regen was developed by Sofía Porto Iannuzzi at Universidad de Monterrey, with academic guidance from advisor Iliana María Moreno Guzmán. The project also incorporated feedback and perspectives from people connected to design and sustainability education. As part of the research process, interviews and survey responses helped frame the relevance of biodesign for students and educators. The Root Domestication Test Kit was tested with participants who applied the instructions and helped evaluate clarity and usability. Although the project was developed within a graphic design context, it required learning from areas such as biology, material behavior, circularity assessment and sustainable design methodology
Technology in Regen is not used to replace the biological process, but to document, translate, evaluate and disseminate it. The living material remains central. Digital technology supports the project by allowing root formations and seed-based patterns to be photographed, vectorized and adapted into posters, digital content and communication systems. The website flow and social media pieces extend the reach of the project and invite participation through downloads, community engagement and gallery logic. Analytical technology also plays an important role through the Material Circularity Indicator calculator, which helped evaluate the ecological behavior of the prototype systems. In Regen, technology works as a bridge between living growth and communicable design knowledge.
Yes, Regen was strongly influenced by both qualitative and quantitative research. The project began with conceptual research on biodesign, regenerative communication, experimental graphic practices and sustainable material innovation. It also included interviews and survey research. The survey gathered responses from a broad group of design and university students, showing strong interest in sustainability and biodesign learning experiences. One important finding was that many respondents had not taken sustainability-related workshops, yet showed interest in creating graphic material with living materials. The project also applied the Material Circularity Indicator to evaluate prototype circularity. This analytical layer helped identify strengths, limitations and opportunities for improvement across material components
One of the main challenges was reconciling graphic precision with biological unpredictability. Roots do not behave like ink, pixels or typography. They respond to humidity, substrate, density, time and environmental conditions. This meant that the project required patience and repeated experimentation. Another challenge was maintaining legibility without forcing the living material to act like a conventional graphic tool. The project also faced material challenges, especially in the support systems used for molds and prototypes. The MCI evaluation revealed that some components had stronger circular performance than others. This was important because it showed that regenerative design must be honest about its limitations and continuously improve its material decisions
The decision to submit Regen to an international design competition came from the belief that the project contributes to a conversation beyond its academic context. Regen addresses sustainability, material innovation, education and the future of visual communication, which are topics relevant to designers and institutions globally. A competition such as A’ Design Award offered a platform where the project could be evaluated not only as an academic experiment, but as a design proposal with broader cultural and professional value. Submitting it internationally was also a way to test whether regenerative graphic design could resonate with audiences outside the local context of Universidad de Monterrey.
During the development of Regen, I learned to design with uncertainty rather than against it. Working with living materials changed the way I understood control, authorship and process. I had to become more patient, more observant and more willing to let the material contribute to the final outcome. I also improved my ability to connect visual design with research, documentation and ecological evaluation. The project taught me that sustainability requires more than good intentions; it requires evidence, material accountability and the courage to expose what still needs improvement. Regen expanded my understanding of graphic design as a field capable of working with biology, circularity and regenerative thinking
One important point is that Regen should not be understood only as an object or a final visual result. It is a proposal for a different culture of graphic design. It asks designers to consider time, care, material origin and afterlife as part of the brief. It also suggests that design education can play a major role in the transition toward regenerative practices. Universities provide a valuable space for testing ideas that may not yet fit conventional commercial production but can influence the future of the discipline. Regen is still evolving, but its core message is clear: visual communication can become more responsible when it learns to collaborate with living systems instead of only representing them.
Grand Interview about Regen Biodesign Communication
I am most proud of the fact that Regen does not use nature as an aesthetic reference, but as an active collaborator in the making of graphic communication. The project began with a simple but difficult question: what would happen if the graphic surface no longer came from an inert industrial substrate, but from a living process that requires time, care, humidity, failure, observation and negotiation? For me, the strongest achievement is not only the final root-based object, but the shift in authorship that the process creates. I did not “print” a message onto a material; I designed the conditions for roots to grow into a communicative structure.This matters because graphic design has often treated sustainability as a topic to represent, rather than as a material decision embedded in the act of production. Regen proposes that visual communication can emerge from cultivation, not only from reproduction. It suggests that the designer can work less as a controller of fixed outputs and more as a facilitator of living systems, protocols and ecological relationships. In that sense, the project expands the discipline beyond posters, packaging or digital campaigns. It places graphic design inside biological cycles and asks the field to reconsider its dependence on extraction, speed and disposability.The achievement I value most is that Regen turns the graphic artifact into evidence of a process. The visible roots, textures, irregularities and imperfections are not decorative effects; they document the time and behavior of the living material. This gives the message a different kind of credibility. The project does not simply say that regenerative design is possible. It materializes that claim through a cultivated object, an instructional kit, a participatory learning model and a circularity evaluation. For me, that combination advances graphic design as both a communicative discipline and a material practice capable of learning from living systems.
The regenerative cycle in Regen challenges a very common assumption in graphic design: that a valid graphic medium must be stable, flat, predictable, industrially available and optimized for fast reproduction. In this project, the medium begins as a living system. It requires cultivation before it becomes communication. This changes the role of the designer from someone who selects a substrate and applies a message to someone who creates the biological, spatial and material conditions for a message to emerge.For students and practicing designers, this shift can be uncomfortable because it questions many habits learned in visual communication: control, precision, permanence and speed. Regen proposes a different standard of responsibility. A graphic artifact should not only communicate an ecological message; it should also account for how it grows, what resources it consumes, what waste it produces and how it can return to natural or circular systems after use. The project therefore treats the end of the artifact as part of the design brief, not as an external consequence.This cycle also expands the idea of usability. A responsible graphic medium does not need to behave like paper, vinyl, plastic or screen-based content. It can carry texture, fragility, transformation and biological irregularity as part of its communicative value. In Regen, roots become both structure and language. Their visible growth makes the audience aware of time, care and material origin. For me, this creates a more honest form of sustainable communication, because the artifact does not hide its process. It invites designers to consider graphic design as a living negotiation between message, material, ecosystem and afterlife.
The integration of circularity assessment in Regen contributes to the project by transforming an experimental biodesign process into a framework that other people can study, repeat, question and improve. In many graphic design projects, sustainability remains at the level of intention, visual narrative or material substitution. I wanted Regen to go further by measuring the behavior of the system and identifying where the project actually performs well and where it still depends on linear materials.The Material Circularity Indicator helped me separate the emotional appeal of working with living roots from the measurable reality of the prototype. For example, the living components showed strong circular potential, while some support materials, adhesives and mold elements revealed limitations. This distinction matters because regenerative design needs honesty. A project cannot become a model for others if it only presents its most poetic or visually attractive side. It also needs to expose its weak points, its material dependencies and its opportunities for redesign.This method creates a reproducible structure because it links every design decision to material evidence. Researchers and academic programs could adapt this approach through material inventories, prototype versions, circularity scores, compostability criteria, reuse scenarios and end-of-life mapping. Instead of asking only whether a biodegradable communication piece looks innovative, the framework asks how it grows, how many cycles its components can support, what part returns to biological systems and what part still requires replacement or redesign.For me, this is one of the most important contributions of Regen. It proposes that living communication systems should not rely only on aesthetic experimentation. They can also use evaluation tools that make the process teachable, comparable and accountable. In an academic context, this gives students a way to understand sustainability as a design methodology rather than a decorative theme. In professional practice, it offers a path for developing graphic artifacts with clearer environmental criteria, stronger documentation and more responsible material decisions.
Receiving the Bronze A' Design Award gives Regen a level of visibility that can help the project move beyond an academic prototype and enter a broader international discussion about what ecological responsibility can mean in graphic design. This recognition is important because Regen proposes a type of communication that does not depend only on visual persuasion. It demonstrates sustainability through its own material behavior, from cultivation to possible biological reintegration. The award can make that idea easier to share with designers, educators, researchers and institutions that may not yet associate graphic design with living systems or regenerative material experimentation.I believe the recognition will amplify the reception of Regen by giving credibility to a proposition that might otherwise appear too experimental for conventional communication design. Awards can create public entry points for complex research. In this case, the distinction can help audiences understand that biodesign is not only a scientific or product-oriented field; it can also transform visual communication, editorial formats, educational tools, exhibitions, workshops and community-based learning.For academic graphic design programs such as Universidad de Monterrey, I hope this recognition opens space for more structured research around living materials, biodegradable substrates and circular communication systems. It could encourage interdisciplinary collaboration with biology, sustainability, engineering and material science areas, while also strengthening design research inside the studio. I would like Regen to become a precedent for courses, workshops and laboratories where students do not only design messages about sustainability, but also test the ecological consequences of the media they create.The most valuable possibility is cultural. If students see that a graphic design project based on roots, time, care and circularity can receive international recognition, they may feel permission to question the limits of the discipline. Regen can help future designers understand that a responsible graphic medium is not defined only by technical efficiency or visual impact, but by the relationships it creates with materials, ecosystems and communities.
A decisive moment occurred during the first material experiments with pigmented wheat seeds. My initial expectation was to guide the composition with a relatively controlled graphic intention, almost as if the seeds and roots could behave like a traditional drawing tool. Very quickly, the material resisted that logic. The seeds dispersed unevenly, humidity affected the way the surface reacted, and the organic formations did not follow the visual order I had imagined in advance. At first, this seemed like a problem of control. Later, it became the point where the project began to find its own language.Instead of correcting those irregularities, I started to observe them as visual information. The unexpected density changes, small interruptions, root directions and organic clusters produced a graphic structure that I could not have planned through conventional composition alone. I then moved from designing a fixed image to designing the conditions for emergence: the type of seed, the substrate, the mold, the level of moisture, the waiting time and the way the resulting pattern could be documented or translated into other formats.This experience changed my understanding of authorship. In Regen, authorship does not disappear, but it becomes shared. The designer still makes decisions, but those decisions operate through care, framing and interpretation rather than absolute control. Intentionality also changes. It no longer means forcing every detail to match a predefined sketch. It means creating a system with enough clarity to communicate and enough openness to let the living material contribute its own form of intelligence. That tension between intention and emergence became one of the most meaningful lessons of the project.
The technical intuition behind Regen developed gradually through observation, repetition and the acceptance that root growth could not be treated like a conventional graphic tool. At the beginning, I approached the process from the perspective of visual composition: surface, pattern, density, contrast and direction. However, the living material required another vocabulary. I had to learn to think in terms of germination time, moisture, substrate behavior, root density, containment, porosity, resistance and decay. These variables became part of the design language because they directly influenced the final graphic structure.I developed this vocabulary by treating each prototype as a small experimental system rather than as an isolated visual object. Every mold, seed distribution and substrate decision produced a different type of growth behavior. Some configurations encouraged roots to expand more freely; others created tension, interruptions or compact formations. Instead of seeing those variations as mistakes, I began to read them as design feedback. The process became closer to calibration than execution. The question was not only “how should this look?” but “what conditions allow this living structure to become legible as communication?”Several disciplines informed that methodology. Biology offered the basic understanding that roots respond to their environment and that growth has its own rhythm. Material science helped me evaluate the behavior of substrates, support materials and circularity limits. Architecture influenced the use of molds as spatial systems that guide form without completely controlling it. Graphic design remained central because the final objective was not cultivation alone, but communication: how a living structure can carry meaning, create visual impact and function as a regenerative graphic medium.This combination reshaped my creative process. I learned that root growth can become a designable variable, but not in the same way as typography, color or layout. It requires patience, documentation and a willingness to work with uncertainty. The designer defines the system, but the material contributes behavior. Regen emerged from that dialogue between biological response and graphic intention, and that is what made the methodology coherent for me.
I envision the principles of Regen evolving first through educational and cultural applications, and later through more specialized commercial formats. The project is not immediately about mass production in the conventional sense. Its value lies in creating a different production logic for visual communication: one based on cultivation, material responsibility, local resources, biological cycles and participation. For that reason, the most scalable version of Regen may begin as workshops, exhibition systems, learning kits, temporary installations, editorial pieces, packaging experiments and community-based communication tools.A commercially viable future for this approach would require translating the current prototype into modular systems that can be repeated without losing the intelligence of the living process. This could include standardized mold formats, clearer cultivation protocols, biodegradable support materials, controlled humidity systems, documented growth timelines and material circularity benchmarks. The goal would not be to make every result identical, but to make the process reliable enough for designers, institutions and brands to use it responsibly.The most important research directions involve material optimization and environmental testing. Regen needs further exploration of compostable adhesives, reusable molds, biodegradable structural supports and substrates that perform well without compromising ecological reintegration. Partnerships with biology laboratories, material science researchers, environmental engineers and agricultural specialists would be essential. Their knowledge could help refine growth conditions, improve durability, reduce waste and validate end-of-life scenarios.I also believe academic graphic design programs have a key role in scaling this approach. Universities can provide the space to test living communication systems without the pressure of immediate market efficiency. At Universidad de Monterrey, Regen could become part of an interdisciplinary research line where students collaborate with science, sustainability, architecture and business areas. This would allow visual communication to expand beyond image production and become a field capable of developing regenerative media, not only messages about regeneration.At a larger scale, I hope Regen contributes to a future where brands and institutions commission communication systems with environmental behavior as part of the brief. A poster, package or campaign should be evaluated not only for visibility and persuasion, but also for its material origin, lifespan and return to natural systems. That would represent a deeper transformation in visual communication.
What I hope practitioners, educators and students take from Regen is that sustainability in graphic design cannot remain only a topic, a visual style or a material substitution. It has to become a way of designing the entire life of a communication artifact. Regen suggests that a graphic piece can begin before the moment of display and continue after its visible use has ended. It can grow, carry meaning, invite participation, change through time and return to biological systems. This expands the responsibility of the designer because the medium itself becomes part of the message.For practitioners, I hope Regen creates a question about production habits: why should communication always depend on fast, extractive and disposable surfaces? For educators, I hope it opens space for studios where students test living materials, circularity, failure, maintenance and end-of-life scenarios as core design criteria. For students, I hope the project gives permission to imagine graphic design beyond screens, paper and industrial substrates, without abandoning rigor, visual language or communicative clarity.The dimension of Regen that still deserves deeper critical attention is its relationship with time and care. Living communication systems require patience, monitoring and respect for biological rhythms. This changes the ethics of the design process. The designer cannot treat nature as a passive material or decorative effect. The designer must create conditions, observe responses and accept that part of the final form comes from another living system. That shift has deep implications for authorship, pedagogy and professional practice. Regen is not only a material experiment; it is also a proposal for a slower and more accountable culture of graphic design.
In Regen, the boundary between controlled legibility and organic emergence came from several concrete decisions. I did not ask the roots to behave like typography or to replace every conventional communication element. Instead, I treated root growth as the primary material language and designed other layers around it to protect comprehension. The molds, seed distribution, substrate choices, moisture conditions and growth time created the first level of control. These decisions defined the field where the roots could act. Inside that field, the living material could still produce irregularity, density shifts, interruptions and unexpected structures.During the first experiments, I tried to keep the visual result closer to a predetermined graphic composition. The dispersion of pigmented wheat seeds and the later root formations quickly showed that full control would weaken the project. The most meaningful patterns appeared when the biological process had enough freedom to generate its own structure. At that point, legibility no longer depended on perfect precision. It depended on framing, contrast, documentation and translation.Across the prototype iterations, the boundary shifted from composition to system. In the experimental posters, I used vectorization to translate organic formations into a more stable visual language. In the root domestication prototypes, I accepted greater material variability and focused on whether the structure could communicate growth, regeneration and ecological interdependence. In the digital ecosystem, legibility gained support through typography, manifesto text, instructional content and calls to action. This allowed the roots to remain expressive and unpredictable without carrying the entire communicative burden alone.For me, the boundary did not fully dissolve, but it became more intelligent. Regen taught me that legibility in living graphic systems does not require eliminating emergence. It requires deciding which parts of the message need stability and which parts can remain alive, variable and open. That balance became one of the central design decisions of the project.
Regen invites the audience to experience graphic communication as a relationship that unfolds across time, rather than as a single moment of visual consumption. A conventional printed artifact usually meets the viewer as a finished object: it has already reached its final form before anyone encounters it. Regen changes that condition. The piece carries evidence of growth, care and environmental response, which means the viewer does not only read an image or message; the viewer encounters a material process with its own duration.This temporal quality creates a different kind of attention. Texture, density and root formation make the artifact feel less like a disposable surface and more like a living record of transformation. The audience can understand that the message did not appear instantly through mechanical reproduction. It emerged through cultivation, and that origin becomes part of its meaning. This makes the communication more intimate because the object reveals vulnerability, dependency and change.The designed decomposition of the piece gives the project its final ethical and emotional dimension. From the beginning, Regen considers the end of the artifact as part of the design, not as waste left outside the creative process. When the object returns to biological systems, the message does not simply disappear. It completes the logic that the project communicates: design can participate in cycles rather than interrupt them. For me, that final return gives the work a deeper resonance. The artifact speaks about regeneration through its visual form, but also through its own disappearance. It teaches that responsible communication may not need permanence to have impact.