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.

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.