

NATURE KNOWS NO WASTE
NATURE KNOWS NO WASTE
NATURE KNOWS NO WASTE
NATURE KNOWS NO WASTE
Theory thesis comparing a natural and an industrial cycle with developed system design proposal.
Theory thesis comparing a natural and an industrial cycle with developed system design proposal.
Design Research
Circulatory Systems
Concept Design
Adobe Suite
2021 – 2022
2021 – 2022
2021 – 2022
Theory Diploma Thesis
Theory Diploma Thesis
Theory Diploma Thesis
HfG Offenbach, Prof. Dr. Martin Gessmann
HfG Offenbach, Prof. Dr. Martin Gessmann
HfG Offenbach, Prof. Dr. Martin Gessmann
Overview
Overview
My diploma theory thesis compared a natural and an industrial cycle with the theory of systems by Niklas Luhmann. The result poses the question, whether design as a discipline has to expand to a systemic thought and how necessary this rethinking is with regard to the future.
DEWIBO is a community-based ecosystem that combines design knowledge with practice and social entrepreneurship.
Core values are openness, fairness, cultural agility and generational sensitivity.
Tools
Tools
Adobe Illustrator
Adobe InDesign
Adobe Illustrator
Adobe InDesign

↘ Water Circulation in Nature (Hopp 2018, p. 30)

↘ Cradle-To-Cradle Circulation System (Cradle to Cradle NGO 2022)
Concept
Concept
Thinking in systems and being aware of interconnecting processes might not only increase efficiency, but sustainability and elevate design to a higher purpose.
The work implies that design practice is always linked in a large network with is influenced and can influence other networks or systems that were not initially taken into account and proposes a way to design with factors outside of the scope in mind.
Thinking in systems and being aware of interconnecting processes might not only increase efficiency, but sustainability and elevate design to a higher purpose.
The work implies that design practice is always linked in a large network with is influenced and can influence other networks or systems that were not initially taken into account and proposes a way to design with factors outside of the scope in mind.
ABSTRACT
ABSTRACT
Nature Knows No Waste?
Nature Knows No Waste?
Complexity and interconnectivity of future-proof systems
Complexity and interconnectivity of future-proof systems
Nature knows no waste. This sentence appears again and again in various forums, literature or even in business reports. The implication is that all organisms and resources in the environment act together in constant interactions and cycles. This principle of constant change, recyclability, and organicity has become the epitome of sustainable design.
On closer inspection, however, it becomes clear that we must question the term waste in this statement. must be questioned. What about, for example, silicate structures of radiolarians that are difficult to degrade? radiolarians? By looking at the time period, the cosmos (micro, meso & macro), and circumstances, this statement will be tested. Based on the results of the Assessment, a model of a cycle will be established and analyzed.
Now one should also take a critical look at the industry. Based on the parameters already set in the first part, the thesis „design does not waste resources“ will be examined for this purpose. Again, examples of closed-loop models should serve as an evaluating instance to assess this thesis. Subsequently, a model will also be elaborated from industry that supports a conducive circular economy.
At this point, a comparison can be drawn with Luhmann‘s systems theory. Subsequently, I would like to compare and superimpose both models in order to align them and to generate a new proposal for closed-loop systems of industry and thus also of design. Furthermore, it will be discussed when, how strong and which role exactly design can play in a new cycle.
Consequently, the goal is a bionic revision of an already existing industrial cycle model using ecological cycles from nature. Furthermore, the question is raised whether design as a discipline has to expand to a systemic thought and how necessary this rethinking is with regard to the future.
Nature knows no waste. This sentence appears again and again in various forums, literature or even in business reports. The implication is that all organisms and resources in the environment act together in constant interactions and cycles. This principle of constant change, recyclability, and organicity has become the epitome of sustainable design.
On closer inspection, however, it becomes clear that we must question the term waste in this statement. must be questioned. What about, for example, silicate structures of radiolarians that are difficult to degrade? radiolarians? By looking at the time period, the cosmos (micro, meso & macro), and circumstances, this statement will be tested. Based on the results of the Assessment, a model of a cycle will be established and analyzed.
Now one should also take a critical look at the industry. Based on the parameters already set in the first part, the thesis „design does not waste resources“ will be examined for this purpose. Again, examples of closed-loop models should serve as an evaluating instance to assess this thesis. Subsequently, a model will also be elaborated from industry that supports a conducive circular economy.
At this point, a comparison can be drawn with Luhmann‘s systems theory. Subsequently, I would like to compare and superimpose both models in order to align them and to generate a new proposal for closed-loop systems of industry and thus also of design. Furthermore, it will be discussed when, how strong and which role exactly design can play in a new cycle.
Consequently, the goal is a bionic revision of an already existing industrial cycle model using ecological cycles from nature. Furthermore, the question is raised whether design as a discipline has to expand to a systemic thought and how necessary this rethinking is with regard to the future.


↘ Diploma Thesis Cover: There is No Waste in Nature
↘ Diploma Thesis Cover: There is No Waste in Nature
WANT TO LEARN MORE?
WANT TO LEARN MORE?
WANT TO LEARN MORE?
WANT TO LEARN MORE?


↘ Water Circulation in Nature (Hopp 2018, p. 30)


↘ Cradle-To-Cradle Circulation System (Cradle to Cradle NGO 2022)