Book

Biomimicry: Innovation Inspired by Nature

Authors:
... On top of that, if we add that the sustainability concept is expensive to implement, difficult to promote, needs the consensus of several stakeholders and institutions with different interests, and is continuously competing with the linear market-oriented models, then a paradigm shift must be built. A new paradigm where everybody must be included and "sustainable wealth" must be created, with a new vision of holistic reality, [10][11][12], focused on human well-being and its interrelation with a healthy planet [13][14][15]. ...
... With the advent of the Anthropocene era [3,22], man has been able to alter natural behaviors, and the whole biosphere ecosystem has been significantly modified. It is perhaps the moment in which we should adopt an innovative model that may improve the current economic and social systems as well [13]. ...
... Therefore, economic and social systems may operate under a biomimicry model. This is a model inspired by nature [13] that is very effective with an "ecosystemic logic" approach [24]. In this way, we would be talking about a model for solving complex problems such as the climate crisis or the global pandemic, with a mechanism that works optimally in nature, but at the same time is supported by robust economic and social drivers and human management. ...
Article
Full-text available
In many developing countries, economic growth is often prioritized, sidelining critical issues such as social inequality, pollution, climate change, ocean degradation, and pressing needs for health, education, food, and water management. Traditional linear models in organizations, based on product innovation and hierarchical governance, have been successful in certain contexts but are no longer viable in the face of finite natural resources and environmental degradation. This paper proposes a Systems Approach to Circular Economy as a practical framework for achieving “circular business-driven sustainability”, a concept proposed by major global organizations such as COP-25. This approach redefines sustainability, aiming to generate “sustainable wealth increasing returns” that benefit all key stakeholders, including the environment, society, and the economy. The primary objective of this paper is to introduce a new paradigm that facilitates the transition to more conscious, long-term growth. The proposed circular iterative thinking framework shifts from linear, reductionist thinking to a more holistic, systemic vision, underpinned by disruptive sustainable innovation. This novel paradigm creates positive impacts across the economy, environment, and global geopolitics. The paper demonstrates the application of this framework in two case studies, providing concrete evidence of its utility in real-world scenarios, including Heineken’s sustainable practices at its Meoqui brewery, which recovered methane for energy use, reduced water consumption, and contributed to local irrigation. The results underscore the effectiveness of the Systems Approach to Circular Economy in achieving economic decoupling and enhancing sustainability.
... Na Engenharia de produtos, observa-se que edifícios e produtos que se adaptam ao seu ambiente podem melhorar sua performance e sustentabilidade, reduzindo a demanda energética e utilizando recursos de maneira mais eficiente (Fagundes, 2020 dedicada a promover a prática de buscar inspiração na natureza para resolver problemas de design de maneira regenerativa. Benyus defende a adoção da biomimética como uma mudança revolucionária de paradigma nas práticas científicas e industriais, enfatizando a importância de imitar os projetos e processos da natureza para desenvolver projetos técnicos inovadores e ecologicamente corretos (Benyus, 2002). ...
... Portanto, observa-se que o design biomimético é baseado no funcionamento e organização de processos e fenômenos da natureza, guiandose pelos seguintes aspectos norteadores, por exemplo: funcionar por meio da luz solar; usar apenas a energia necessária; adequar forma à função; reciclar componentes; recompensar cooperação. Esses aspectos provocam mudança nas relações científicas e tecnológicas, levando à exploração da inovação sustentável em vários setores, como agricultura, energia, ciência dos materiais e medicina (Benyus, 2002 Portanto, alinhado à Agenda 2030, produtos bioinspirados derivam de uma investigação meticulosa da natureza como um meio de desenvolver qualquer coisa, desde objetos individuais até grandes sistemas tecnológicos e até cidades inteiras, de forma sustentável do ponto de vista ambiental (Fisch, 2017 princípios de sustentabilidade e eficiência presentes na natureza (Fisch, 2017). ...
... busca derivar designs inovadores e ambientalmente corretos a partir de sistemas orgânicos. Por outro lado,Benyus (2002) promove a biomimética como uma ciência da natureza, onde a natureza é uma fonte de design inovador que pode ser emulado em aparatos tecnológicos. Essa perspectiva, porém, é vista por ele como limitadora, ao valorizar excessivamente a forma orgânica e exigir uma separação rígida entre natureza e tecnologia.Em contraste, Fisch (2017) destaca que Neri Oxman adota a biomimética como uma tecnologia da natureza, promovendo uma interação neomaterialista com materiais orgânicos que desafiam a tradicional separação entre natureza e tecnologia. ...
Article
Full-text available
A necessidade de soluções inovadoras e sustentáveis no planejamento e projetos de produtos, pelo bojo da engenharia, tem impulsionado o desenvolvimento de metodologias interdisciplinares. Uma abordagem promissora é a integração da biomimética modelagem paramétrica com o intuito de entregar design sustentável, pois interagem várias disciplinas (biologia, matemática, entre outras) com teorias e métodos próprios. Inspirando-se em processos e sistemas naturais, a biomimética tem se mostrado como diferencial na engenharia de produtos num mundo orientado por dados e para o desenvolvimento sustentável, notadamente ao que implica a agenda 2030 e os 17 objetivos do desenvolvimento sustentável (ods) em nível global. Portanto, o objetivo geral foi verificar como a modelagem paramétrica se relaciona com a biomimética, principalmente considerando projetos bioinspirados. A pesquisa, de caráter exploratória, baseia-se em: (a) revisão de escopo realizada na base científica web of science); (b) análise textual, utilizando o suporte do software voyant tools. As evidências científicas, permitem nos resultados: (a) caracterizar a interface e (b) subsidiar uma agenda de pesquisa interdisciplinar que compreenda três grandes temas transversais: i- sustentabilidade; ii – modelagem computacional e interdisciplinaridade; iii – otimização do design.
... A never-ending resource of ideas, models, and knowledge is nature. (Benyus 2002) ii. Bio digital architecture Biodigital architecture aims to improve architecture and design by integrating new biological and digital technologies. ...
... The practice involves many interdisciplinary sources that take advantage of the field of architecture by bringing in a new revolutionary change in the course. (Benyus 2002) iii. The architecture of computational approaches taking nature as a model Architecture must revise its computational models of natural phenomena to understand better and reinterpret the processes of natural form formation. ...
Article
Full-text available
Nature has succeeded in developing complex and intelligent technologies and systems that designers, engineers, architects, etc., are only beginning to understand and value. This paper briefly discusses the application of bio-digital architecture as an upcoming field in practice. Nature introduces a point of view on biology and the digital realm, and these two are the main characters in our society. The research begins with a genetic study using microscopic data of the plant cell species by examining and decoding the geometry of the cell species and formulating the decoded geometry into a biostructure. The structural analysis of the biostructure is conducted by imposing loads and stresses and calculating the stability of the forms generated through computational tools. The main goal is to define the research work and explore how these strategies can be applied in developing sustainable products. Results are generated using computational software like a Grasshopper and a Karamba 3D plugin to check the structural stability and applications in the real world
... Saraceno's innovative projects, such as Aerocene and Arachnid Orchestra, utilise biomimicry in new ways, reinterpreting nature's fundamentals to develop new methodologies and spatial compositions that reverberate deeply with nature-inspired principles, thereby revolutionising aesthetic and functional aspects of architecture (Obrist, 2017). His unique approach, which combines artistic vision with meticulous research into spider web mechanics and a solid foundation in ecological and materials sciences, has facilitated novel structural concepts like Structural AirWebs, demonstrating robustness and flexibility, attributes essential for the future of architectural design Inspired by Frei Otto's engagement with natural forms and lightweight structures, biomimicry in architecture has evolved to emphasise not only aesthetic and structural efficiency but also a profound integration of sustainable principles into the built environment (Benyus, 2002;Pawlyn, 2019). This shift has influenced both individual building innovations and broader urban planning, enhancing ecological harmony and human well-being, which is crucial for advancing sustainable architectural practices in modern urban contexts (Otto & Rasch, 1996;Thompson & Sorvig, 2008). ...
... Biomimicry has been a keystone of sustainable architectural design, supported by visionaries such as Janine Benyus. It offers not simply a strategy for ecological design but acts as a reference for innovation, harnessing the inherent efficiencies and environmental benefits found within nature's systems (Benyus 2002, Vincent et al., 2006. Neri Oxman expands on this by demonstrating how biomimicry can revolutionise architectural materials and structures, emulating biological processes to enhance the dynamic dialogue between built environments and their natural settings (Oxman et al., 2015). ...
Conference Paper
Full-text available
This paper explores the innovative integration of biomimicry and Artificial Intelligence (AI) in architecture, specifically through the development of a Structural AirWebs prototype. Inspired by Tomas Saraceno's interdisciplinary work, which merges concepts from airborne biospheres and arachnid-inspired structures, this research employs advanced AI to systematically analyse, synthesise, and reconstruct biological forms into ground-breaking architectural solutions. Utilising AI algorithms, 3D printing technologies, and parametric modelling, the methodology extends beyond traditional design approaches, creating interdisciplinary installation prototypes that showcase both practical and aesthetic advancements. These innovations challenge conventional architectural paradigms and advocate for a new era of design that is deeply integrated with ecological principles. This study illustrates the potential of AI-enhanced biomimetic architecture and sets a precedent for future sustainable practices. It offers a model for environmentally responsible and technologically advanced architectural endeavours that harmonise structural innovation with environmental awareness, exploring how architectural design can potentially contribute to sustainable development.
... The word biomimicry derives from the Greek bios (life) and mimesis (imitation), emphasising the central concept of learning from natural systems. The term emerged in 1982 but only became widespread in 1997 with Benyus' work Biomimicry: Innovation Inspired by Nature, in which she proposes looking at nature as a model, measure, and mentor [1][2][3]. This perspective highlights nature as a source of knowledge, rather than merely an object of 2 of 21 study, reinforcing the concept of "biomimetic epistemology", explored by Dicks [3], which advocates for direct learning from natural processes to inspire sustainable innovations. ...
Article
Full-text available
This paper investigates the integration of thermo-responsive materials into bio-inspired structures, combining biomimicry and adaptive technologies in architecture. A problem-based biomimetic approach and a morphological analogy with the plate-type snowflake—known for its lightness, transparency, and crystalline organisation—were adopted to develop the geometry of an architectural pavilion. This research highlights glass as a main constructive material, analysing the potential of thermochromic film and the hydrogel technique, both inserted in the context of thermo-responsiveness. In this regard, the focus is on adaptations to temperature changes, exploring how these materials can alter their properties in response to solar incidence, offering solutions for energy efficiency, thermal regulation, and environmental adaptation. The pavilion demonstrates that this integration is feasible, and this is supported by an interdisciplinary approach that combines materials science, bio-inspired design, and practical experimentation. It also highlights biomimicry’s fundamental role as a tool for guiding the development of innovative architectural geometries, while thermo-responsive materials expand the possibilities for creating structures that are adaptable to temperature variations and solar exposure. The conclusion points to the applicability and relevance of this combination, highlighting the transformative potential of thermo-responsive materials in architectural projects, especially in the development of lightweight, transparent, and environmentally responsive structures.
... Working on these topics we adapt and utilise a wide range of existing design approaches, methods and techniques. This includes bio-inspired design (Benyus, 1997), xenodesign -considering both human and non-human entities and systems in the design process BRÄNDLE, JÄGER, ASSADI, SCHMEER (Schmeer, 2019), experimental design -collecting, working, and experimenting with materials (Steffen, 2014), mental models (Bernotat et al., 2016), prototyping (Adenauer & Petruschat, 2012), serious play (Schrage, 1999), improvisation (Frye, 2017), and participative methods (Sanders & Stappers, 2008). ...
... A KG néhány legfontosabb elméleti előfutárai közül érdemes megemlíteni a bölcsőtől bölcsőig [23], a teljesítménygazdaság [35], a regeneratív tervezés [16], az ipari ökológia [18], a biomimikri [1] és a kék gazdaság [33] koncepciókat is, melyek közös jellemzője a természeti folyamatok gazdaságitechnológiai formában történő adaptációja vagy utánzása, illetve a termékciklusok zárt rendszerben történő megvalósítása. A körforgásos gazdaság az ún. ...
Article
The concept of the circular economy offers several environmental and economic benefits, such as reducing the generation of waste, reducing the use of natural resources, increasing the resource efficiency of production, or the promotion of the durability, repairability and extended utilization of the products. The academic research related to this new concept has focused primarily on these two pillars of the sustainable development in the past one and a half decade, while much less attention has been paid to the social dimension. As the positive environmental and economic impacts of the circular economy can be relatively well-defined and quantified, in case of social consequences there is much more uncertainty, and the measurement also faces many difficulties. Therefore, it is worth investigating more closely the possible social implications of this new and constantly evolving economic and technological concept. In my paper I seek to explore this issue by reviewing the relevant international literature and presenting some domestic and foreign examples.
... • A reassessment of its reference authors and readings, giving priority to new ones over old ones according to the degree to which their description of reality is universally truthful, culturally evolved, practically useful and spiritually life-affirming in 21st century terms and according to a new scientifically defined evaluation method. • A reassessment of what each discipline can still express, in terms of creation of constructive knowledge which positively reflects our natural, social and human reality and at the same time positively molds it through positive language (to some extent, following the examples of positive psychology [126] and biomimicry [127,128]). • A reassessment of how each discipline is inevitably and intrinsically related to all others and needs to be anchored to a common set of higher-order values and a common Weltanschauung and conception of the universe. ...
Article
Full-text available
The current global academic system, rooted in a reductionist, materialist and westernized worldview, reflects the modern industrial era in which it took shape and is therefore ill-equipped to address the complex challenges of today’s polycrisis. This viewpoint offers a vision for a complementary system aimed at filling this gap, one grounded on an expanded notion of what science and higher education can be and how best they can serve the world. It is part of an independent research and book project on the broad topic of Reimagining Academia, developed in dialogue with pioneering and spiritually oriented scientific and professional networks. Moving from the recognition of the principal limits of today’s universities, the paper describes an alternative home for all those scholars, students, practitioners and social constituencies whose worldviews and knowledge systems are shifting towards more holistic approaches. Grounded on a new ontological framework and on a human-centered modus operandi, the proposed system would aim to revive scientific disciplines from the inside out, by means of new life-affirming assumptions and purposes. The paper concludes by outlining practical steps for the realization of this vision, proposing a global alliance of scientific, cultural, and social actors.
... By chance, I came across a radio interview with science writer and lecturer, Janine Benyus. Her discussion of "Biomimicry" (Benyus 1997) did not further feed my sense of crisis. What she described was a plan-a plan to move forward. ...
Article
Full-text available
The colonial sites of Germanna (Orange County, Virginia) have seen excavations since the late 1960s. The resulting corpus of archaeological work provides a “micro-history” of changing approaches to archaeological investigation spanning 50 years. Interest in Alexander Spotswood’s 1720 home (known as “the Enchanted Castle”) prompted initial archaeological research. Results saved the house and surrounding land from development. Continued archaeological efforts uncovered connections to German-speaking immigrants who were first settled at a 1714 fort (which would be called Fort Germanna). Today, the Germanna Archaeology project views its efforts as public archaeology, with expressed intentions to work with and include voices of different interested communities. These efforts, however, often land in a contested environment– the results of recent educational “culture wars.” Routine finds mark interconnected communities, including those who have been marginalized and pressured by erasure– enslaved Africans, African Americans, and Indigenous peoples. Today, in its professional obligations to report, the project increasingly finds itself standing alongside activists. Archaeology’s practice has been changed. Does that make archaeologists activists?
... La propuesta de optimización biomimética introduce el concepto de los patrones de vórtices, para la realimentación de flujo a favor de disminuir el impacto ambiental y maximizar la eficiencia, de esta manera, se consideró como referencia un patrón Fibonacci para establecer la relación de recirculación de flujo y un criterio de diseño colaborativo entre captadores. En la Figura 1 se presenta el modelado geométrico en xyz para el arreglo inteligentes de captadores de energía, el cual considera trayectorias orbitales, recirculación de flujo, compensación del efecto de los patrones de interferencia, a partir de la propuesta de optimización, basada en conceptos de biomimética(Benyus, 1997), en la aplicación de ingeniería inversa(Lehn et al., 2012).Figura 1.Modelo xyz para sistemas de energías sostenibles a partir de criterios biomiméticos.Para el modelo del arreglo captador se consideraron principios biomiméticos, según fuente de energía: ...
Article
Full-text available
Resumen Esta investigación plantea una actualización del modelo de captación de energía eólica, ya que actualmente no se considera la compensación de efectos ambientales, siendo requerido para la configuración de un arreglo inteligente de cometas eólicas. El objetivo fue definir un término de realimentación de flujo difractado, analizando su aporte en la optimización de eficiencia. El método se basó en la correspondencia entre un operador matemático y los elementos físicos del sistema. Se interpretó el concepto de filtro adaptativo con arquitectura LFSR configurable (del inglés Linear Feedback Shift Register), para el procesamiento de bloques discretos de energía, en un combinador xyz lineal de flujo de viento, a través de colectores flexibles y realimentación de flujo modulado. Como resultados de las pruebas del modelo en VHDL (del inglés Very High Speed Integrates Circuit Hardware Description Language) se obtuvieron los coeficientes óptimos para la convergencia de la señal de salida, con respecto a la referencia. Entre los principales aportes se encuentra la simplificación por etapas, reportando una mejora en la eficiencia del 11,08 %; lo que permite concluir que el término adaptativo propuesto representa una herramienta para avanzar en el concepto de sistemas configurables basados en modelos, para el desarrollo de nuevas tecnologías, máxima eficiencia, mínimo costo energético y mínimo impacto ambiental. Palabras clave: arreglo de cometas eólicas; arquitectura LFSR; hardware reconfigurable; patrón de recirculación de flujo eólico; sistemas de energía renovable definidos por software. xyz Model Applied to Kites Collector Arrays of Sustainable Energy Abstract
... Biomimicry is a concept that has evolved recently with the aim of addressing human needs and challenges through inspiration from nature. Benyus (1997) divides the representations of this notion into performative and performance biomimicry. Performative biomimicry focuses on making designs that are sustainable by copying biological processes and functions. ...
Article
Full-text available
The concepts of "performance" and "performative" are gaining significant attention in spatial design discourse. "Performative" is often linked with qualities such as open-form flexibility and scenic or theatrical attributes. It highlights the interaction between intentional and accidental elements, as well as the dynamic nature of environments. Some literature characterizes performative spatial design as the ability to execute multiple functions either simultaneously or individually, while others interpret it as a means of conveying content. Most discussions focus on three-dimensional spaces or architectural scales. This essay delves into the theories behind the term "performative" and its application in analyzing and describing the two-dimensional aspects of urban spaces, interiors, and architecture. It explores the semantic range and applications of "performative" and "performance" beyond simple analogies to the performing arts, aiming to articulate innovative and complex qualities of architectural skins and interior surfaces, including their capacity to communicate, narrate content, convey knowledge, and embed cultural references.
... Biyomimikri, doğanın modellerini, sistemlerini, oluşum süreçlerini inceleyen ve elde ettiği bilgilerden taklit ederek ya da ilham alarak yararlanan, problem çözmeye yarayan bir bilimdir. Biyomimikri kelimesinin kökeni Yunanca "bios" (yaşam) ile "mimesis" (benzetme) kelimelerinin birleşiminden meydana gelmiştir (Benyus, 1997). Biyomimikri, malzeme, işlev, yaratıcılık açısından doğanın basit bir taklidi değil, sonrasında optimize edilmiş teknolojilerin uygulamalarıyla çözülen benzer teknolojik soruların anlaşılmasına yardımcı olan doğal ilkelerin kavranmasıdır (Amer, 2019). ...
Chapter
Full-text available
21. yüzyılın ortalarına gelindiğinde, kentlere yönelik yoğun göç talepleri, kentsel yaşamın sunduğu ekonomik fırsatlar ve sanayileşmeye artan talepler nedeniyle dünya nüfusunun yaklaşık üçte ikisinin kentlerde yaşayacağı öngörülmektedir (UN Department of Economic and Social Affairs, 2018). Bu durum, kentlerde konut ve ticari bina inşaatlarının, ulaşım ağlarının ve kentsel altyapının genişlemesine yol açarak enerji tüketiminin önemli ölçüde artacağını göstermektedir (World Cities Report, 2020). Nüfus yoğunluğunun ve kentsel gelişimin hızlı artışı beraberinde bir takım çevresel sorunları da getirmektedir. Bu sorunlar arasında hava kirliliği, su kaynaklarının tükenmesi, yeşil alanların azalması, biyoçeşitliliğin kaybı ve Kentsel Isı Adası etkisi gibi olumsuz durumlar öne çıkmaktadır. Kentsel Isı Adası, kentlerin kırsal alanlara göre daha yüksek sıcaklık seviyelerine sahip olmasıyla ortaya çıkan bir olgudur (Çetin vd., 2024). Bu sıcaklık farkı, kentlerde artan insan faaliyetleri ve yapı malzemelerinin güneş radyasyonunu hapsedip geri yayması sonucu oluşmaktadır.
... He highlights the idea that nature has already addressed many problems humans are trying to solve, and natural systems and processes provide creative and sustainable solutions. The imitation of structure, processes, and systems of nature results in robust and efficient designs that adapt to changing environment [24]. Fields of bionics and biomimetics are best suitable for biologists, engineers, and designers interested in the technical complexity of projects with a focus on technological innovation, whereas biomimicry is more appropriate for biologists, designers, architects, economists, and others who are motivated by a nature-focused philosophy and seek minimal technical complexity [25]. ...
Article
Full-text available
Building design is a product of multiple factors, such as concept and aesthetics, building materials and technologies, environmental conditions, and daylight requirements of the inner spaces. Biomimicry is an innovative approach that is used for the design of adaptable kinetic façade systems that can emulate the behavior of living organisms and provide an optimal solution to reduce heat gain and visual discomfort. This research is focused on the evaluation of the daylight performance of the south-facing architectural studios of the university building and the further proposal of a parametric shading system that emulates nature-based behavior. The study proposes multiple scenarios of kinetic façade behavior based on different degrees of openness and location of the shading elements. Computational simulations are used to evaluate visual comfort and find the solution that increases the use of natural light and provides visual comfort in the studios. The study considers the range of activities performed by architecture students, such as modeling, drawing, reading, writing, and computer use. As a result, several scenarios are selected, providing façade design that varies depending on the season and classroom.
... Biomimicry is a relatively new interdisciplinary field of science that studies natural models and strategies, draws inspiration from them, and attempts to apply them to contemporary design and engineering challenges [1]. In order to facilitate the practice of "Research and Analysis" of the biological model, which comprises biological research, the identification of biological structures of interest, and their subsequent analysis with means of microscopic analysis. ...
Article
Full-text available
The current research aims to analyze the shape and structural features of the eggs of the lepidoptera species Melitaea sp. (Lepidoptera, Nympalidae) and develop design solutions through the implementation of a novel strategy of biomimetic design. Scanning electron microscopy (SEM) analysis of the chorion reveals a medial zone that forms an arachnoid grid resembling a ribbed dome with convex longitudinal ribs and concave transverse ring members. A parametric design algorithm was created with the aid of computer-aided design (CAD) software Rhinoceros 3D and Grasshopper3D in order to abstract and emulate the biological model. A series of physical models were manufactured with variations in geometric parameters like the number of ribs and rings, their thickness, and curvature. Selective laser sintering (SLS) technology and Polyamide12 (nylon) material were utilized for the prototyping process. Quasi-static compression testing was carried out in conjunction with finite element analysis (FEA) to investigate the deformation patterns and stress dispersion of the models. The biomimetic ribbed dome appears to significantly dampen the snap-through behavior that is observed in typical solid and lattice domes, decreasing dynamic stresses developed during the response and preventing catastrophic failure of the structure. Increasing the curvature of the ring segments further reduces the snap-through phenomenon and improves the overall strength. However, excessive curvature has a negative effect on the maximum sustained load. Increasing the number and thickness of the transverse rings and the number of the longitudinal ribs also increases the strength of the dome. However, excessive increase in the rib radius leads to more acute snap-through behavior and an earlier failure. The above results were validated using respective finite element analyses.
... Bionic product design is not merely about shape imitation; but it involves fully considering the semantic relationships of forms in order to enhance the product's usability, emotional resonance, and cultural significance (Wang et al. 2024). Benyus (1997) analyses four key principles of bionic design as the following: ...
Article
Full-text available
This paper adopts the bionic design principles, the Semantic Differential Method and the experimental tool of Eye Tracker device to develop a more objective and quantifiable design method suitable for bionic design of products. Firstly, the Semantic Differential Method is used with a 7-point Likert scale to screen product samples and emotional intention vocabulary. Principal component and factor analyses are conducted using SPSS software, and the bionic objects for product morphology are identified through the bionic gene database. Secondly, an Eye Tracker device (Tobii Pro Glasses 2) is used to collect data from eye movement for visual analysis of the bionic objects. The key biological morphological features are cognitively ranked based on eye-tracking visualization metrics such as heat maps, total fixation duration, fixation count, and time to first fixation. In this study, we adopted the penguin as the bionic object and obtained a cognitive sequence of its representative biological morphological features. This sequence was then applied to the bionic design of a disinfection robot's morphology, demonstrating the method's applicability and feasibility. It concludes that, in the bionic design of product morphology, the Semantic Differential Method can assist in selecting bionic objects, while eye-tracking technology can effectively analyze the ranking of key biological morphological features. This approach provides new insights and guidelines for the bionic design of product morphology.
... The circular economy seeks to minimize waste and maximize resource use, contrasting the traditional linear model of "take, make, dispose" (MacArthur, 2013). It is supported by theories like the Natural-Resource-Based View, which promotes sustainable resource management as a competitive advantage (Hart, 1995), and biomimicry, which emulates nature's closed-loop systems for sustainable industrial designs (Benyus, 1997). Industrial symbiosis further facilitates circularity by enabling material and energy exchanges between industries to optimize resource efficiency and reduce waste (Chertow, 2000). ...
Article
Purpose Drawing on stakeholder theory, institutional theory and upper echelon theory, this study aims to determine the roles of stakeholder pressure, institutional pressure and top management’s sustainability commitment in adopting circular economy principles. Additionally, it evaluates how the adoption of these principles impacts sustainable-oriented innovation and subsequently influences sustainable performance. Design/methodology/approach By employing an online survey, data were collected from 172 owners, managers and staff involved in circular economy practices. Findings The results indicate that stakeholder pressure and institutional pressure positively influence top management’s sustainability commitment, which in turn influences adoption of the circular economy principles. Furthermore, adopting circular economy principles positively impacts sustainable-oriented innovation, enhancing the sustainable performance of hotels. Additionally, the relationship between the pressures and sustainable performance was sequentially mediated by top management’s sustainability commitment, adoption of circular economy principles and sustainable-oriented innovation. Practical implications This study offers actionable insights for hospitality managers by emphasizing the interplay of stakeholder and institutional pressures with top management’s commitment to sustainability. Practical strategies include engaging stakeholders, investing in leadership training, conducting internal audits for circular economy practices and fostering a culture of sustainability-oriented innovation. These initiatives not only enhance environmental performance but also contribute to societal goals of reducing environmental degradation and promoting responsible consumption. Originality/value The study emphasizes the importance of shifting from a linear to a circular economy model to enhance sustainability in the hospitality sector.
... Sustainability Consideration-Resource efficiency is a crucial aspect of architectural process, reducing environmental impact and ensuring no natural resources go to waste by using outcomes for other actions (Benyus, 2002). Building exteriors consider biological performance, flexibility, breathability, low energy content, carbon sequestration, air purity, water efficiency and sensory capacities while designing sustainable bio-inspired façade (Tokuç & Özkaban, 2018). ...
... Ejemplo de ello es el concepto de diseño regenerativo de Lyle (1996), que abarca cualquier sistema, desde la agricultura hasta la producción industrial; se organiza de manera que emula el funcionamiento de los ecosistemas naturales, donde los productos se crean e interactúan sin generar residuos. En paralelo, la biomímesis, introducida por Benyus (1997), invita a una era en la cual la naturaleza no se ve como un mero depósito de recursos a explorar, sino como una fuente de sabiduría de la cual aprender. ...
Article
Se plantea el reto de trascender a un modelo de economía circular (EC) con el fin de buscar una prosperidad ambiental, económica y social. El objetivo del presente artículo es evaluar la implementación de prácticas sustentables en el modelo de EC por empresas del sector agroindustrial en Sinaloa, así como analizar los desafíos enfrentados durante su transición. Con una metodología mixta que triangula la encuesta y la entrevista, se recurre al análisis de datos estadísticos y al análisis de discurso. Con ello, se pudo dilucidar cómo, en términos de inversión, innovación y la comprobación del ahorro-beneficio, parte de dicho sector industrial se encuentra dentro de un proceso evolutivo hacia una EC. Los hallazgos brindan una visión detallada de las prácticas implementadas por las empresas, aun cuando se enfrentan a limitaciones internas y desafíos inherentes a la transición hacia dicho modelo. Se anticipa que el conocimiento adquirido también puede servir de catalizador para inspirar a otras organizaciones a explorar, aprender e innovar en la adopción de metodologías propias en la búsqueda de optimizar su modelo de sostenibilidad.
... Motivation for focusing on NBD in architectural design and engineering solutions is in the opportunity to develop new knowledge on properties and performance of biomaterials and on characteristics of biostructures and bioprocesses that achieve goals common to architectural and engineering designs, such development of materials, processes, and designs that result in structural strength, durability, adaptability, absence of waste, possibility of reuse or recycling, pleasing aesthetics, and life-supporting conditions. NBD research to date has focused on its application in building context [2], inspiration from natural forms (biomorphism) [3][4][5][6][7] and processes (biomimicry) [8][9][10][11], building materials [12][13][14][15][16], structural efficiency [17,18], building envelope [14,16,19,20], building services for health and well-being of occupants [8,12,15,21,22], and on other strategies and solutions for improving occupants' health and well-being [13,[23][24][25]. ...
Article
Full-text available
The article presents the development and validation of transdisciplinary collaboration (TDC) guidelines for nature-based design (NBD) of sustainable buildings that were used to develop and validate a proposed NBD Overlay of the Royal Institute of British Architects (RIBA) Plan of Work (PoW) 2020. The study first presents the results of consultations with architects on the application of NBD in all stages the RIBA PoW. The development of the proposed NBD Overlay of the RIBA PoW is described, followed by the results of a survey of architects on its contents. Over 80% of the architects in the consultation group confirmed the significance of the proposed NBD Overlay and its relevance in advancing sustainable building practices. The potential of the proposed NBD Overlay to foster tansdisciplinary collaboration and promote NBD approaches, principles, and solutions bodes well for the future of sustainable architecture, driving the industry towards a more resilient and environmentally conscious built environment.
... Biomimicry constitutes an environmentally inspired design methodology that produces innovative, sustainable solutions that emulate the refined functional logic inherent in organic systems. Pioneered by Janine Benyus (1997), this movement distinguishes itself within the broader bio-inspired design sphere through active engagement with nature throughout the creative process rather than merely extracting and exploiting biological data and resources. Furthermore, it seeks to overcome human challenges by scrutinising the practical elegance of natural comportments and structures, instilling symbiosis between humans, technology and the environment. ...
Article
Full-text available
Biomimicry shifts focus away from anthropocentric design approaches and encourages practitioners to develop a sensitivity to the interconnectedness of natural systems and their resultant potentiality as musical forms. Embracing the concepts of biomimicry necessitates a perspectival transformation from human authorship towards a reciprocal partnership with nature that stresses sustainable technological innovation in artistic expression. The need to solve design challenges in harmony with a broader ecological context means that biomimicry represents a new form of environmentally attuned sonic practice that is both communicative and interpretative of systems operating outside everyday human experience. This research employs the biomimetic process to unravel and respond to issues related to the development of form and structure at the locus of compositional practice. Furthermore, it utilises these insights to generate new knowledge through the activities of this practice and the novel insights apprehended through the triangulation of science, nature and music. Finally, it uses biomimicry to impact the compositional trajectory practically, extending beyond metaphor or representation, and offers a glimpse into realms that are more than music, more than human.
... One such approach is regenerative design, which aims not only to minimize negative impacts but also to actively contribute to the restoration of natural systems. This approach involves designing products and processes that enhance ecosystem health, enabling them to regenerate beyond their current state (Benyus, 2002). For instance, the project "Restorative Agriculture", which combines agriculture with ecosystem restoration, employs techniques such as agroecology and permaculture to support biodiversity and soil health (Pretty, 2007). ...
Article
The article “Society, Design, Communication” examines the intersection of contemporary societal challenges and environmental design practices. It contextualizes these challenges within the pressing global environmental crisis, highlighting critical perspectives that caution against unchecked technological and industrial advancement often disregarding natural ecosystems. The study explores how sustainable design, when integrated with innovative communication strategies, can address these concerns and foster awareness and action. The article delves into the role of sustainable design in commercial and public communication, focusing on word-of-mouth strategies and immersive presentations at trade fairs and exhibitions. Using the Milan Design Week as a case study, it highlights the BioWoodesign project led by the Technical University of Zvolen, which exemplifies a biomimicry-inspired approach to design. This initiative underscores the synergy between nature and human creativity in addressing sustainability while fostering meaningful audience engagement. Furthermore, the discussion expands on emerging trends in sustainable communication, such as systemic design and circular economy principles. These approaches enhance both the functional and experiential dimensions of design exhibitions, creating immersive narratives that resonate with modern audiences. The article also critiques the prevalence of “greenwashing”—the practice of overstating environmental credentials—emphasizing the importance of transparent and credible strategies for fostering trust. By examining the intersections of society, design, and communication, the article contributes to the discourse on sustainable practices, demonstrating their potential to influence meaningful behavioral and systemic change in a rapidly evolving world.
... Biomimicry is an important approach to encourage students' creativity and enable successful STEM projects; it involves emulating nature to create new things or processes to resolve complex realworld problems (Benyus, 2002). Biomimicry affords advantages that are suitable for STEM interdisciplinary learning (Pauls, 2017). ...
Article
Full-text available
In Thailand, science, technology, engineering and mathematics (STEM) education is being promoted to support science student teachers by conducting projects to extend their learning skills and to turn them into innovators. This study aimed to develop a professional development programme (PDP) based on biomimicry to improve STEM project creation for science student teachers and to evaluate the implementation result of this programme. The 60-hour programme, designed for 29 science student teachers from a teacher training institute in southern Thailand, was collaboratively developed to align with stakeholders’ needs. It comprised four main lessons incorporating biomimicry principles and an eight-step problem-solving approach. The design process included stakeholder input, expert validation, and iterative improvement. The PDP integrated a coaching approach to facilitate problem synthesis and enhance learning outcomes. It underwent multiple stages of design, drafting, and expert validation before finalization. The programme’s effectiveness was evaluated through the creativity of resulting STEM projects using class observations, a creativity evaluation form, and interviews. Data analysis employed content analysis and interpretatiove methods. The implementation resulted in six innovative biomimicry-inspired STEM projects, demonstrating the programme's success in fostering creativity and innovation among future educators. This study contributes to the advancement of STEM education in Thailand by providing a structured approach to developing science student teachers' project creation skills.
... Benyus yazdığı bu kitapta karşılaşılan tasarım problemlerinin biyomimetik bir çözümü olup olamayacağını bulmak adına tasarımcının problemi doğa ile karşılaştırmasını amaçlayan bazı sorulara cevap aramasını beklemiştir. Bu sorulara olumlu cevabın verilebildiği her disiplin biyomimetik uygulamalara uygun olarak kabul edilebilir (2). ...
Conference Paper
Full-text available
ABSTRACT People have imitated living organisms in many inventions they have made while directing the development of technology. Biomimetic perspective plays a major role in increasing productivity in engineering applications. This perspective is grouped under headings such as structure and material, mechanism and process, behavior or communication. Digging mechanisms and excavating limbs of many animals but mostly excavating ones, have an important role in the development of structure and mechanism of the existing agriculture and space exploration machines as well as the excavator buckets. In this study, biomimetic applications on digging mechanisms in various fields, mainly agricultural and space exploration, are discussed. It is explained how these applications affect digging performance. In addition, simulation applications and additive manufacturing methods which have had a great importance with Industry 4.0 have been investigated in those biomimetic design processes.
... Stated differently, industrial symbiosis is the process of rethinking resources, goods, and manufacturing techniques to maximize efficiency while delivering positive effects on the environment, society, and economy. It is also known as an industrial analogy in some sources [10]. In addition, industrial symbiosis is a framework that unites separate enterprises in the context of resource usage, ensuring the sustainability of the modern methods and procedures introduced by the clean production approach [11]. ...
Article
Industrial symbiosis (IS) refers to the integration and optimization of numerous industrial systems and processes and is inspired by the nature. By allowing the exchange of materials, energy, other resources, byproducts or valuable waste among companies, the goal is to increase resource efficiency and decrease potential waste. In this study, the IS relevant concepts and examples from the literature are briefly discussed, and a survey is conducted in Konya organized industrial zone. The primary obstacle faced during the survey study is the companies' reluctance to communicate and share information. The survey explores the current level of knowledge, existing energy efficiency efforts, and organizations' willingness to address the topic if grants and subsidies are available. Following the survey, exchange opportunities from the literature are compiled, considering the sectoral structure of the selected zone. Sectoral pairings are formed to encourage businesses and to demonstrate applicability and symbiosis opportunities. Hence, outcomes show how industrial symbiosis has an impact on energy and resource efficiency and waste reduction within selected industrial zone. In addition, its connection and relationship with government incentives, investments and energy efficiency networks are also discussed. As a result, it has been found that there is significant symbiosis potential in a growing and developing region like the Konya industrial zone, through sectoral matching of companies. By increasing awareness among companies, providing financial and legal support, and assisting them in setting targets, inter-company symbiosis efforts can be facilitated and expanded.
Article
Full-text available
This paper presents a soft-CLIL (content and language integrated learning) practice focused on biomimicry, conducted at Japan’s National Institute of Technology (NIT). Biomimicry involves solving problems and creating new things by drawing inspiration from animals, plants, and other living organisms to design and enhance human-made products and processes. Learning about biomimicry aligns with the educational objectives of NIT, which aims to cultivate individuals capable of contributing to realizing a more sustainable society through innovative technologies. With this goal in mind, I implemented a soft-CLIL class focused on biomimicry for second-grade students at NIT, aged 16-17. After studying exemplary cases of biomimicry, students delivered presen­tations on the topic. Some students attempted to apply the concept of biomimicry to propose concrete solutions for addressing social problems.
Chapter
The circular economy in textiles requires a transformative lifecycle, starting with design and emphasizing durability, long life, and reuse or recycling. Changes in consumer, public, industry, and authority preferences, such as product sharing, renting, or buying as a service, are necessary to increase utilization while maintaining economic viability. The textile sector has a significant environmental impact due to its linear and intricate nature, including the cultivation of natural fibers, spinning and sizing fabrics, fine-tuning, printing, and dyeing of finished products. The textile manufacturing process in Europe has a significant impact on agricultural land and the alteration of natural land, especially in relation to natural fibers like cotton. The textile industry accounts for 30–50% of greenhouse gas emissions from the supply chain, positioning textiles as the sixth most environmentally detrimental category among home products in the European Union. The establishment of a textile circular economy requires inventive corporate strategies, environmental practices, and legislative measures throughout the entire value chain. Circular economy principles encompass several stages of a product's life cycle, including design, production, marketing, consumption, waste management, reusing, and recycling. To achieve a sustainable transition, substantial modifications are required throughout all phases of the product's life cycle. The efficacy of circular business models heavily relies on the capabilities of the supply chain and network infrastructure. The integration of circular economy ideas into a company's long-term strategy and implementation necessitates a fundamental transformation inside the organization. Digital technologies, such as IT devices, robots, and mobile applications, have the potential to support a transition towards circular economy, improving product design, consumer engagement, and service offerings. Future studies should prioritize the use of digital technologies in the textile and garment industry, specifically in the domain of circular economy (CE), such as smart mirrors, 3D printing, and AI.
Article
Full-text available
The rapid evolution of financial technology (fintech) has created unprecedented opportunities for financial inclusion, efficiency, and innovation. However, it has also introduced complex, systemic risks that demand a paradigm shift in how financial ecosystems are conceptualized and managed. This paper introduces a revolutionary framework that integrates symbiotic AI, quantum - adaptive cryptography, and complexity theory to build resilient fintech ecosystems. A multi - dimensional risk assessment model is proposed, leveraging fractal risk analysis, predictive resilience indicators, and adaptive ethical AI systems. Through interdisciplinary case studies and novel methodologies, this paper demonstrates how fintech platforms can achieve sustainable growth while addressing emerging challenges such as algorithmic bias, cybersecurity threats, and data sovereignty. The findings call for a holistic, forward - looking approach that balances innovation with accountability, ensuring a resilient financial future for all.
Article
Full-text available
This study conducts a meta-analysis of over 1000 abstracts to examine the use and consistency of the terminology in biomimetics, bioinspiration, biomimicry, and bionics, focusing on how these terms impact biological study design. Despite the increasing research in these areas, the ambiguous definitions of key terms complicate study design and interdisciplinary collaboration. The primary aim of this work is to analyse how biological studies in these fields are conceptualised and evaluated, particularly concerning the inconsistent use of terminology. By identifying discrepancies in term usage, we offer refined definitions and practical examples to improve the clarity of study design and research methodologies. Our findings underscore the importance of standardised terminology for ensuring that biological research is accurately designed and executed, leading to more rigorous experimental frameworks and better alignment across disciplines. This meta-analysis reveals how clearer, more consistent terminology can enhance study design in biologically inspired research fields.
Article
The monograph examines the historical, humanistic and ecological aspects of ancient urban trees, emphasizing their role as living monuments and ecological energy sources in the urban environment. The historical significance of these trees is examined, tracing their origin and their relationship to urban development and cultural heritage. The humanistic values of ancient trees are analyzed, emphasizing their cultural, spiritual and educational contribution to the development of urban societies. In addition, the study assesses the environmental impact of ancient trees, emphasizing their ecological functions, including biodiversity support, climate regulation and carbon sequestration. Combining historical documents with dendrochronology, this monograph provides a comprehensive understanding of the significance of ancient urban trees and their conservation needs. It synthesizes perspectives from urban ecology, cultural studies, and environmental science to suggest strategies for preserving these natural monuments. This work is a valuable resource for scientists, urban planners and conservationists, offering perspectives on sustainable urban development and the integration of natural heritage into modern cities. Wei Zhou, born in April 1987, is an assistant research fellow and currently a full-time teacher at the School of Art and Design in Guilin University of Electronic Technology in Guangxi Zhuang Autonomous Region, China. He obtained his PhD from College of Landscape Architecture and Art in Northwest Agriculture & Forestry University, with research interests in landscape plant planning, ornamental plant design, and landscape ecology. In the past five years, he chaired one provincial-level project, one municipal-level project, and two university-level projects. Besides, he participated in two provincial-level projects and several municipal-level projects. He is the author of the number of scientific articles published in the scientific peer-reviewed journals.
Article
Full-text available
Amidst an urgent need for sustainability, novel approaches are required to address environmental challenges. In this context, biomimicry offers a promising logic for catalyzing nature’s wisdom to address this complexity. The purpose of this research is to (1) establish a biomimetic understanding and vocabulary for sustainability and (2) apply biomimicry to upframe service ecosystems as a foundation for sustainability. Our research question is: How can the principles of natural ecosystems inform and enhance the sustainability of service ecosystems? The findings highlight upframed service ecosystems as embodying a set of practices that (1) promote mutualistic interactions, (2) build on local biotic and abiotic components supporting emergence processes, (3) leverage (bio)diversity to build resilience, (4) foster resource sharing for regeneration, and (5) bridge individual roles to optimize the community rather than individual well-being. Our upframed definition of a service ecosystem is a system of resource-integrating biotic actors and abiotic resources functioning according to ecocentric principles for mutualistic and regenerative value creation. The discussion emphasizes the implications of this upframed definition for sustainability practices, advocating for a shift in understanding and interacting with service ecosystems. It emphasizes the potential for immediate mutualistic benefits and long-term regenerative impacts.
Article
Inspired by the geometric structure of the bamboo culm sheath and the surface topology of the dung beetle, a bionic blade for a paddy field impeller was developed to enhance soil cultivation efficiency in rice plantations. The blade surface was modified by using laser-texturing with a macro-scale design to reduce soil resistance. Computational Fluid Dynamics simulations revealed a 47.10% increase in fluid velocity and a 46.87% reduction in drag force compared to conventional curved blades. In soil bin tests, the bionic blade demonstrated a 10.26% reduction in driving torque and an 11.32% increase in rotational speed due to decreased soil cutting resistance. Further investigation of the rotor's 190 mm and 210 mm sinkage depths highlighted the design’s effectiveness. The improved performance is attributed to reduced blade contact area and lower soil resistance in wet conditions. Surface treatments, including gas carburizing, case hardening, tempering, and epoxy cathodic electrodeposition coating, significantly enhanced the mechanical properties of the bionic blade, improving hardness, tensile strength, and corrosion resistance. This integration of bionic design and surface engineering offers a significant performance improvement for paddy field impellers, contributing to advancements in agricultural machinery for rice cultivation.
Article
Full-text available
Automating business processes has become crucial for any organization, which is seeking to improve business processes and make better decisions in rapidly changing contexts. Typically, well-established Business Process Management (BPM) tools effectively monitor and address business processes but need to reflect the flexibility to tailor decisions spontaneously. This paper presents a new approach to further improving the Camunda BPM platform through the incorporation of Artificial Intelligence (AI). The system is fine-tuned with hundreds of these rules, which REST APIs connect in the AI Decision Layer. This results in improved accuracy, speed, and efficiency, particularly when presented with evolving situations. An illustrative scenario in financial compliance provides the details of its usability; it has increased the decision accuracy of the system by 20% and reduced its response time by 30%. Potential avenues for future studies in scaling and deploying CVA and interpretability are highlighted as the ways to build on this study’s findings and contribution.
Book
Ten Dutch companies that operate at the forefront of biomimicry, cradle to cradle and design for the circular economy, together with TU Delft, learned from each other's challenges and best practices in nature-Inspired design. The result is a comprehensive method for nature-inspired design, with carefully selected tools for designers.
Article
Regional population growth, depletion of natural resources and environmental problems have caused people to rapidly turn to mobile spaces that consume less energy and are environmentally friendly living spaces. These mobile spaces should be designed within the scope of sustainability principles and offer innovative solutions. Elements such as energy efficiency, renewable energy sources, use of recyclable and sustainable materials, modular and flexible design, minimalist life and optimum use of compact space, adaptation to climate and environmental conditions, social and economic sustainability, portability and low environmental impact are essential in the design and production of sustainable mobile living spaces. Wood is a natural, renewable, and sustainable material that solves these requirements. When evaluated in terms of physiological health, the thermal balance of wood material, moisture regulating properties and natural fibre structure, and its harmony with the human body are the reasons for preference. Regarding psychological health, the natural atmosphere it creates in interior spaces, its stress-reducing, relaxing and peaceful effects, its air quality-improving properties and low volatile organic compound emissions have positive effects. This study investigated the physiological and psychological effects of using wood, a frequently preferred living material in designing and producing mobile spaces with sustainable alternative living spaces suitable for road transportation and transport, on human health.
Article
Biomorphic shapes, often abstract, evoke the living forms which could be found in our environment, such as plants and other living organisms. The biomorphic design could be seen in many different design industries. In this paper, the potential application of the biomorphic design as a innovative design approach in landscape architecture is explored through the literature overview and experimental design study. This paper provides a modest contribution in order to develop the framework which could be applied in both the landscape architectural design and education. The aim of this research is to present the biomorphic design, a biologically-based approach, as innovative design framework finding its application in landscape architecture. The foundation of proposed design framework lies in a collected biological data, later processed by using advanced computational tools. In order to represent the biomorphic design framework application, an experimental design study is conducted. The nature-inspiration was found in the Botanical garden "Jevremovac" in Belgrade. Species Carica papaya L. served as bioinspiration for conceptual biodesign solution presented in this paper. The conceptual biodesign solution is represented in a form of the biomorphic open space design with landscape architectural elements: pool, bench and bridge, as the result of this study. These three landscape architectural elements are modeled in Building Information Modeling (BIM) software to explore the possibilities of designing biomorphic shapes and patterns as different landscape architectural elements by applying the biomorphic design approach. Biomorphic design represent a innovative approach to landscape design. By drawing inspiration from the beauty of nature, created structures that are not only aesthetically pleasing but also sustaina?ble, and harmonious with their surroundings.
Chapter
This research is framed within the ongoing circular economy (CE) transition that is gaining attention worldwide. In that, the chapter traces the evolution of the concept, adding insights about the main features and limits of the school of thoughts that since the origins have influenced the concept and its practical and theoretical framework. The current development of the CE worldwide is also provided by presenting some data about the circularity of the global economy and that of the EU (European Union) that is one of the geographical areas highly committed in the transition to CE and for this is considered a CE champion in the process. Some success stories in CE transition are highlighted along with the opportunities for cities and regions from the adoption of the CE and the main barriers and drivers. The chapter conclude by stressing the role of cities and regions in the shift to CE and the need for strengthen the research efforts in understanding their CE initiatives for providing useful feedbacks to policy-makers.
Conference Paper
Full-text available
Este estudo busca aprimorar a compreensão teórica da emergente área do Biodesign. Tais esforços de trabalho são relevantes para estabelecer um pano de fundo sólido que englobe os aspectos temáticos, conceituais, críticos e metodológicos deste campo em desenvolvimento. Foi realizada uma exaustiva revisão de literatura centrada no tema "Design e Natureza." Esta revisão se estende desde a contextualização histórica que entrelaça as narrativas do Design e da Ecologia até abranger estratégias de design contemporâneas, como Biomimética, Cradle-to-cradle e Biodesign. Na busca por uma compreensão abrangente das terminologias pertinentes ao domínio do Biodesign, fomos além dos limites desta disciplina, recorrendo a narrativas de diversos campos do conhecimento, como Medicina e Engenharia. Analisamos representações esquemáticas de vários autores renomados, elucidando os componentes fundamentais do Biodesign. Como esforço culminante, propusemos estruturas e uma linha do tempo para facilitar uma compreensão mais acessível e coerente deste campo multifacetado.
Conference Paper
The article is based on a comprehensive study of the transformation of economic systems in response to environmental challenges of our time. The authors review a variety of green economy models, highlighting their main stages of development and key characteristics. Particular attention is paid to analysing policies that stimulate environmentally sustainable innovation and investment in green technologies, as well as assessing their effectiveness in different states. The results of the study emphasise the importance of integrating environmental standards into economic policies and business practices as a prerequisite for achieving global sustainable development goals.
Article
The paper discusses the problems and opportunities of implementing sustainable development in the context of Industry 4.0. It analyzes the difficulties associated with outdated technologies and the challenges of developing resilience strategies. The types of innovations in this field, their advantages, and disadvantages are described. A comparative analysis of the world and Ukrainian experience in implementing sustainable development in companies such as Danone, Nestlé, Unilever, Beyond Meat, Impossible Foods, BrewDog, LLC «Organic Milk», LLC SP «Nibulon», PJSC «Ternopil Dairy Plant» (Molokia), LLC «Ukrprodukt Group», PJSC «Kyiv Confectionery Factory «Roshen», PJSC «Chumak», PJSC «Оbolon is conducted. Strategies for successful implementation of sustainable development in the conditions of Industry 4.0 are proposed. The research results emphasize the need for an innovative approach to sustainable development and key principles for achieving success in this field.
Article
Full-text available
The circular economy is an alternative economic model to the current linear economy. The main feature of the circular economy is to preserve the value of resources. The circular economy generates indisputable environmental benefits, social benefits and added value for companies, aspects necessary to guarantee resource sustainability and ecological diversity in a globalized, complex and often unpredictable global context. Despite the fact that tourism plays an important role in the economic development of tourist regions and in the integration of these economies in the process of globalization, it puts great pressure on natural resources and the environment. Tourism activity generates environmental impacts and economic impacts. The aim of this paper is to analyze the future tendencies of tourism, how the circular economy can create value for the tourism sector and the steps to be followed to create a sustainable model. The society we live in has exhausted the resources needed to meet the future needs of an increasingly affected planet. Tourism is a sector sensitive environmentally, because while exploiting resources for its economic development, compromising their future growth. For this reason, it is very important to adopt tourism practices that promote respect for the planet - Earth, because we destroy our home and today we are already living the consequences and the circular economy is born of the real need to save the planet we live on. Change is the key to a sustainable model. Today there are endless opportunities, we need to rethink our current system and open up to new perspectives through innovation and creativity. JEL classification: Z32, L83, Q01, Q56
Research
Full-text available
This research explores the integration of beauty, functionality, sustainability, and biomimicry in industrial design, focusing on the challenge of balancing these elements. While sustainability and functionality are primary concerns, biomimicry often emphasizes utility over aesthetics, leading to more utilitarian designs. This paper demonstrates how products can successfully combine these aspects, showing that biomimetic designs can be both practical and emotionally engaging. By considering visceral, behavioral, and reflective aesthetics, industrial design can create products that address environmental needs, connect with consumers on an emotional level, and provide intuitive, beautiful solutions. This approach advocates for a holistic design philosophy, ensuring that beauty, innovation, sustainability, and functionality work together to create more compelling and successful products.
ResearchGate has not been able to resolve any references for this publication.