BioTRIZ: A Win-Win Methodology for Eco-innovation

Bogatyrev, Nikolay; Bogatyreva, Olga

doi:10.1007/978-3-319-05077-5_15

Cited by 23 publications

(14 citation statements)

References 2 publications

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“…At the architectural level, the carried work remains, mostly on a theoretical level, with no practical application. The Biomimicry Design Spiral from Carl Hastrich [ 13 ], and the complex BioTriz developed by Nikolay and Olga Bogatyreva, based on the TRIZ—Teoriya Resheniya Izobretatelskikh Zadach methods [ 14 ] are references on the field of biomimetic application in architecture. However, the specialized lexicon, the generality of the stages as well as the lack of script for the passage of concept between domains, place these methodologies in the theoretical philosophical field of architecture.…”

Section: Poc 10 Evaluation and Discussionmentioning

confidence: 99%

Proof of Concept (PoC) 1.0—Implementing a Bioshading System Design Method

2021

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Nature provides a remarkable database of possible adaptation strategies that can be implemented in biomimetic design of shading systems. However, at this moment, successful design methods are conditioned to a limited knowledge and ability to emulate nature’s strategies to meet corresponding functional needs. The implementation of biomimetic processes has some major challenges: (1) the search and selection among several databases of appropriate strategies adopted by nature; (2) difficulties in reading, interpreting and translating at different scales; (3) connection problems between concepts and material premises. The selection of nature models is a very common situation among architectural projects. Proof of Concept (PoC) 1.0 was the first experience of application of the Bioshading System Design Method (BSDM). BSDM is a problem-based method that guides its users since the initial architectural challenge definition, improving users’ capabilities to interpret and translate nature strategies into architecture design, until its final state of creation, it’s physical condition. This experience enabled us to validate and evolve initial decisions, based on users experience and evaluation. At the end, PoC 1.0 revealed to be a fundamental step into the final version of BSDM.

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Section: Poc 10 Evaluation and Discussionmentioning

confidence: 99%

Proof of Concept (PoC) 1.0—Implementing a Bioshading System Design Method

2021

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“…Inventive principles and engineering parameters were not the only TRIZ tools able to support eco-innovation. For example, the eternal struggle between technological and biological interest was dealt with in Bio-inspired TRIZ tools [28] and many other TRIZ concepts [29] e.g. biomimetic, ideality, function analysis and laws of evolution.…”

Section: Triz and Eco-innovationmentioning

confidence: 99%

Investigating the Value Perception of Specific TRIZ Solutions Aimed to Reduce Product’s Environmental Impact

Maccioni

2019

IFIP Advances in Information and Communication Technology

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Understanding the impact of inventive solutions on consumers' value perception is essential to develop successful products. This applies particularly to sustainable solutions, which need to penetrate the market to pursue environmental objectives. This paper explores the value perception of three categories of TRIZ-oriented sustainable solutions, namely designs that have undergone dynamization, change of the physical state or the field exploited. Through an experimental study with 43 participants, supported by a specific questionnaire and biometric measures (eye tracking, skin conductance), self-assessments and unconscious behavioral aspects were gathered while a series of 18 product pictures was shown. Out of them, 9 products implement one of the above TRIZ-oriented principles and 9 constitute same-category products with a higher environmental impact. The results show that the different categories of TRIZ solutions give rise to diverse nuances of value perception. This outcome triggers further considerations concerning the ease of interpreting design modifications steered by TRIZ concepts and heuristics.

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“…Translation tools, databases such as AskNature [26] and methodologies such as BioTriz [27] have not been introduced on a large scale yet. A very concise description of the process of biomimetics can be found in the German VDI Standard [22] and in publications of the Biologically Inspired Design at the Georgia Tech Institute [12].…”

Section: Biomimeticsmentioning

confidence: 99%

Towards an Agile Biodigital Architecture: Supporting a Dynamic Evolutionary and Developmental View of Architecture

Gruber¹,

McGinley²,

Muehlbauer³

2018

Interdisciplinary Expansions in Engineering and Design With the Power of Biomimicry

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Architecture and biology are ields of high complexity. Generative design approaches provide access to continuously increasing complexity in design. Some of these methods are based on biological principles but usually do not communicate the conceptual base necessary to appropriately relect the input from biology into architecture. To address this, we propose a model for analysis and design of architecture based on a multistaged integrated design process that extends the common morphological process in digital morphogenesis with a typology-based ontological model. Biomimetics, an emerging ield to strategically search for information transfer from biology to technological application, will assist in delivering a frame of reference and methodology for establishing valid analogies between the diferent realms as well as integration of the biological concept into a larger framework of analogy to biological processes. As the biomimetic translation of process and systems information promises more radical innovation, this chapter focuses on the dynamic perspectives provided by biological development and evolution to model the complexity of architecture. The proposed process was used to inform ive parallel workshops to explore dynamic biological concepts in design. The potential of the process to investigate biomimetic processes in architecture is then discussed, and future work is outlined.

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BioTRIZ: A Win-Win Methodology for Eco-innovation

Cited by 23 publications

References 2 publications

Proof of Concept (PoC) 1.0—Implementing a Bioshading System Design Method

Proof of Concept (PoC) 1.0—Implementing a Bioshading System Design Method

Investigating the Value Perception of Specific TRIZ Solutions Aimed to Reduce Product’s Environmental Impact

Towards an Agile Biodigital Architecture: Supporting a Dynamic Evolutionary and Developmental View of Architecture

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