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Methodology for bio-inspired design innovations based on functional decomposition

Sofija Sidorenko, Elena Angeleska, Filip Dimitriev, Jelena Djokikj

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Abstract

In this paper, a biomimicry-based methodology for developing design innovations is presented, as practiced with the Industrial Design students at the Faculty of Mechanical Engineering Skopje. The bio-inspired design process is based on the bi-directional bionic design methods with a unique application of various design and engineering tools and an additional focus on human-centric approaches. This paper describes in detail all six steps of the strategy for exploration of natural systems. In addition, a design case study is described to clarify the process. The main goal is to provide the methodology as a tool that can encourage designers and design students to use bionic methods for designing innovative products and help them standardize the bionics processes by making them efficient and engineering-oriented.

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What this paper is about

In this paper, a biomimicry-based methodology for developing design innovations is presented, as practiced with the Industrial Design students at the Faculty of Mechanical Engineering Skopje. The bio-inspired design process is based on the bi-directional bionic design methods with a unique application of various design and engineering tools and an additional focus on human-centric approaches. This paper describes in detail all six steps of the strategy for exploration of natural systems. In addition, a design case study is described to clarify the process. The main goal is to provide the methodology as a tool that can encourage designers and design students to use bionic methods for designing innovative products and help them standardize the bionics processes by making them efficient and engineering-oriented.

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Available abstract

In this paper, a biomimicry-based methodology for developing design innovations is presented, as practiced with the Industrial Design students at the Faculty of Mechanical Engineering Skopje. The bio-inspired design process is based on the bi-directional bionic design methods with a unique application of various design and engineering tools and an additional focus on human-centric approaches. This paper describes in detail all six steps of the strategy for exploration of natural systems. In addition, a design case study is described to clarify the process. The main goal is to provide the methodology as a tool that can encourage designers and design students to use bionic methods for designing innovative products and help them standardize the bionics processes by making them efficient and engineering-oriented.

Key concepts: Bionics, Engineering design process, Biomimetics, Process (computing), Computer science, Systems engineering, Design methods, Engineering

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