前瞻性人体工程学的模型驱动法:应用于 ikigai 机器人技术。

IF 4.6 Q2 MATERIALS SCIENCE, BIOMATERIALS ACS Applied Bio Materials Pub Date : 2024-10-19 DOI:10.1080/00140139.2024.2418960
Stéphanie Buisine, Mégane Sartore, Ioana Ocnarescu, Louis-Romain Joly
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引用次数: 0

摘要

前瞻性人体工程学要求建立未来愿景,这可以通过经验(如分析未满足的需求)和/或创造性(如创造未来需求)来实现。我们通过模型驱动法,开发了另一种想象未来的方法。基于若干发展模型,我们提供了一个可能的未来全景图,强调更高阶的动机和价值观(如意义、成就感)。为了实现这些目标,我们提出了一个人类成就模型,根据选定的心理学理论(如自我决定、幸福感、正念)重新诠释了 "ikigai "的概念。最后,我们将其应用于一个名为 "ikigai 机器人技术 "的工业 5.0 案例研究:我们按照双重设计流程--功能设计循环和激励设计循环--设计了一种用于铁路维护的设备。事实证明,这一过程很有启发性,结果既新颖又有前途,为前瞻性人体工程学开发设计未来的新方法开辟了道路。
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A model-driven approach for prospective ergonomics: application to ikigai robotics.

Prospective Ergonomics requires building a vision of the future, which can be achieved empirically (e.g. analysing unmet needs) and/or creatively (e.g. creating future needs). We develop an alternative way of imagining the future, through a model-driven approach. Based on several developmental models, we provide a global picture of possible future(s) emphasising higher-ordered motivations and values (e.g. meaningfulness, accomplishment). To implement them, we then present a model of human accomplishment reinterpreting the concept of ikigai in light of selected psychological theories (e.g. self-determination, eudaemonic well-being, mindfulness). Finally, we apply it to an Industry 5.0 case study named ikigai robotics: we designed an equipment for railway maintenance following a double design process - a functional design loop and a motivational design loop. The process proved inspirational and the results both original and promising, opening avenues for Prospective Ergonomics to develop a new approach for designing the future.

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来源期刊
ACS Applied Bio Materials
ACS Applied Bio Materials Chemistry-Chemistry (all)
CiteScore
9.40
自引率
2.10%
发文量
464
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