Collaborative design approach to identify research and innovation needs within the European smart building community.

Open research Europe Pub Date : 2024-10-15 eCollection Date: 2023-01-01 DOI:10.12688/openreseurope.15174.2
Clémentine Coujard, Karine Laffont Eloire
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Abstract

Background: Upgrading the level of smartness in buildings can significantly contribute to improve our quality and sustainability of living, through increased energy efficiency, optimised resource management, and improved air quality and comfort. However, the fragmented nature of the sector makes it challenging to identify what is technically, socially and economically achieved today in Europe in terms of building smartness, and what should be developed and financially supported tomorrow to accelerate the roll-out of smart and energy efficient buildings.

Methods: This paper introduces the collaborative process developed to involve a large community of experts in detecting and formalising research and innovation gaps related to smart buildings. This process is composed of four successive steps: 1) a communication phase to invite volunteer experts to join the proposed task forces; 2) The organisation and facilitation of online brainstorming workshops to identify research & innovation (R&I) gaps; 3) the collective drafting of a white paper synthesising the brainstorming outcomes; and 4) an open consultation to collect additional external feedback before finalising the white paper.

Results: The collaborative process developed was tested over 18 months and implemented on 12 different topics relying on 27 brainstorming workshops. Building on the collective knowledge of 135 participants, it enabled identification a significant series of R&I gaps related to smart buildings.

Conclusions: The collective sessions as well as the open consultation phases showed overall some clear convergence on the gaps identified. It can therefore be concluded the outcome of the collaborative process reached a consensus among the targeted innovation community. The feedback collected on the process, shows that the frequency, duration and attendance of the brainstorming workshops proposed were very relevant, while the selection of online participatory tools could still be improved. This process could be replicated in other frameworks where research and innovation gaps are sought for.

采用合作设计方法,确定欧洲智能建筑界的研究和创新需求。
背景:通过提高能源效率、优化资源管理、改善空气质量和舒适度,提升建筑智能化水平可以极大地改善我们的生活质量和可持续性。然而,由于该领域的分散性,确定欧洲目前在建筑智能化方面的技术、社会和经济成果,以及未来应发展和资助哪些领域以加快智能节能建筑的推广具有挑战性:本文介绍了一个合作流程,该流程旨在让众多专家参与到智能建筑相关研究和创新差距的发现和正式确定过程中。该流程由四个连续步骤组成:1)沟通阶段,邀请志愿专家加入拟议的工作组;2)组织和促进在线头脑风暴研讨会,以确定研究与创新(R&I)差距;3)集体起草白皮书,综合头脑风暴的成果;4)公开咨询,在白皮书定稿前收集更多外部反馈:所制定的合作流程经过 18 个月的测试,并通过 27 次集思广益研讨会对 12 个不同的主题进行了实施。在 135 位参与者的集体知识基础上,该流程确定了一系列与智能建筑相关的重要研发差距:结论:集体会议和公开咨询阶段表明,在所确定的差距方面总体上存在一些明显的共识。因此,可以得出结论,合作过程的结果在目标创新群体中达成了共识。就这一过程收集到的反馈意见表明,所提议的集思广益研讨会的频率、持续时间和出席率都非常切合实际,而在线参与工具的选择仍有待改进。这一过程可以在其他寻找研究和创新差距的框架中复制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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