Editorial

IF 2.1 Q2 CONSTRUCTION & BUILDING TECHNOLOGY Intelligent Buildings International Pub Date : 2021-07-03 DOI:10.1080/17508975.2021.1946253
D. Clements–Croome
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We measure conditions of the environment and the effects on people’s health and well-being much more and this yields even more data which digital platforms can collect and analyse. Buildings and their systems are full of complexities and to complicate things more there are many people are involved so faults can easily occur, but these can be minimised with approaches such as BIM and blockchain and other AI technologies emerging. For great sustainable architecture, whether old or new, we still need human imagination and creativity to play their part. Occupants in buildings want more than practical needs to be met but relish environments that feed their sensory system so they feel some spiritual uplift. Then there are factors such as budgets and timelines which often mean projects are rushed so that thinking time is squeezed out. Should we look at economic value in a different way? We tend to measure success in terms of increased profitability and criteria like GDP. Profitability can be good if it is shared equitably and feeds new ideas and education for the betterment of humankind. But growth for the sake of it raises many questions about how we make decisions and neglect social value. Kate Raworth in her book Doughnut Economics (Penguin Random House Books 2017) proposes seven ways to think like a twenty-first century economist and they essentially form the contents of 7 chapters. Here are the ideas she proposes: Change the Goal –Move from GDP towards aiming to achieve a safe and just space for humanity with a regenerative and distributive economy within desirable ecological and social boundaries. This is her basis for the doughnut model. See the Big Picture – Too often thinking out the fine detail first obscures the mission and vision for the project. Nurture Human Nature – Social value should be the basis of our decision-making. Architecture is for humanity where justice, generosity and societal needs are the foundation. Get Savvy with Systems – I wrote some time ago that we treat the processes of design, construction and management as if they were linear systems, but they are not; they are non-linear dynamic systems which, of course, are more complex, but they are more realistic. We have the means nowadays to deal with such systems. Systems thinking is key. Design to Distribute – The COVID pandemic has shown us that we need to share if we are to avoid inequality. We knew this before the pandemic and there are good examples that feature this way of sharing what you have and then gladly receiving what others offer but with politics and power struggles between nations any thoughts of sharing too often get lost. Create to Regenerate – This simply is the basis of the Circular Economy in which reuse and recycle principles are advocated. Be Agnostic about Growth – There is a growing world population and each human being needs food and generates waste. More money, more wealth, more expenditure without restraint is not sustainable as is already evident. Perhaps we need to question our expectations and ponder on them. Are they too high? Can we be more mindful of our relation to the Earth and its natural resources? At the very least these ideas and the doughnut model are worth discussion with an open mind. Rethinking ideas and processes is not comfortable, but that is not a reason to shirk our responsibilities. 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Abstract

This Special Issue is devoted to papers on the Fourth Industrial Revolution. Philip Ross and Kasia Maynard describe the impacts this is having and will continue to have on society. Then MatthewMarson and his team first decry the fact that in their view the human connection is still not prevalent at a deeper level in the design of intelligent buildings. Too often sentient qualities are just referred to in terms of comfort. They then show how the complexities of designing an intelligent city can be put in practice. Design is one thing but implementation is another and it can be an equally challenging process. James Kinch and his team propose a new non-technical methodology that offers a more flexible approach to implementation. Technology alone is not enough. It enables some objectives to be realised. We measure conditions of the environment and the effects on people’s health and well-being much more and this yields even more data which digital platforms can collect and analyse. Buildings and their systems are full of complexities and to complicate things more there are many people are involved so faults can easily occur, but these can be minimised with approaches such as BIM and blockchain and other AI technologies emerging. For great sustainable architecture, whether old or new, we still need human imagination and creativity to play their part. Occupants in buildings want more than practical needs to be met but relish environments that feed their sensory system so they feel some spiritual uplift. Then there are factors such as budgets and timelines which often mean projects are rushed so that thinking time is squeezed out. Should we look at economic value in a different way? We tend to measure success in terms of increased profitability and criteria like GDP. Profitability can be good if it is shared equitably and feeds new ideas and education for the betterment of humankind. But growth for the sake of it raises many questions about how we make decisions and neglect social value. Kate Raworth in her book Doughnut Economics (Penguin Random House Books 2017) proposes seven ways to think like a twenty-first century economist and they essentially form the contents of 7 chapters. Here are the ideas she proposes: Change the Goal –Move from GDP towards aiming to achieve a safe and just space for humanity with a regenerative and distributive economy within desirable ecological and social boundaries. This is her basis for the doughnut model. See the Big Picture – Too often thinking out the fine detail first obscures the mission and vision for the project. Nurture Human Nature – Social value should be the basis of our decision-making. Architecture is for humanity where justice, generosity and societal needs are the foundation. Get Savvy with Systems – I wrote some time ago that we treat the processes of design, construction and management as if they were linear systems, but they are not; they are non-linear dynamic systems which, of course, are more complex, but they are more realistic. We have the means nowadays to deal with such systems. Systems thinking is key. Design to Distribute – The COVID pandemic has shown us that we need to share if we are to avoid inequality. We knew this before the pandemic and there are good examples that feature this way of sharing what you have and then gladly receiving what others offer but with politics and power struggles between nations any thoughts of sharing too often get lost. Create to Regenerate – This simply is the basis of the Circular Economy in which reuse and recycle principles are advocated. Be Agnostic about Growth – There is a growing world population and each human being needs food and generates waste. More money, more wealth, more expenditure without restraint is not sustainable as is already evident. Perhaps we need to question our expectations and ponder on them. Are they too high? Can we be more mindful of our relation to the Earth and its natural resources? At the very least these ideas and the doughnut model are worth discussion with an open mind. Rethinking ideas and processes is not comfortable, but that is not a reason to shirk our responsibilities. We can learn
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这期特刊专门刊登关于第四次工业革命的论文。Philip Ross和Kasia Maynard描述了这对社会正在产生并将继续产生的影响。然后MatthewMarson和他的团队首先谴责了这样一个事实,即在他们看来,在智能建筑的设计中,人与人之间的联系在更深层次上仍然不普遍。很多时候,感知品质只是指舒适度。然后,他们展示了如何将设计智能城市的复杂性付诸实践。设计是一回事,但实施是另一回事,这可能是一个同样具有挑战性的过程。James Kinch和他的团队提出了一种新的非技术方法,它提供了一种更灵活的实现方法。光有技术是不够的。它使一些目标得以实现。我们更多地测量环境条件以及对人们健康和福祉的影响,这产生了更多的数据,数字平台可以收集和分析这些数据。建筑物及其系统充满了复杂性,更复杂的是,有很多人参与其中,因此故障很容易发生,但随着BIM、区块链和其他人工智能技术的出现,这些故障可以最小化。对于伟大的可持续建筑,无论是旧的还是新的,我们仍然需要人类的想象力和创造力来发挥作用。建筑物中的居住者不仅希望满足实际需求,还喜欢为他们的感官系统提供食物的环境,这样他们就能感受到一些精神上的提升。还有预算和时间表等因素,这通常意味着项目过于仓促,从而挤出了思考时间。我们是否应该以不同的方式看待经济价值?我们倾向于用盈利能力的提高和GDP等标准来衡量成功。如果公平地分享利润,并为改善人类提供新的思想和教育,利润就会很好。但是,为了它而增长引发了许多问题,即我们如何做出决定,忽视社会价值。Kate Raworth在她的书《甜甜圈经济学》(企鹅兰登书屋出版社2017)中提出了七种像21世纪经济学家一样思考的方式,它们基本上构成了7章的内容。以下是她提出的想法:改变目标——从GDP转向在理想的生态和社会边界内通过再生和分配经济为人类创造一个安全和公正的空间。这是她制作甜甜圈模型的基础。看清大局——过于注重细节会模糊项目的使命和愿景。培育人性——社会价值应该是我们决策的基础。建筑是为人类服务的,正义、慷慨和社会需求是其基础。精通系统——我不久前写道,我们将设计、施工和管理过程视为线性系统,但事实并非如此;它们是非线性动态系统,当然更复杂,但更现实。我们现在有办法处理这样的制度。系统思维是关键。分配的设计——新冠肺炎疫情向我们表明,如果我们要避免不平等,就需要分享。我们在疫情之前就知道这一点,有一些很好的例子可以分享你所拥有的,然后欣然接受别人提供的,但随着国家之间的政治和权力斗争,任何分享的想法都会经常消失。创造再生——这只是循环经济的基础,在循环经济中提倡再利用和再循环原则。对增长持不可知论——世界人口不断增长,每个人都需要食物并产生废物。正如已经显而易见的那样,更多的钱、更多的财富、更多的无节制支出是不可持续的。也许我们需要质疑我们的期望并思考它们。它们太高了吗?我们能否更加注意我们与地球及其自然资源的关系?至少,这些想法和甜甜圈模型值得以开放的心态进行讨论。重新思考想法和过程是不舒服的,但这不是推卸责任的理由。我们可以学习
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来源期刊
Intelligent Buildings International
Intelligent Buildings International CONSTRUCTION & BUILDING TECHNOLOGY-
CiteScore
4.60
自引率
4.30%
发文量
8
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