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Principles of Design to Value Excerpt 3 from 'Design to Value: The architecture of holistic design and creative technology.'

2025-10-08 20:47:53

This type of work has an important impact in terms of predictive maintenance.

These approaches can significantly contribute to reducing the carbon footprint of buildings through more efficient designs and the use of sustainable materials.. 3.. Passivhaus as a sustainability benchmark:.Pablo highlighted Passivhaus as a rigorous standard for energy efficiency in a building, reducing its ecological footprint.

Principles of Design to Value Excerpt 3 from 'Design to Value: The architecture of holistic design and creative technology.'

It represents a robust model for achieving extreme energy efficiency and comfort via airtight building envelopes, high-performance windows, and ventilation with heat recovery.. 4.Importance of early integration of sustainability.Pablo stressed the necessity of embedding sustainability discussions early in the design process to ensure these principles are deeply rooted in the project.

Principles of Design to Value Excerpt 3 from 'Design to Value: The architecture of holistic design and creative technology.'

By doing so, teams can leverage collaborative workshops and iterative processes to refine sustainability goals continually.. 5.Data-driven and science-based approaches.

Principles of Design to Value Excerpt 3 from 'Design to Value: The architecture of holistic design and creative technology.'

The discussion underscored the importance of a data-driven approach in the field of sustainable design and construction.

By utilising advanced simulations and analytics, teams at Bryden Wood can optimise designs to achieve higher sustainability standards, ultimately contributing to the broader goal of reducing the industry’s carbon footprint..- Recommend that biogenic carbon capture is only accounted for if the timber has a responsible sourcing certificate, a clear circular strategy, and a clear commitment to facilitate reuse.. - Conduct a comprehensive circularity plan that includes solutions for deconstruction and a plan for reuse, upcycle and recycle..

The impact of the timber industry on the natural environment.To meet increased demand for engineered timber, we need to carefully consider land availability and the impact on ecosystems..

While sustainable forest management (FSC or PEFC) is the best tool available to ensure a reasonable exploitation of timber, these certifications aren’t perfect.Natural forests are complex biodiverse ecosystems that capture carbon, not just in trees but also within soil.