Futures

A Practical Guide for Engineers to Foster Regenerative Design in Construction, (from page 20260215.)

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Themes

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Summary

The Pattern Book for Regenerative Design serves as a practical guide for engineers and others seeking to transition the construction industry towards sustainable practices. It builds upon the insights of The Regenerative Structural Engineer by offering actionable patterns and frameworks for regenerative practices, focusing on real-world project implementation. This resource is the result of extensive research in the Regenerative Design Lab and aims to foster a community of users who can experiment with and adapt its ideas. The book is priced at £30 for commercial entities and £20 for non-profits and individuals, with options for shipping or in-person collection at events.

Signals

name description change 10-year driving-force relevancy
Shift to Regenerative Practices Growing interest in regenerative design among engineers and practitioners in construction. Transitioning from traditional harmful construction methods to regenerative practices that enhance ecosystems. In ten years, regenerative design could become standard practice in the construction industry. Rising awareness of environmental impacts and demand for sustainable building solutions. 4
Community-driven Development Building a community around regenerative design practices rather than a top-down approach. From isolated individual practices to collaborative community efforts in design. Collaboration in design could lead to more innovative and sustainable building solutions embraced by communities. Desire for shared knowledge and experiences among practitioners to enhance project outcomes. 3
Tiered Pricing for Accessibility Adopting a flexible pricing model to make regenerative design resources accessible to diverse groups. Moving from fixed pricing to a tiered pricing model that accommodates various users’ economic capabilities. More diverse participation in regenerative design projects due to affordable access to resources and education. Commitment to inclusivity and wider reach of regenerative design practices across different sectors. 4

Concerns

name description
Environmental Impact of Construction Practices Shift from harmful construction methods to regenerative practices is crucial to mitigate environmental degradation.
Sustainability in Design Education Need for integrating systems thinking and regenerative principles into design education to prepare future engineers.
Community Engagement in Regenerative Design Building a community of users is essential for the adoption and adaptation of regenerative design patterns over time.
Accessibility of Regenerative Practices Ensuring affordable access to resources for different groups, including charities and community organizations, is vital.
Resistance to Change within the Construction Industry The existing constraints of today’s systems may pose challenges to the widespread implementation of regenerative practices.

Behaviors

name description
Regenerative Design Advocacy Encouraging engineers and individuals to promote regenerative practices in the construction industry.
Community Engagement in Design Building a community of users to collaboratively adapt and shape design practices.
Practical Application of Theory Shifting from theoretical insights to practical, repeatable patterns in project execution.
Flexible Pricing Models Offering tailored pricing to make resources accessible for different groups and individuals.
Integration of Systems Thinking Combining design education, systems thinking, and lived experience for holistic project approaches.

Technologies

name description
Regenerative Design An approach in construction aimed at creating thriving environments rather than causing harm, focusing on sustainability and systems thinking.
Systems Thinking A holistic approach to understanding complex projects by viewing them as interconnected systems, enhancing decision-making in design.
Repeatable Patterns of Regenerative Practice Frameworks and methodologies that can be applied consistently in projects to promote regenerative outcomes.
Community-Based Learning in Design Building a community of users collaborating on regenerative design practices, emphasizing shared knowledge and adaptation.

Issues

name description
Transition to Regenerative Design Shifting the construction industry from harmful practices to regenerative methods that promote thriving environments.
Community Engagement in Design Encouraging collective participation in regenerative design projects to foster a sense of ownership and adaptation.
Access to Sustainable Resources Providing pricing flexibility to make regenerative design resources accessible for different types of organizations.
Education in Systems Thinking Integrating systems thinking in design education to better equip future engineers for complex project navigation.
Building a Supportive Community Fostering a collaborative community around regenerative design practices to enhance knowledge sharing and growth.