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Centers for climate adaptation through place-based Science

MISION

Connect a global network of experts, scholars, and practitioners, to gather, organize, and apply place-based knowledge to support communities adapt to climate change impacts on food, energy, and water resources.

VISION

Become the global resource from which distinctive ideas of value are put into practice through regional hubs, operating as centers of contextualized knowledge, research, and application to address community needs under intensifying climate change impacts on the Food-Energy-Water nexus.

GLOBAL HUBS

Global hubs

2024 SUMMIT

Join us for the next Global FEW summit in Bolivia

WHAT IS PLACE-BASED KNOWLEDGE?

Access to materials, as well as possession of the proper tools, limit technical capabilities, and those conditions often are dependent upon the environment, the societal practices, and the cultural experience of the individual . This is place-based knowledge, and it grows out of and continues to develop in non-globalized societies throughout the world. Technological determinists may dismiss this knowledge as mud and twigs, as primitive practices that are unworthy of preservation. But if you spend enough time in non-industrialized communities, learning from and talking with their residents, you come to appreciate the unique value of place-based knowledge and the significance it could hold not only in preservation and application to the local com-munity but in the edification of Western designers who may gain insight into processes and applications they’d never before considered. 

What is Contextual Engineering?

Many engineering programs and engineering-based advocacy/aid agencies have  adopted the concept of user-population engagement to improve engineering design, but  the process typically used—often referred to as humanitarian engineering or engineering  for society—still falls under the design process of the Western engineer rather than the pathway of the user community itself. It also fails to provide a framework that can  teach the engineer about contextual conditions AND allow the engineer to apply those  conditions directly to technical design decision-making. 

 

Moreover, Contextual Engineering addresses the importance of the engineer’s own mindset and predispositions in gathering information about the societal context and starts with self-evaluation for an engineering investigator. That self-evaluation leads the engineer  to consider their own motivations, biases, and objectives, as well as the purposes and expectations of every other stakeholder in a project, most notably the user population itself.  

 

CCAPS

CCAPS’s motivation is to scientifically validate use-inspired practices for responding to climate impacts, transforming them into formal processes that support adaptation, offer economic benefit to the knowledge holders, and provide new validated knowledge to the greater scientific domain.

Given the breadth of place-based knowledge (PBK) around the world that could be integrated with contemporary science to enhance communities’ adaptation to climate change in the domains of food, energy and water, how can this knowledge be identified, collected, organized, validated, and incorporated into sustainable, engineered adaptations?

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CCAPS Goals

✓ Improve efficiency in addressing the GCC challenges confronting the planet

✓ Scientifically validate PBK adaptations in the domains of food, energy, and water, addressing both technologies and policies, to strengthen the corpus of knowledge available for GCC response

✓ Engender a pathway to sustainability, resilience, well-being, and respect for communities amid GCC and related challenges

How do we practice Contextual Engineering?

    1. The Contextual Engineer must start by developing an understanding of the world. What global influences are at play that could affect the conditions of the client society as well as the relationship between an outside practitioner with that client. Is there a history of conflict, a legacy of colonialism, unfair trade relations, racism, hierarchical relationships, any of which could change the dynamics between design practitioner and client?
    2. The Context of place is critical to understanding how to design an effective infrastructure. In addition to geologic, atmospheric, topographic, and other physical conditions associated with place, conditions such as indigeneity, economic need, population homogeneity, governance structure, and talents/skills must be considered. All of these will come together for a Contextual Engineer to inform appropriateness of design and implementation.
    3. Because any project is, at minimum, a partnership between Contextual Engineering practitioner and client, stakeholders must explore not only each others’ needs and conditions, but their own motivations and expectations as well. The savvy Contextual Engineer recognizes that their motivations are a jumble of altruistic and self-serving drivers, equipping them to recognize which motivation(s) is influencing decision-making at any given time.
    4. Armed with an understanding of drivers, relationships, needs, capabilities, and legacies, the designer can proceed collaboratively and iteratively with their client to produce an infrastructure design that incorporates place-based needs and conditions into a solution that leverages client capabilities using rigorous scientific thinking.

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    Get In Touch

    Contact Us

    For any questions or additional information regarding the Global Climate Change Adaptation through Place-Based Science (CCAPS) summit in Bolivia, please don’t hesitate to contact us. Whether you need details on the event schedule, speaker participation, travel logistics, or sponsorship opportunities, our team is here to assist you. We are excited to connect with you and ensure a smooth and engaging experience at the summit.

    Office Mail

    patricia.vargas@engineersinaction.org

    Office Number / WhatsApp

    +(591) 720 40706

    Office Address

    Avenida Aspiazu 775, La Paz, Bolivia.

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