The Question

Engineering has always been about solving problems for people. Reciprocal engineering asks a different question: what if we solved these challenges with people instead?

The Breakdown

Reciprocal engineering is the practice of engineering as a two-way relationship between the engineer, the community and all the critical stakeholders in between. It treats community members not as recipients of a finished solution, nor as stakeholders who merely influence it from the outside, but as collaborators of the design itself, bringing their knowledge, their history, and their lived experience directly into the work. The technical rigor never leaves; what changes is who holds a hand in the design, and whose knowledge is treated as expertise.

Most engineering keeps two worlds apart: the quantitative (the data, the models, the technical specifications) and the qualitative (the stories, the values, and the lived realities of the people a project affects). Reciprocal engineering exists to bridge them. It brings the numbers and the narratives into the same space and translates fluently between them: turning community knowledge into technical insight, and technical decisions into language a community can weigh in on. The exchange runs both ways where that reciprocity is the point.

This is also, deliberately, an equity practice. So much of the built world was designed for communities without them and too often, when solutions fail, the blame lands on the community for being “unready” or “uneducated,” rather than on a process that never truly included them. Reciprocal engineering rejects that premise. It begins with the communities most often left out of systems that were never built for them, and treats their knowledge as essential, not supplemental.

Why It Matters

Nowhere is this more necessary than in the work I do. In biocultural heritage, biodiversity and heritage are bound together, tangible and intangible, the land and the meaning it holds, and you cannot engineer for one without understanding the other. In environmental sustainability and resilience, the challenges are never purely technical; they are lived, local, and shaped by history. And in the aftermath of natural disasters, the stakes are highest of all: solutions imposed without understanding tend to repeat the very failures that came before.

Each of these demands the same thing, holding space for a community to share the full context of what they are facing, what it means to them, and what they have already lived through. That is where the real understanding lives. When you learn what was tried before, why it failed, and what the community itself wanted to see done differently, the solution becomes not only more effective, but truly theirs.