Nomadism and permanence, often treated as opposing spatial conditions, instead exist in productive tension, shaping both ecological processes and forms of dwelling. Building on the practices of Ke’er Village, where nomadic herders stabilize shifting sands through Saxaul cultivation and sustain local economies through Cistanche harvesting, this project extends the idea of Nomadic Permanence into architectural form. Rather than understanding stability as fixed structure, it argues that resilience emerges through ongoing processes of adaptation, where permanence provides a grounding framework for change.

The project proposes architecture as a resilient machine that participates in environmental protection, ecological restoration, and daily inhabitation. At its core is a shelter that protects nomads from seasonal sandstorms while also functioning as a greenhouse for cultivating Saxaul seedlings and storing seeds for replanting. In this way, the building supports both immediate survival and long-term desert stabilization.

Using sandbags sourced directly from the site, the structure relies on a locally available material with minimal environmental impact. Their thermal mass helps regulate extreme desert temperatures by absorbing heat during the day and gradually releasing it at night, reducing reliance on mechanical heating or cooling. Because the sandbags are heavy, a simple pulley system allows the building to be assembled, adjusted, and repaired with limited human effort, reflecting the adaptive logic of nomadic practice.

A stable structural frame anchors the building, while the sandbag layers form a flexible envelope that can be thickened, redistributed, or redirected in response to shifting winds and seasonal change. Like the landscape interventions that slowly cultivate stability within moving sands, the architecture remains open to transformation, mediating between natural forces and human inhabitation. It creates a spatial condition where mobility and permanence coexist.

The system is also designed to be durable yet reversible. Over time, the bags can decompose, allowing the sand to return to the landscape without generating long-term waste. Through simple, modular construction that can be assembled with local labor and minimal tools, the project frames sustainability as a cyclical process in which architecture responds to climate, supports temporary habitation, and eventually reintegrates into its environment.