UC Berkeley

AbstractThis chapter outlines a practical framework for designing scalable technology solutions that solve development challenges. We begin with an overview of the common constraints to sustainable development that often are encountered in the context of poverty. These constraints are based on a large body of research in development economics, political economy, psychology, and other social sciences; and they help to explain why engineering innovations so frequently fail to achieve outcomes when implemented in the real world. In the second part of this chapter, we provide a framework for implementing development engineering projects, consisting of four key activities: innovation, implementation, evaluation, and adaptation. Combining these activities in an iterative (and usually nonlinear) path allows the researcher to anticipate and design around the most common pitfalls associated with “technology for development.”