Architectural Energetics, Ancient Monuments, and Operations Management

Architectural energetics, subsumed within replicative archaeology, provides a means through which buildings are translated into labor-time estimates. To date, the majority of architectural energetics analyses have generated comparative measures of architectural costs, equating these with a vertical structure of political power and authority within and among societies. The present analysis expands the application of architectural energetics by subjecting construction labor costs to an analysis based on concepts central to the Theory of Constraints, which is widely applied in modern operations management. This modeling generates a hypothetical set of behavioral patterns performed by general laborers within a construction project and explicates a method which allows further exploration into the question of labor organization (i.e., allocation and articulation of workers), as well as perhaps other economic organization, in an archaeological context. The case example is Structure 10L-22, a large Mayan palace at the site of Copan, Honduras.