Simulating Politics and Global Affairs

(3 Credit Hours) · Undergraduate

Politics, markets, and the environment are all spheres of development that are fundamentally shaped by the action and interaction of many individuals over time. For example, the Arab Spring protests, the shortage of medicines in Caracas, and the rising water temperatures of the Baltic Sea are all system-level outcomes arising from the individual actions of thousands or even billions of people. In these spheres, leadership is often weak or non-existent. Scientists call these "complex systems." Complexity is difficult to study in the real world. Instead, scientists often approach these phenomenon using computer simulations (sometimes called agent-based models, social network models, and computational models). The goal is to build computer models of development that link the actions and interactions of individuals to the system-level outcomes. This class will use the perspective, literature, and tools of complexity science to approach core questions in the field of development.