Modeling Organizational Ethics as Nonlinear Dynamic Systems (a modest proposal)

Authors

  • E John Vodonick Saybrook University

Keywords:

Attractor, Dynamical system, Ethics, Integrity, Morality, Philosophy of life, Value, Virtue

Abstract

This paper explores the methods by which human values are expressed in the decision making process that is called ethics. In this paper I argue that modeling human ethical structures, particularly in these times of rapid social and environmental change is helpful if not necessary to understand why some decision making processes do not result in an outcome that coincides with fundamental values.

            This paper begins with an exploration of the methodology of modeling and the use of models as sense making tools. The structure and theory of modeling is presented from the viewpoints of Woofram, Bateson and Miller and Page. The selection of the model of nonlinear complex adaptive systems as a model for organizational ethics systems is justified by drawing on the use of that model in other human systems.

            Next, the ethical landscape is presented to illustrate the breadth of human value structure and ethical systems. The serious nature of the disconnect between fundamental human values and the ethical systems that drive the decision making processes in human organizations is discussed and a model of nonlinear complex adaptive systems built from the  structure of those ethical processes with regard to the elements of phase space,  attractors, emergent properties and self-organization. Finally some possible applications for this model in the organizational environment are discussed.

Author Biography

E John Vodonick, Saybrook University

Department of Organizational Systems

PhD candidate

Published

2013-03-10

How to Cite

Vodonick, E. J. (2013). Modeling Organizational Ethics as Nonlinear Dynamic Systems (a modest proposal). Proceedings of the 56th Annual Meeting of the ISSS - 2012, San Jose, CA, USA. Retrieved from https://journals.isss.org/index.php/proceedings56th/article/view/1963

Issue

Section

Evolutionary Development