DA4480 System Sciences for Strategic Analysis and Planning

This course is intended to provide an introduction to the Philosophy of Science and concepts of General Systems Theory, complexity and chaos theories, cybernetics, social network analysis, stakeholder analysis, systems approach to net assessment, Complex Adaptive Systems, and system dynamics as they apply to analysis and strategic planning. Some basic algebraic functions and calculus concepts and graphs that relate to system dynamics modeling and cybernetic systems will be discussed as they underlie system dynamics (and cybernetics), network theory, chaos theory, and cause and effect relationships that inform or contribute to a better understanding of systemic behavior over time. The focus will be on concepts rather than specific mathematic calculations.

Prerequisite

DA 2410

Lecture Hours

Lab Hours

Course Learning Outcomes

Students who successfully complete this course will attain the following by the end of the quarter:

Practical skills in bounding problem sets and identifying causal relationships and feedback mechanisms to gain insights that directly support strategic thinking.
An appreciation of the system dynamics that drive non-linear behavioral outcomes within bounded systems.
An historical perspective of the influence of science and technologies on strategic thinking.
An understanding of cognitive and judgmental biases that affect strategic thinking.
Some methods and processes for advancing collaborative strategic thinking and planning.