Comprehensive course analysis
Who should attend
This course is designed for engineers, scientists, and managers who wish to learn theoretical bases and practical applications of systems thinking for problem solving, decision making, and innovation strategy.
About the course
In a world where complexity and pace of change continue to increase, there is an accelerating need for holistic viewpoints and a systems approach to decision making and leading change. Effective development of enterprises, organizations, and large engineered systems requires a problem-solving method that emphasize relationships, interactions, causality, and strategy. This course explores systems thinking – your personal foundation for a systems approach to enterprise and project leadership. The basics of systems thinking will be covered, including the history of these approaches and the importance of using them to mitigate bias and address complex problems. You will learn the systems thinking mindset and how to use diverse systems thinking methods and tools for sensing, modeling, and strategic planning in complex domains.
What You Will Learn
- Concepts of systems thinking for engineered systems
- Systems thinking tools and how to facilitate and apply them
- How to use these tools to think more holistically about problems and solutions
- Model, assess, and measure cause and effect relationships
- Assess, plan, and execute long term strategies for systemic change
- Modeling & simulation tools for systems thinking
How You Will Benefit
- Learn system approaches to design of complex systems and enterprises.
- Learn how to overcome decision bias and use holistic problem solving methods.
- Discover specific systems thinking tools and practice applying them to your work.
- Learn the systems approach to innovation strategy.
- Become a better change leader using systems tools for planning and execution.
- Participate in an experiential learning opportunity with tools that can be immediately applied to your work.
HISTORY AND FOUNDATIONS OF SYSTEMS THINKING
- Introduction to systems thinking – history and use
- Overview of systems thinking methods and tools
PROBLEM SOLVING & DECISION MAKING
- Understanding human decision making and cognitive bias
- Facilitating problem definition and solving tools
SENSEMAKING AND MAPPING
- Problem framing, mapping, and model design
- Case study – modeling an emergent system and it societal impacts
STRATEGIC PLANNING FOR SYSTEMIC CHANGE
- Understanding relationships, cause and effect, and measurement
- Using the Logic Model as a strategy tool
MODELING & SIMULATION
- Conceptually modeling a complex system
- Dynamically modeling a complex system
Tom is a leader, educator, and innovator in multiple technology fields. He currently serves as Deputy Director of the Systems Engineering Research Center at Stevens Institute of Technology in Hoboken, NJ, as well as a consultant specializing in strategic planning for uncertain environments. He st...
I am a Researcher at Georgia Tech Research Institute, supporting the Foresightful Modeling Initiative, based at the Sam Nunn School of International Affairs. I lead policy research, conducting qualitative analyses, problem-space modeling, and applying systems thinking methods to explore complex p...
Because of COVID-19, many providers are cancelling or postponing in-person programs or providing online participation options.
We are happy to help you find a suitable online alternative.