Learning systems thinking

    See the blogs below that have this tag.

    Getting Started

    Achieving Compressibility In Your Systems Mapping Practice

    When mapping systems, achieving “compression” or “compressibility” in your maps is a best practice and a desirable skill. Compressibility is an indication of higher quality, more refined thinking. In other words, no matter how complex your map needs to be; if you can compress nodes in your map, it allows for you to see the 100,000 foot level; and then also have the ability to drill down to incredible levels of detail when needed for any node (sub-system) in the map.

    • Derek Cabrera, PhD
      Derek Cabrera, PhD
    Emotional Intelligence

    Know Your Feelings

    This blog was written by Austin Reid as a project for PADM 5449 at Cornell University. The following three-part poster series is designed to serve as a teaching aid in preschool settings to assist children in understanding feelings and how to process them. This poster series can also be used as a teaching aid for children between the ages of three and five in other settings including daycare, summer camp or Sunday school. The first poster provides children with an opportunity to think about how they are feeling and explain why. Children will point to the face that most accurately mirrors how they are feeling and they can also learn from others how they are feeling. This check-in can also be done as a one-on-one exercise between a guardian and a child.

    • Austin Reid
      Austin Reid

    Embrace And/Both Logic

    This post is an excerpt from Chapter 7 of Systems Thinking Made Simple. A New Kind Of Logic There is always an underlying logic implicit in both informal and formal systems thinking methods. Making the logic explicit leads to clarity of thought and deeper understanding of concepts. Logic is any system of principles that guides one’s thinking. It need not be formalized or even conscious. All of us use logic every day without an awareness of what it is or where it came from. Systems thinking as a method also has an underlying logic.

    • Derek & Laura Cabrera
      Derek & Laura Cabrera
    Systems Engineering

    Leapfrog Leaders

    "Leapfrog Leaders" written by Drs. Derek Cabrera, Laura Cabrera and Hise Gibson applies existing knowledge about the elements of systems thinking to a widely used decision making framework called SOT. SOT stands for Strategic, Operational, and Tactical - which are are thought to be the three levels of problem solving. More specifically, this paper offers readers insight into the skills needed at each level of decision making; as well as how to develop them through an understanding and application of the basics of systems thinking and leadership.

    • Staff