Jay Forrester, the inventor if random-access magnetic-core memory during the first wave of modern digital computers, also pioneered the field of system dynamics -- analysis of the behavior of systems. He pursued three main interests based on system dynamics: the System Dynamics National Model, which generates the major observed modes of economic behavior; a new management education that is based on the inherent, dynamic complexity of all the related parts of a system; and system dynamics as a methodology for giving cohesion, meaning, and motivation to pre-college education.
Jay W. Forrester began his career as an electrical engineer working on servomechanisms and large-scale digital computers. While Director of the MIT Digital Computer Laboratory from 1946 to 1951, he was responsible for the design and construction of Whirlwind I, one of the first high-speed digital computers.
In 1956, Professor Forrester started the System Dynamics Group at the Sloan School and with it, the field of system dynamics. He was also the director of the System Dynamics in Education Project (SDEP), which developed ways to use system dynamics and computer modeling as a foundation for a new kind of kindergarten through 12th grade education. The SDEP project at MIT wrote Road Maps which is a guide to learning system dynamics.
As Dr. Forrester's career progressed, he realized that the real power of system dynamics would only be realized if students were exposed to it from an early age. In 1991 he and John Bemis founded the Creative Learning Exchange in order to support and encourage the use of system dynamics and learner-centered learning in K-12 education. He continued to encourage and support the K-12 initiative for the rest of his life. He was the guiding light for the work that is being done in K-12 education.
Click to see a more detailed biography of Jay W. Forrester (D-3110-14)
More information about Jay W. Forrester is available on the System Dynamics Website
A selection of Jay Forrester papers about the use of System Dynamics in K-12 Education.
System Dynamics and Learner-Centered-Learning in Kindergarten through 12th Grade Education (D-4337)
Presents views on how system dynamics may improve classroom learning.
Comments on Future of K-12 Education (D-4900-1)
There is a fundamentally different kind of pre-college education that the author, along with many others, has been pioneering for more than twenty years. The demonstration phase is now completed and it is time to launch a major implementation program to expand into a growing number of schools. This is a long-range and difficult undertaking but necessary if K-12 schools are to produce citizens who are prepared for the challenges of the future.
System Dynamics: Quotations from K-12 Teachers (D-4893)
This paper discusses the most recent frontier in system dynamics and its use as a foundation underlying a dramatically different kind of education in kindergarten through 12th grade.
Some Basic Concepts in System Dynamics (D-4894)
In its full development, system dynamics is a discipline with the scope of science, education, law, engineering, or medicine. On the other hand, it is becoming clear that teachers in ordinary K-12 schools can make enough progress in two or three years to achieve major improvement in students’ thinking, self reliance, and enthusiasm for learning. This paper gives a glimpse of the principles and concepts that make up an understanding of complex social and economic systems.
Learning through System Dynamics as Preparation for the 21st Century (D-4895-1)
Explains the advantages of a system dynamics education for the future.