We invite abstracts for papers that take a systems approach to the design of educational systems. In your submission take into account the effect the proposed design has on all the relevant members and parts of the system. We appreciate theoretical papers that are supplemented with practical examples and practical papers that are grounded in systems theory. We encourage visuals and figures. Mappings, causal loops, and other graphics are valuable systems methods for describing complexity. Bela Banathy, in his book Systems design of education (1991, p. 149). provides the following elaboration.
“Systemic Change is based on a systems view of an organization, and it is guided by the principle that any change in a part of the system affects the whole system, and change in the whole affects all of its parts. Second, the system is more than the sum of its parts, more by the interaction among the parts and the emergent effects produced by the interaction. Third, change occurs by purposeful design. Fourth, a systemic change—even the smallest one—is contemplated in view of the relationship between the system and its environment.
“Piecemeal Change allows tinkering with or changing parts in an effort to improve the system. Change is not “mapped” into the whole system. Changing parts happens without consideration of the effect on the relationships that operate among parts and between the system and its environment. On account of the “non-systemic” nature of piecemeal change, change is usually short-lived because it was not accomplished with the involvement of other parts and lacks their cooperation.”
The 21st century, both its technology and global pandemic, provides even greater challenges, complexity and opportunities in the design of educational systems. More than ever, we need to find systemic solutions --whatever the context and geographical location-- an elementary or secondary classroom, a university, the workplace and in the community, both face to face and online, for educating our youth and for life-long learning. We need to be wary of piece-meal solutions, where unintended consequences alienate and oppress system members. We need to find and create systemic designs that engage and emancipate system members.
Finally, the vision of the Special Integration Group for the Design of Educational Systems Systems is to create mechanisms and opportunities to take systems theories, concepts and tools that are created by research experts out of the academic circles and make it available to EVERYONE in society, regardless of background or area of interest, into practice where it can make a difference to the lives of people and contribute to sustaining a thrive-able planet.
In your abstract, you are welcome to use a format suitable for your topic. A simple four-part format we find helpful is contained in the acronym
BIRC:
B- Background: What is your context? Be as specific as possible.
I- Issue: What issue or topic are you addressing?
R- Resolution: How do you propose solving the problem or issue?
C- Consequences. What results, implications and limitations does your solution have?
Papers from Annual Conferences
2019
2018
2017
SYSTEM THINKING IS NOT FOR EVERYONE – FROM THE BELL CURVE 2.0 TO THE MULTI-LEVEL APPROACH TO SYSTEM THINKING EDUCATION
Jason Jixuan Hu
System Thinking for Global Political Citizenship Education
Yeon-soo(Youn-soo) Shim(Sim)
THE PROVIDE-PICKUP PARADIGM: CORNERSTONE IN A GENERAL SYSTEMS FRAMEWORK FOR UNDERSTANDING AND SUPPORTING AGENCY AND GOVERNANCE IN SOCIAL SYSTEMS
Susan Farr Gabriele
Modes of analogy "What human cognitive abilities capture as structures from the world?"
Suehye Lee
Can We Train Management Students to be Systems Thinkers- Additional Results
Sigal Koral Kordova, Moti Frank
2016
Analysis of Global Quality Indicators in the National Polytechnic Institute, Mexico
Julian Patiño, Nashielly Yarzábal Coronel, Miguel Patiño Ortiz, Tonáhtiu Arturo Ramírez Romero, Maricela Cuellar Orozco
2015
The Display/Pickup Paradigm and Practice: A Unifying Systemic Approach to School and Workplace Renewal
Susan Farr Gabriele
Towards a Systemic Evaluation for Graduate Academic Programs in Mexico
Gabriela García-Haro, Oswaldo Morales-Matamoros, Ricardo Tejeida-Padilla
2014
Immersive and Interactive eLearning in Universities
Elvira Avalos-Villarreal
EXPLORING THE VARIETY OF SYSTEMS SCIENCE IN THE CLASSROOMS OF HIGHER EDUCATION
Isaias José Badillo, Ricardo Tejeida-Padilla, Oswaldo Morales-Matamoros
A CONCEPTUAL MODEL OF SYSTEMS THINKING LEADERSHIP IN COMMUNITY COLLEGES
Anne Powel Davis
An evolutionary framework for global sustainability education: An integral, posthuman perspective.
Brett R. Joseph
2013
A DIDACTIC TOOL TO TEACH AN INTRODUCTION TO SYSTEMS SCIENCES
Isaias José Badillo, Ricardo Tejeida-Padilla, Oswaldo Morales-Matamoros
Education for an emerging society
Violeta Bulc, Jacqui Wilmshurst
An applied educational learning concept for “living system” fieldwork
Susu Nousala, Claudia Garduno
2012
TECHNOLOGY POLICIES FOR EDUCATION SYSTEMS
Elvira Avalos-Villareal
Research on Fourth Grade Classroom RoundTables: Steps to a Tool for Systemic School Renewal and Advances in Service Science
TEACHING LIVING SYSTEMS AWARENESS AS A CHANGE AGENT SKILL FOR A VIBRANT SUSTAINABLE WORLD
Barbara Widhalm