In cybernetics, variety is the main way to measure the complexity of a system. It refers to the number of possible states a system can have and is essential for making choices and regulating the subject.
Don’t miss the April CSTA session! Super early bird discount available.
Training
Training Programs
Discover our Systems Thinking Training: Enhance skills with certification, micro-credentials, leadership programs, and learn why our approach stands out.
Certification
Overview
Pathway to expertise: Unveiling the system thinking certification journey.
MICRO CREDENTIALS
Training Calendar
Calendar
Ready to level up your experience and unlock new possibilities? Explore our public training calendar.
Business Solutions
Transform your business using systems thinking and let us guide you on this exciting journey.
Training Partner
Explore our training partner program for in-house rollout: develop, upskill, and empower your team through systems thinking.
Systems Leadership
Elevate your teams’s leadership skills – Discover our Systems Leadership training program.
Request a Private Class
Invest in your team’s growth and enhance problem-solving abilities that drive innovation.
Blog
Unleash the power systems thinking with our captivating blogs.
News & Press
Read the latest news and updates about Systems Thinking Alliance.
Glossary
Learn clear and concise explanations of essential system thinking terminologies.
Newsletter Archive
Access past editions of our insightful Systems Thinking newsletters here.
Brand and Guidelines
Discover how we enrich our brand through the implementation of inspiring design guidelines.
Digital Badge
Make a powerful impression and showcase your accomplishment on your favourite social media platforms.
About Alliance
Our mission is to help individuals and organizations make transformative changes by embracing systems thinking.
Contact Us
Need assistance or have a query? Reach out to us, we’re here to help!
In cybernetics, variety is the main way to measure the complexity of a system. It refers to the number of possible states a system can have and is essential for making choices and regulating the subject.
General Systems Theory (GST), introduced by Ludwig von Bertalanffy in 1937, is a framework for understanding complex systems as organized wholes. It emphasizes the interconnectedness and interdependence of components within
Organized simplicity includes situations with straightforward problems characterized by a limited number of components interacting in uncomplicated, predictable ways. For example, determining the total cost of groceries when each item
Interactive Planning, developed by Russell L. Ackoff, is a strategic approach used to manage complexity in organizations. It leverages the collective knowledge and creativity of all members to construct a
The term “action research” was coined around 1944 by the social psychologist Kurt Lewin. Lewin strongly believed that research in the social sciences must serve social practice, arguing that “Research
A function refers to the distinct purpose, role, or action that a component or subsystem carries out within a larger system. It is how a part contributes to the overall
Ontology is a branch of philosophy that delves into the nature of reality. It involves studying how things exist in the world and the nature of their existence. Ontology seeks
🍪 Our website uses cookies
Our website use cookies. By continuing, we assume your permission to deploy cookies as detailed in our Privacy Policy.