Uploaded September 2023 | Updated September 2026, 2 weeks ago
Find the complete course at the Si Network website:
https://www.systemsinnovation.network/posts/start-learning-complexity-key-principles
Complexity theory is a set of theoretical frameworks used for modelling and analyzing complex systems within a variety of domains. Complexity has proven to be a fundamental feature to our world that is not amenable to our traditional methods of modern science. As researchers have encountered it within many different areas from computer science to ecology to engineering, they have had to develop new sets of models and methods for approaching it.
Out of these different frameworks has emerged a core set of commonalities that over the past few decades has come to be recognized as a generic framework for studying complex systems. It can be understood as a composite of a number of major modeling frameworks that fall under its canopy including; systems theory; nonlinear systems; network theory; complex adaptive systems & self-organization theory.
Learn about the Systems Innovation Network on our social media→
LinkedIn: linkedin.com/company/11012674/admin/dashboard
Find the complete course at the Si Network website:
https://www.systemsinnovation.network/posts/start-learning-complexity-key-principles
Complexity theory is a set of theoretical frameworks used for modelling and analyzing complex systems within a variety of domains. Complexity has proven to be a fundamental feature to our world that is not amenable to our traditional methods of modern science. As researchers have encountered it within many different areas from computer science to ecology to engineering, they have had to develop new sets of models and methods for approaching it.
Out of these different frameworks has emerged a core set of commonalities that over the past few decades has come to be recognized as a generic framework for studying complex systems. It can be understood as a composite of a number of major modeling frameworks that fall under its canopy including; systems theory; nonlinear systems; network theory; complex adaptive systems & self-organization theory.
Learn about the Systems Innovation Network on our social media→
LinkedIn: linkedin.com/company/11012674/admin/dashboard




![Systems Mapping Learning Session
See the Guide → https://bit.ly/4cmFl2O
In this weeks learning series event, we will explore what systems mapping is and how it helps us represent systems, while walking you through the tools needed to start building your own systems maps in an interactive workshop session.
Purpose:
The purpose of this event is for your to learn core ideas and concepts about Systems Mapping in an interactive way. This event is part of the Systems Innovator Series - a six-month learning journey of questions, guides, workshops, presentations, cocreations, and more to help you build your capacity for systems innovation, you can learn more about the overall series here.
Who:
Joss C. and Asra Sayyeda will guide you through key concepts using a platform called Miroboard and provide examples to make the ideas accessible to everyone. The Miroboard link will be shared at the start of the session. If youre new to Miroboard, you can find a simple tutorial [here].
When & Where:
This is an online Zoom event happening on April 9th at 6 pm CET. Systems Mapping Learning Session](https://i.ytimg.com/vi/Tsjod8Nz1Yg/mqdefault.jpg)





