Amplio Foundations:
The importance of systems thinking

The Importance of Systems Thinking

This presentation delves into what systems thinking entails, why it’s crucial, and how to apply it effectively to overcome challenges.

• Holistic View: Instead of focusing solely on individual components, systems thinking encourages us to consider the entire system.
• Relationships Matter: Systems are defined by the intricate relationships between their components.
• Beyond Local Optimizations: Isolated improvements (like siloed optimizations) may not lead to overall enhancement.
• Challenges Originate from the System: Most challenges people encounter stem from systemic issues.
• Consistent Behavior: Rather than relying solely on people, design systems that promote consistent behavior.

Whatever our approach is, it must attend to the human nature of the people involved, the organization’s culture and where they are at the moment. This implies attending to the following:

• The rate of adoption. Going too slow or too fast will cause resistance and other problems.
• The depth of adoption. Should you start lightly or go deep into the issues involved?
• The scope of adoption. This reflects who is sponsoring the change as well as where your challenges are.
• Be fit-for-purpose. If a framework has pre-ordained practices they may create more effort for the team than is necessary. This creates both waste and resistance.
• Support materials for new adopters. We shouldn’t expect people who are learning new methods to go on the path alone
• Constraints put on the transition by the sponsors of it.

Not properly attending to these creates resistance, lowers effectiveness, and requires more motivation to be successful.

Reality is a system of systems.

Not being consistent with this has us believe local changes will lead to global improvements. It will also have us believe local phenomenon and individuals are responsible for problems when they are due to the system.

Learn more about this here.

Systems are defined by the relationships between their components.

It’s acknowledged that a system is more than the sum of its parts. But it needs to be recognized that a system is more about the relationship between its parts than it is about the parts themselves. Improving a part of a system may not improve the system.

For example, taking the best parts of the best cars and putting them together does not make for a great car. Instead we have a pile of junk because while the parts are good, they don’t work well together. A system is defined by its relationships between the parts.

Not being consistent with this has us tend to look for local improvements and waste a lot of effort on improving our situation. Learn more about this here.

See this post that discusses a critical aspect of systems: The century-old idea that’s still missing in Agile is the root cause of much of the mischief and difficulty we see today                  

Systems thinking article and video on why systems thinking is so important.

Please ask questions on the LinkedIn posts.