Renée Ottmar CSP-SM, ICP-ACC, CSPO’s Post

View profile for Renée Ottmar CSP-SM, ICP-ACC, CSPO, graphic

Agile Project Management Expert Delivering Value-Driven Technology Solutions

I've long been intrigued by Dr. Sutherland's comparison of Scrum to principles found in quantum mechanics. He draws some interesting parallels between Scrum's iterative processes and physical phenomena - suggesting that like quantum systems, Scrum harnesses focused energy through frequent iterations to drive significant outcomes. Check out his new book, First Principles in Scrum.

View profile for Jeff Sutherland, graphic

Inventor and Co-Creator of Scrum and Scrum@Scale

Emerging in the background of the evolving First Principles in Scrum https://lnkd.in/etBan8DA are chapters on the trilogy of forces driving product development and innovation. We've already explored Entropy as the force of decay. Now, delve into Self-Organization in our latest chapter! Help us refine it for the final cut. #Scrum #Innovation #Agile #SelfOrganization #BookLaunch 1. Introduction: The Trilogy of Innovation In the complex landscape of modern product development, three fundamental principles form the cornerstone of successful innovation: Entropy, Self-Organization, and Patterns. This trilogy is the key to understanding how to build great products that not only meet immediate needs but also evolve and thrive over time. **Entropy** describes the inevitable drift towards disorder in any system, whether it's a piece of software accumulating technical debt or a biological organism encountering mutations. As systems grow, they become increasingly susceptible to errors and inefficiencies. This chaotic tendency underscores the importance of vigilance and continuous improvement to prevent stagnation and decay. Yet, amidst this sea of chaos, there are **islands of self-organization**. As noted by Stephen Wolfram in his groundbreaking Physics Project, self-organization is the spontaneous emergence of order from disorder. It is a powerful, natural phenomenon where systems find their own structure without explicit external direction. In the realm of product development, this manifests as teams and processes that organically align and adapt to new challenges, fostering innovation and resilience. This chapter delves deeply into the concept of self-organization. We will explore how self-organization acts as a beacon of structure within the entropy-laden seas of project development, enabling teams to navigate uncertainty and complexity. By understanding the dynamics of self-organization, we can harness this intrinsic force to build systems that are robust, adaptable, and continuously evolving. Review and comment on chapter draft: https://lnkd.in/e_yTMGZf

First Principles in Scrum

First Principles in Scrum

leanpub.com

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