The AI team take a deep dive into successful innovative tools, practical and conceptual applications of systems thinking and beyond and systems engineering to various types of problems, summarizing the concepts behind the successes and usually drawing general conclusions for how the concepts may be used in other situations. The opinions expressed by the AI team in each deep dive are their own and have not been edited in any way.
While systems thinking provides an understanding of the problematic situation, you need to go beyond systems thinking to create solutions, especially innovative solutions.
Join my LinkedIn group (Tackling complex problems) and discuss the content of the podcasts (https://www.linkedin.com/groups/13991392/)
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The AI team take a deep dive into successful innovative tools, practical and conceptual applications of systems thinking and beyond and systems engineering to various types of problems, summarizing the concepts behind the successes and usually drawing general conclusions for how the concepts may be used in other situations. The opinions expressed by the AI team in each deep dive are their own and have not been edited in any way.
While systems thinking provides an understanding of the problematic situation, you need to go beyond systems thinking to create solutions, especially innovative solutions.
Join my LinkedIn group (Tackling complex problems) and discuss the content of the podcasts (https://www.linkedin.com/groups/13991392/)
The AI team take a deep dive into a paper presented at the 11th International Conference on System of Systems Engineering, Kongsberg, Norway, in 2016 which examines systems engineering principles through a case study of a “Widget” system. It explores the iterative nature of problem-solving within the system lifecycle, illustrating how solutions to initial problems can create new challenges. The author highlights the interplay between “what’s” (requirements) and “how’s” (solutions) and how unforeseen issues, such as unexpected vibrations impacting a simple nut-and-bolt fastening mechanism, necessitate design changes and schedule revisions. The analysis emphasizes the importance of considering emergent properties (both desired and undesired) and their impact on project timelines and costs. The paper ultimately advocates for a more flexible, iterative approach to systems engineering, particularly for complex projects.
The paper can be found at https://therightrequirement.com/pubs/2016/The%20nuts%20and%20bolts%20of%20systems-4%20post%20review%20-a.pdf
Systems Thinking and Beyond
The AI team take a deep dive into successful innovative tools, practical and conceptual applications of systems thinking and beyond and systems engineering to various types of problems, summarizing the concepts behind the successes and usually drawing general conclusions for how the concepts may be used in other situations. The opinions expressed by the AI team in each deep dive are their own and have not been edited in any way.
While systems thinking provides an understanding of the problematic situation, you need to go beyond systems thinking to create solutions, especially innovative solutions.
Join my LinkedIn group (Tackling complex problems) and discuss the content of the podcasts (https://www.linkedin.com/groups/13991392/)
