Who said “The whole is greater than the sum of the parts”?

Who said “The whole is greater than the sum of the parts”?

The phrase “The whole is greater than the sum of the parts” is well known and important to Systems Scientists and Systems Engineers alike. It’s like a short pithy definition of Emergence. And it is almost always automatically attributed to Aristotle. But what I want to know is this - Did he say it? Why did he say it? And in what context?

The Science of Systems Engineering

The Science of Systems Engineering

Where is the Science for Systems Engineering? Every engineering discipline has its science — Electrical Engineering has its Ohm's law — Mechanical Engineering has all of Newtonian Physics — Civil  Engineering has Material Science — Chemical Engineering  has its periodic table of elements — and so on and so forth. But what about Systems Engineering? Where is our science?

Modeling and the Systems Engineer

Modeling and the Systems Engineer

On July 27, 2015, I gave a Keynote Address to the Summer Simulation Multi-Conference for the Society for Modeling & Simulation International (SCS). I talked about micro-verse, the Incredible Hulk, the history everyday reality, Internet of Things, the Science of (or lack there-of) Systems Engineering, the concept of Emergence, and M&S. It ended with a big heartfelt thank-you to all the modelers present.

Here are my slides and references for those who want more detail on my lecture. Enjoy.

Emergence: The Mystery of Systems Engineering

Emergence: The Mystery of Systems Engineering

Emergence is an immense mystery for the scientist and the systems engineer alike. It is a profound aspect of the creation process when we integrate disparate elements to make something new. Let us explore this phenomenon by looking at some cultural impacts to the concept.