It’s a new type of architecture that examines and identifies the architectural secrets of an organization.
And it’s being used to identify the victims of crimes, from terrorism to espionage, from financial fraud to child abuse.
A lot of these are things that are often overlooked, but forensic architecture is actually pretty powerful.
And I think a lot of people don’t realize how it’s done.
I’m a forensic architect.
My career has been about understanding and understanding how people are constructed.
It’s not a job for everybody.
And so it’s not something that I think everybody should have to have.
But when I see something like this, I think, okay, this is how I can make a difference in the world.
So, I’m working on an architecture and design project that’s looking at how we can make these structures better, and I think that’s a really powerful idea.
You need to understand what is really happening within your organization.
How is your organization structurally structured?
How is the architecture changing?
How are you managing this change?
It’s going to be fascinating to see how these things evolve.
And for that reason, it’s kind of a slow process.
We want to have some kind of architectural perspective on the building that we’re looking at, so we’ve been doing a lot more work on the ground than we’re seeing in architecture magazines.
So we’ve kind of got a lot to go before we start to have a good understanding of what we’re building.
The real test for us, though, is really when we start looking at these structural problems.
So this is actually the most important part of the project.
I know that this might be a little bit of a cliché, but it’s a very important part.
The structural problems are the ones that actually matter the most.
The problem is the structures of organizations are very, very complex.
It takes a very long time to get a lot done.
And if we’re not going to fix the problems, then we don’t have a great chance to build a strong and healthy organization.
There are actually three problems that I want to talk about today: One, we’re really trying to solve problems that are very fundamental to our lives.
These problems are all interconnected.
So I think if we want to build strong organizations, we really need to start from the ground up.
Two, we need to be able to see the problems that we have and then work to improve them.
We’ve got a big challenge with our architecture right now.
We have so much of it in the physical space.
And we have a lot less than we think we do.
And what we really want to do is actually find solutions to those structural problems and work to fix them.
And third, we have to be very aware of our ability to understand and control the structural problems that affect us.
We know that our organization can be controlled, and we know that we can fix things.
And the more we know about those problems, the more resilient we can be to the problems we have.
We also need to know how to change the architecture to address these structural issues.
I think there are really three key things that we need for this project to really succeed.
And they’re all very important.
I hope that we’ve all found some of them in our work.
First, I want you to understand the structural nature of the organization.
I’ll start with the physical structure of the building.
It has to be strong, right?
If you look at the structure of a building, you’ll notice that the bottom of the foundation is actually a foundation.
So the foundation, which is the top of the structure, is made up of columns, called columns.
We see the top one of those as the top.
It is made of steel.
The other one is called the bottom.
The bottom is made out of concrete.
The concrete is actually really tough.
It looks a lot like concrete but it actually is really, really hard.
And you can actually see the steel plates sticking out of the bottom as you look down.
And then the concrete is also made up out of steel plates, which are actually the concrete core, the core part of a concrete slab.
And in the middle of the concrete slab is the bottom plate.
And that’s the bottom part of this structure.
And these are the same columns that go under the foundation.
The foundation is made with a layer of steel, called steel slabs.
These are the steel columns that hold up the foundation on the outside.
And because of this, the bottom is usually not very thick.
In fact, you might find the top is actually quite thin.
The reason is that it’s actually very hard for the steel to stick out of a bottom plate that’s only a little bigger than the concrete, so it just doesn’t hold up very well.
And of course, the foundation itself is made from concrete.
And again, the concrete itself is just like steel, but this time it’s made out like steel. And