But a firing coupled with a reorg?
Good luck!
Even a fingerless man could hold up the correct number of digits needed to express the number of times a reorg has solved a problem.
But a firing coupled with a reorg?
Good luck!
Even a fingerless man could hold up the correct number of digits needed to express the number of times a reorg has solved a problem.
I couldn't disagree more.
As companies grow/change, existing structures that used to work at some point, can start to break down and a reorg can (and often does) solve that.
A typical example are smaller companies that start with centralized services that support all BUs, but that break up these services as they grow, because per-BU needs might diverge too much or because the distance/sense of ownership of a central group doesn't always align.
It doesn't always work, but I've seen it done right multiple times.
Just like the examples you gave.
This is either a desperation or punitive reorg.
There are also boredom and “make my mark” reorgs and this ain’t them.
> This is either a desperation or punitive reorg.
One could very well characterize the reorganization of IBM in the mid nineties as a desperation reorg and a punitive one (100K employees laid off.)
It was also a very successful one.
Took me 3 cycles to wise up and look for another job.
The original comment read a bit like that of someone who was south of a reorg.
Intel's fab has been lackluster for the last 5 years and the only solution at this point is to reorganize for better results. 10nm is unfathomably late and 7nm slipping like this is another red flag. I think too much tolerance for failure was given to the unit in charge of fabrication and I would be curious to see an organizational post mortem done on that.
In the interest of seeing continued competition in the processor world (which we're already seeing the numerous advantages of with AMD now) and also in the fabrication space (TSMC is getting very close to monopoly) I really hope that Intel solves this issue.