Some will be; we've spent a lot of time starting about three years ago going through our old standards, reviewing them for CTAT, and updating the tech standards with CSC in mind. We are also currently doing a mock design based on the CSC SOR to flush out weaknesses and look at cost/performance tradeoffs.
There are some pretty fundamental shifts going on in the background on how the RCN manages the safety of the ships. Other NATO countries are doing the same thing, and there is a 'Naval Ship Code' (
http://www.navalshipcode.org/) that is being developed to help improve designs of warships, and also management of safety when in service with 'safety area certificates'. There are currently eight safety areas, for things like propulsion, fire safety, evac & rescue, etc, which all tie back to certification and performance requirements for specific systems.
All that to say is we're looking at high level comparison to the current fleet, comparing NSC to the current AOPs/JSS designs, then planning on applying it to CSC. Some of it will get reviewed periodically (similar to what we do now for the hull certification every five years following a docking), others will be done upfront, and just validated/monitored thru life via the normal test and trials program, and then reassessed whenever there is major changes. But you have to get it right at design, otherwise it's kind of pointless.
It's kind of interesting, and if we do the work required up front it'll result in a pretty solid design for all the safety related items and a good platform for the grey box weenies to fit their whiz bangs onto, and will be better able to recover from battle damage much quicker then our current ships.
We are also looking at all our damage control tactics at the same time, and looking at how we can improve the ship design to reduce the risk for fighting fires at the design level. Things like entry route for attack teams into machinery spaces, layers of fitted systems, new systems etc are all being evaluated. That part is great for the real engineering work that goes into it and because it has a cost to make any design changes, there is actually real science behind it, vice someone's good idea.
I'm kind of an unrepentant nerd about things like that though, so I like working on things like how AFFF works, thermal stratification during fires, etc.
We're also getting a lot of really good data from the upgraded EHM installed on our new platform system during the FELEX program, so that's giving us a lot of great data to go back and validate a lot of the assumptions in how we actually operate our ships (speed, power consumption, etc).
Basically there is a lot of work on the go now to make CSC as good a ship as possible.