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This morning I started off the day by destroying a bathroom door with an axe to help release a friend who had gotten trapped by a dodgy door handle. Without a doubt the most cathartic way I have ever started a Wednesday morning...

I took a short look at your solution. While I can't determine if you have included all requirement tags (something you should definitely attempt to do as much as possible) the overall architecture looks certainly good enough. There is always something to say about a cleaner and more structured architecture but considering the time constrains of the CLA exam, you have to compromise and faster is certainly better than neat and clean in this particular case, although without some architecture you would fail too. Did you do all this in 4 hours?? If so, I think you are set for the CLA exam. If you needed significantly more time than 4 hours you may want to exercise some of the subsystem template implementations a little more to get them in as short a time as possible. As a pointer you may decide to actually do even less coding (not much more than the actual case and loop structures) and put a bit more prosa text in there instead. It may not seem to make a big difference but it's usually faster to write a short text than finding the correct node in the palettes and placing it on the diagram and wiring it up, often having to write some kind of comment anyhow too. And if you are familiar with Quick Drop set aside two minutes at the start of the exam to configure it to your likes. Also take the time to recreate your personal configuration as much as possible on a new LabVIEW install, exercise where the settings are beforehand so you don't loose time when configuring your machine on which you do the exam. An unfamiliar palette view, or auto-wiring or auto-tool setting can be a major pain in the ass when you are scrambling for time to get your CLA done, although it may seem only fractions of seconds you will loose each time.