Make a website showcasing your work and include it in your email/cover letter/resume. In my opinion, when I'm hiring someone, seeing a website or portfolio is much more impressive than just a resume.
I don't know about other countries. But for USA, you need a bachelors or masters degree for the...
My setup is similar to dik's, with some differences. I'm not using a fancy Revit type setup that automates these things.
1. I have a bunch of typical details that can be applied to any project of a category without modification. For example, for a cold-formed steel building, there are sections...
Just for clarification, why do pile caps have soft material under and adjacent to them? Is it due to drawdown of piles, or because piles are used when there is soft soil?
Maybe cut/rework your new foundation to miss the column, and design for an eccentric footing. Not all foundations are nice, beautiful concentric footings. You also might have to get creative and build a kind of moment frame to get above the existing pile cap, or span over it and deal with some...
I don't have references for how to do this. I've looked myself. I came up with my own details which is similar to what @Greenalleycat mentioned, which is a double channel sandwich. You can also put the double channel as a jamb. This method removes the need for needle beams, so it's a plus for...
The formulas are in the attachment you provided. q = Q/A times some things. I use those instead of a graph because it's easy to put into a spreadsheet.
I rarely use purely eccentric footings. It's hard to get it to work because the kern is so small. I use grade beams to neutralize the...
I'm not sure what you mean by spanning between verticals. But yes, tension would also be present in a bond beam connection and would need to be addressed somehow. It should be relatively easy to handle. I mean don't just put a ledger and sit joists on top of it without a decent tension...
You can hang down two unistruts and put a theaded bolt or another unistrut to bridge the gap. Or just use wood 2x4 for all of this, with lag screws. Use plate washer on your hanging threaded rod; even though 300 lb isn't much, I'd rather have a bit more bearing. I'd design the lag screws for...
Sorry just saw the comment about the ledger. This can work but you have to consider the eccentric moment going into the wall, as well as local tension to prevent "pullout" of the joist.
If it's a wall with a parapet, I think it's cheaper to remove the parapet and install bond beam. If you don't want to do that, I'd look into alternative methods of supporting new trusses, like an interior structural backup wall.
I politely disagree. It should be fairly simple to specify something like a 6" slab on grade with #4@12" each way, relying on the friction on the soil and rebar as drag elements (as long as they are properly designed for the force and properly spliced). Use lower friction coefficient for vapor...
Wouldn't restraint at the top reduce the sliding and overturning forces by throwing some of it into the soil? Similar to using geotextiles or tiebacks.
Agreed with Lo. For a building within a standard building (nothing fancy or unusually open), we just use 5 psf wind load or basic integrity lateral loading, which might be 2% or something else in your code. I wouldn't cancel out the 5 psf on both sides like OP suggested because that's probably...
I think everyone got it covered. One tiny consideration is lateral bracing of your new columns. I don't like to rely purely on the diaphragm. If you're using wood columns, I think some bridging would do the trick.
It's a bit more tricky with steel columns. First of all, do you even have to...