House / carport with L-shaped stones or are there better alternatives?

Now stop with the men jokes: their time will still come! Namely when it dawns on you that although the plot is flat, the house is built too high. 1m to the carport, 80cm to the street, and 50-60cm to the terrace in the west all need to be somehow bridged.

does it bother you if you have three or four steps everywhere? That's what it’s coming down to at the moment. Alternative: set the house a bit lower (which is exactly ZERO problem)

why is the house standing so high at all? I hoped that it was an error in the plan because the exact survey was not available

Or piling up, I still have 200 cubic meters of earth/sand mixture to give away... :p

why is the house even standing so high?

Standard procedure: the builder takes the highest point of the existing terrain within the footprint (in this case the southwest corner at about 139.70) and places the house 30 cm higher because of timber construction. Then 25 cm of floor buildup is added and voilà, we are 55 cm higher than the southwest corner at 140.28 top of finished floor. Unfortunately, the ground slopes down towards the actually relevant northeast corner, which is why we end up at 1 m towards the carport or 80 cm towards the street there. The planner doesn’t mind – the builder can deal with it later. And Pinki has meanwhile been shot to pieces to the point she doesn’t want to touch it anymore. It’s not the end of the world though... with two to four steps on every side of the house or L-shaped concrete blocks at the carport, it can be managed.

Then it probably won't work without steps. For a reasonable slope, the access paths are too short.

why is the house even standing so high?

I already said in the other thread of the OP on actually the same topic

I would see the house about 30 cm lower, so at 139.90

and I assume the planner will have oriented themselves on the 140.28 at the building boundary near the terrace. However, it seems considerably wiser to me to orient roughly by example of when centering.