An elevation drawing shows one face of a building, or one wall of a room, straight on and flat. Nothing shrinks into the distance the way it would in a perspective, which is exactly why you can lay a scale rule on the sheet and read a height straight off it. A plan answers where. An elevation answers how high, and what the face looks like to someone standing in front of it.
The set is finished. Before anything gets cut, it makes one round trip for a stamp.
The drawings are finished. Nothing gets cut yet. First the set travels to the general contractor, then to the architect, and comes back with a stamp on it. That trip is the submittal, and on a commercial job it decides your schedule more often than the drafting does.
Ask a cabinet shop what slows production down and the answer is rarely the CNC. It is the drawing package. A designer’s pretty elevation with no sections, a plan that pretends the wall is straight, a hardware note that says soft close hinges and nothing else. Cabinet shop drawings exist to remove that guesswork before a single panel gets cut. Below is what a proper cabinet set includes, how face frame and frameless construction change the sheets, and one real drawing from our team with the details a shop actually reads.
A plan tells you where things sit. An elevation drawing tells you what a face looks like from straight on. Neither one tells you how thick that wall is, what holds the shelf up, or whether the waste pipe behind the vanity is going to collide with the drawer box. That is the job of a section.
Pick the scale you are plotting at and this page gives you the scale factor, the model space text height, the viewport zoom value and the dimension setting that goes with it. Architectural, engineering and metric scales are all covered, and every table below says where its numbers come from.
A Revit model is not a 3D model with extra steps. That is the part most briefs get wrong, and it is where budgets quietly disappear.
Millwork is one of those words everyone on a project uses and almost nobody defines the same way. An architect means one thing by it. A carpenter means another. The client usually means her kitchen. No wonder briefs and quotes end up talking past each other.
A millwork estimate falls apart the moment the shop asks a question nobody can answer. Which edge gets tape? Where does the blocking go? Is that reveal an eighth of an inch or three sixteenths? Shop drawings exist to close those questions before material hits the saw. On this page we collected real sheets our drafters produced for different types of clients: architects, contractors, fabricators, furniture brands. Project names and addresses are stripped out, the rest is exactly what the client received. Scroll through and compare the level of detail with what your projects usually get.
As-built drawings show a building the way it was actually constructed, not the way it was designed on paper. The two rarely match. During construction, contractors move outlets, shift walls by a few inches, reroute pipes around unexpected obstacles, and swap materials. Every change makes the original plans a little less accurate. As-built drawings capture the final state of the building with all these field changes included.
The architecture industry is constantly developing and is only expected to continue growing rapidly in the nearest decades. With new technologies emerging almost every year come new demands and new, higher expectations. Naturally, that affects every aspect of an architect’s work, including one of the most essential processes: technical drawing. Read more