The projected north arrow corresponds to the word "up" on the page. It's utilized so that everyone on the team may discuss the plans, whether over the phone or in person, without becoming confused about where they're going, etc. This is particularly important when you have multiple teams working on one project.
It also serves as a general guide for measuring and estimating tasks that will be done during the design process. For example, if you were planning a house, you would probably measure and estimate the size of rooms based on how far up the plan north they are. The closer they are to the top, the larger they will seem in comparison to other rooms. Open spaces at the top of the plan show where to place a window or door to get the most light into the room.
Finally, the projected north arrow helps architects remember which way is out. While drawing the plan, an architect should always keep this in mind because it is easy to become disoriented when looking at a lot of details at once.
For these reasons and more, architects all over the world use Plan North every day when putting together their designs.
A north point is required in all architectural plans. It serves as your guide. You must be able to visualize the structure in connection to the movement of the sun. The north point should be visible during daylight hours, so it can be used as a reference for sunlight exposure at different times of the day.
Civil engineers use north points when designing buildings or other structures such as bridges or roads. Before building a house, an architect should make sure that the site is suitable for housing and that there are no obstructions within 100 feet (30 meters) of the house location. If the site has any kind of orientation (such as north-south or east-west), the architect should ensure that the house has a good view of the sky through its windows. This helps the residents feel connected to their environment and less likely to want to escape by moving away.
People also use north points when laying out gardens or parks. They try to place prominent features like trees, benches, or even museums along the north-south axis of the site to help visitors navigate the space more easily. In addition, they try to position these features so that they get sunlight throughout the day. This means that trees near the north side of the garden will get full light in the morning, while those on the south side will not receive any direct sunlight until later in the day.
The only reason I would face north up is if that is where it landed (since the front front is the south facade), or if the building is not immediately on a street AND does not have an evident front or main facade, in which case north-up would be as logical an organizational logic as any.
But even then, there are other directions you could go: east, west, or straight on. There's no "right" way to arrange a building's facades, so long as they all face in the same direction. A building might have two east faces and two west faces, for example, or one north face and one another face. The only requirement is that everyone involved in its design agrees on the purpose of each facade before they start working on it.
In conclusion, there is no correct answer here, but north-up is at least as valid as any other option. If you had to choose one direction as the "correct" one, though, it would be east-north-east because that's how most buildings are arranged today.
What exactly is a north-facing house? A north-facing residence is one with the main entrance towards the north. A plot that faces north can be used for building a house, while one that faces south cannot be built on it. A north-facing house will receive more sunlight during the day than a south- or east-facing one, which means it will require more energy for heating and cooling. However, a north-facing house will benefit from this higher exposure to sunlight during the winter months when solar heat gain is desired.
2 those with an exterior wall that is at an angle to the north direction (i.e., not perpendicular). The first type requires that the roof slope toward the north in order to provide an opening through which light can reach the floor. This opening could be a window or a door. If there is no such opening, then the house would be considered a secondary north-facing house. Secondary north-facing houses need to have an additional outside wall or shelter that provides access to the primary north-facing room.
The majority of cathedrals and grand churches have cruciform groundplans. The layout of Western European churches is mainly longitudinal, in the shape of the so-called Latin Cross, with a long nave crossed by a transept. The central part of the cross is made up of a square choir surrounded by four pillars. On the exterior of the church, the arrangement is repeated in rows of windows or doors.
Some Eastern Orthodox churches continue this design pattern but include a dome instead of a roof over the crossing. The dome provides space for the church to expand as it grows larger without compromising the original shape of the building. An excellent example of this is St. Basil's Cathedral in Moscow, which is now too large for its own grounds but has been able to grow without altering the basic design of the building.
In North America, there are many churches with designs derived from the Gothic period. Although these buildings have nothing to do with the Italian Gothic style, they do show how the cruciform plan could be adapted to fit local needs and resources. For example, rather than having a central tower like the Italians, some North American churches have small chapels attached to their sides. These are known as "spirettes" or "spindles".
Finally, there are non-Christian buildings that can be considered examples of the longitudinal plan: mosques and Hindu temples.
Plan your location such that your house's broadest sides face north and south. This typically implies that the ends of a rectangular house's roof ridge line will point east and west. I intend to employ a bigger span of windows on the south side than on the north side to capture the sun's light and warmth.
The reason for this is that you want the majority of the heat escaping from your home to be north-facing. The direction that heat travels is called "directional," and we want most of it to be traveling north. The side of your house facing south will usually get less sunlight during winter months, so you should plan to provide some form of insulation on that side.
The direction that wind blows is also important. If you live in a region where hurricanes are a threat, then it makes sense to have your house face away from the shoreline in order to reduce damage caused by high winds. Otherwise, you'll need to make sure that any unprotected sides of your house are well-maintained so they don't become weak points in case of strong storms.
So overall, you should try to build your house with its widest sides facing north. This will help to maximize the amount of sunlight that enters your home during the day and will minimize heat loss at night. You should also consider adding insulation to your south-facing walls in order to keep the house warm during winter months.