Drafting, otherwise referred to as drafting, graphic representation of the components, machinery, and structures that convey the architectural intent of an architectural design to a craftsman or laborer who then creates the final product. For example, it involves the drawing of detailed sketches of various models, layouts, etc. It also involves the process of planning and designing, including the production, design, construction, installation, repair, and maintenance. An architect drafts an overall plan for a structure, while an engineer takes care of the details such as laying out and calculating angles, calculations of the amount of floor space required, etc. The entire process is further divided into many steps which include drafting of the plans, designing, construction, and finally, maintenance and repair.
Drawing in different fields can be broadly classified into five sections: construction drawings, layout drawings, design drawings, and production drawings. Each of these can serve as the basis for creating a variety of building and engineering plans.
Construction drawings usually include three types: a preliminary sketch, drawing plan, and drawing to be reproduced. A preliminary sketch, on the other hand, helps the engineer in creating a general idea on the project. This can be used by both engineers and architects for their subsequent designs, making sure that they will get the best possible results for their designs.
Layout drawings are the second most important part of drafting. They are the most important part of the process of conceptualizing and designing and help the architect to see the whole project before he starts creating the actual design and the structural plans. Drawing plan involves the planning and implementation of the construction. All the elements of the building and engineering should be properly planned so that each of them is well connected to each other, with the end goal in mind. Production drawings are the last step in the process and is also the final step of the drafting process where the actual designs are drawn and prepared.
In drafting, the final stage is called the design or layout. This is where the actual models, structures, or works of art are made, to see the effects of each of its design and function.
Many people use computer-aided drafting because it provides a lot of benefits to engineers and architects. Computer-aided drafting allows the engineers to easily generate many different designs and templates, so that he can easily incorporate all the different concepts, designs, and aspects of an architectural or other complex projects. Some of the commonly used programs are Microsoft DDS, AutoCAD, CAD, or Draftsperson, which allow the user to easily create different types of drawings and model designs.
Draftsperson allows the professional engineers to easily create an entire set of building plans, from basic to complex, which can then be used by an architect or designer. With this software, an engineer can add more details to a design or an existing drawing, such as the architectural design, the construction, the materials required, etc., and then the designer can use the existing drawing and design as a template for his new drawings and models.
In order to make drafting more efficient and to complete complex projects, drafting software is used. One of the more popular drafting software is Microsoft’s Power Point. that is very useful in designing buildings and complex structures like bridges and roads.
It is not only drafting that is being improved through drafting software. Many architects have found that using drafting software has been an effective way of saving a lot of time in the construction and design phase of construction projects. In fact, many of the construction projects that require complicated construction designs are made faster, with the help of drafting software.