Tag: CAD

Educators frequently ask whether hand drawing in architectural education adds to the curriculum. It is an interesting question since this topic centers on the technology used to create a rendering rather than the fact that architecture itself is frequently characterized as both an art and a science.

With this in mind, it helps to look at what an architectural drawing offers. Whether created by hand or with a CAD editor, the goal of a rendering is to represent on a flat plan, or in 2-dimensions, something that is actually 3-dimensional. A successful drawing will convincingly capture the depth of the physical world.

Both computer driven and hands-on practices can achieve good results. What a teacher wants to do in the classroom, however, is help a student internalize what it takes to accurately translate the geometry of a physical space accurately. Internalizing the rules of projection and linear perspective, some argue, is more likely when the student wrestles directly with how to represent what is seen.

Indeed, those who argue for a technologically driven classroom cite time saved as a recommendation. By contrast, the other view is that a software program necessitates learning a set of rules that may not even have the capacity to produce the desired results in every case.

When drawing with a pencil, one can also focus on the work itself. There are no printing problems to distract the architectural student. Since there is also no software to learn, the knowledge will not become outdated when an update is issued to the program.

Course that teach hand drawing in architectural education have a long history. Recent debates have challenged this part of the curriculum and predicted it will die out. Yet, because some still cherish the kind of advance planning and complex thinking of the older methods, the debates continue.

Mechanical Drawing is known as scale drawing of a machine or architectural plan or the craft of drawing blueprints i.e. drafting. The variety of lines used in preparing a mechanical drawing is large, and each of them has its particular meaning. Boundary lines outline the shape of an object and its parts. Section lines are used to show intersections and the outlines of shapes within the boundary lines. The central axes of an object are represented by the center lines. Break lines are used to indicate that the entire object is not seen in the drawing. These, together with hidden lines and dimension lines, are used most frequently.

Correct design information and projection are the imperatives of a set of engineering drawings. The skill and dexterity shown by some persons in drawing more accurately, more quickly, or more neatly have recognized value in the preparation of such drawings. Equipment has been invented to facilitate the performance of the manual tasks. Most widely known are the T square, triangle and protractor. Bridge building begins long before ground is broken for the supports. The making of a bolt also starts well before the machinist sets an automatic machine to cut the thread into a piece of metal. Actually, for both projects, much planning and work have been completed before effort to undertake construction begins. In building a bridge, months of preliminary work are required before construction workers and tools meet on the job. Students wishing to become skilled drafters must practice certain standard exercises. There are many kinds of exercises that can be performed to increase speed and develop accuracy.

Mechanical drawings are widely used to create artwork for automotive design, architectural plans, engineering drawings, or electrical circuit diagrams. The introduction of the computer and accompanying drawing applications, such as Adobe Illustrator and Corel Draw (not to mention cad programs), have rendered skill with pen and pencil almost absolute.

Technical drawing is the discipline of creating standardized technical drawing by architects, CAD drafters, design engineers, and related professionals. Technical drawing includes the various fields and technologies foundation electronics, which has in turn revolutionized the art with new tools in the form of Computer Aided Design (CAD).

A technical drawing or engineering drawing is a type of drawing and form of graphic communication, used in the transforming of an idea into physical form. Technical drawings contain geometric figures and symbols to convey the scope and details of the project. Many professions, such as plumbing, use their own suite of unique symbols. Right angles, parallel lines, curves and symbols constitute the technical drawing. To those on the team, each line or symbol conveys a specific about the project.

Drafters are men and women trained in the art of technical drawing. Another term for a person skilled in creating technical drawings is a draftsman, although modern practitioners prefer the term drafter. It is imperative that technical drawings be accurate. If the drawing is off by even centimeters, the actual work may be off quite a bit too. This leads to terrible consequences and costly delays in construction. This type of drawing is used to fully and clearly define requirements for engineered items, and is usually created in accordance with standardized conventions for layout, nomenclature, interpretation, appearance, size, etc.

The process of creating a technical drawing is called drafting or technical drawing. A technical drawing differs from a common drawing by how it is interpreted. A common drawing can hold many purposes and meanings, while a technical drawing is intended to quickly and clearly communicate all needed specifications of a created object or objects.