Инженерлік графика пәнінің негіздері

A subject covering technical drawing and machine drawing to create technical documentation for product design and manufacturing.

Graphic and textual documents that define the composition and structure of a product and provide information for its creation, inspection, acceptance, use, and repair.

Any object or set of objects in manufacturing.

Dimensions required to depict or construct a product.

A graphical document presenting information that outlines how a product should be designed and built.

Describes the methods for illustrating geometric objects and their properties on a flat surface.

A technical drawing that allows for intuitive comprehension of a product's dimensions and relationships.

A shape formed by points and lines, used as a part of a technical design.

A document laying out all the necessary details for constructing a product.

A characteristic of a drawing or image that facilitates rapid understanding of form and details.

A subject crucial for developing graphic literacy and creativity in engineering, facilitating modeling of industrial processes, modern mechanisms, and organizational-technical complexes.

The process of creating technical drawings to represent objects.

A branch of geometry that deals with representing three-dimensional shapes on a two-dimensional plane by using projections.

A course teaching the fundamental rules for creating and formatting engineering drawings, focusing on components and assemblies.

A systematic approach to documenting engineering designs through visual representations.

The ability to mentally manipulate and visualize objects in three-dimensional space.

Drawings showing how parts fit together to form a complete machine or system.

Commonly used, pre-defined parts in engineering designs.

Using computer software programs for creating and modifying technical drawings.

Established rules and guidelines governing the creation and presentation of technical drawings.

Methods in descriptive geometry for representing 3D objects on a 2D plane

Branch of mathematics studying methods for representing 3D objects on 2D planes and solving spatial problems via drawings.

The number of independent measurements needed to specify a point in space; 1D (line), 2D (plane), 3D (space).

A space with three dimensions; length, width, and height are needed to define a point.

A way to portray a 3D object on a 2D surface by projecting lines perpendicular to the plane.

Pairs of numbers (x, y) locating a point on a plane.

Triples of numbers (x, y, z) locating a point in space.

The precision with which an object is represented.

Ability to mentally create and manipulate 3D images of objects using 2D projections.

The ability to recreate the three-dimensional object from its two-dimensional drawing.