This refers to the use of computer software to create detailed and precise technical drawings or drafts. It allows designers, architects, and engineers to create, modify, and analyze designs digitally, enhancing efficiency and accuracy in the drafting process.

Detailed descriptions of the requirements, materials, dimensions, and other characteristics that define a product, structure, or system. They provide essential information for the construction or production process.

A systematic process of managing and tracking changes made to technical drawings or documents. It ensures that the most recent and accurate versions are used and helps maintain consistency in design and documentation.

Lines in technical drawings that indicate the size of objects. They are typically accompanied by numerical values and arrows to specify measurements.

A line is used in technical drawings to connect a note or label to a specific part of the drawing. It helps to identify features or provide additional information.

Lines in technical drawings represent edges or features that are not visible from the current viewpoint. They are often dashed to differentiate them from visible lines.

Professionals trained in the design and planning of buildings and structures. They are responsible for creating aesthetically pleasing and functional designs while considering safety, building codes, and client requirements.

These folks apply scientific and mathematical principles to design, develop, and maintain structures, systems, and products. They may focus on a specifc area, such as civil, mechanical, electrical, or structural.

Specific elements, materials, or features that are represented by these. They are used for clarity and efficiency, conveying information in a concise visual form.

This scale is a specialized ruler or measuring tool designed for use in technical drawings. It allows engineers to measure and scale drawings accurately. It is divided uniformly into multiples of 10, so that drawings can be made with decimal values.

A specialized ruler used in making or measuring reduced scale drawings. The ruler is marked with a range of calibrated ratios for laying out distances, with scales measuring feet, inches, and fractions of an inch. ie: 1/4" = 20' - 0"

This phrase indicates that the drawing or illustration does not accurately represent true proportions or measurements and should not be used for precise measurements.

This kind of scale is divided into centimeters millimeters, and meters. It is commonly used in technical drawings outside the United States. At some point in the 70s, American attempted to adopt this system of measurement, but it just didn't work out.

These are technical drawings that focus on the design and layout of civil engineering projects, such as roads, bridges, water supply systems, and sewage systems. More than any other kind of drawing, contour lines are featured in these.

Lines on a map or drawing that connect points of equal elevation. They are crucial in representing the topography of a landscape or terrain. They can tell you how tall a hill is from a given benchmark.

Plans are detailed drawings created by professionals to illustrate the design and layout of a building. These plans include floor plans, elevations, sections, and other essential details to guide construction.

A drawing that represents a specific view of a building or structure, typically from above. It shows the arrangement of rooms, walls, doors, and windows. These are more focused than architectural plans, so you'll be able to see smaller details--like where a microwave is located within a kitchen.

A drawing that provides an overhead view of a structure, indicating details such as slopes, materials, and the placement of features like chimneys or vents.

A type of drawing that depicts the vertical view of a building's exterior. It shows the appearance of the structure from different sides, highlighting architectural features.

A drawing that displays a cut-away view of a building or object to reveal its internal structure. It helps visualize the interior details along a specific cutting plane.

Drawings provide close-up views and specific information about particular components or connections within a larger structure or system.

This type of drawing outlines the design and layout of the essential components of a building, such as columns, beams, and load-bearing walls. You'll definitely need to look at these if you are working with concrete or steel.

This type of drawing outlines the design and layout of the essential components of a building, such as columns, beams, and load-bearing walls. You'll definitely need to look at these if you are working with concrete or steel.

This plan illustrates the layout and details of the building base layer, including footings and support structures.

These are horizontal or inclined structural elements that support loads and distribute them to vertical supports such as columns or walls.

These are plans that detail the layout of systems within a building, including HVAC (heating, ventilation, and air conditioning) and plumbing.

Components in HVAC systems that allow air to enter or exit a space, and control the flow of air within a building.

A key or guide that explains symbols, abbreviations, and other graphic elements used in a drawing.

Drawings that depict the piping, instrumentation, and flow of fluids within a process. They are commonly used in industries such as chemical, petrochemical, and power generation.

This is a simplified representation of a system or circuit, emphasizing relationships and functional connections without detailing physical arrangements.

These types of plans detail the design and layout of systems that control temperature and air quality within a building.

These plans will show pipes, fixtures, and connections. You'd probably see a toilet in these, or a sink.

A specific kind of 3 dimensional drawing which shows pipes, fixtures, sinks, and hot and cold water lines.

These drawings outline the placement and type of outlets, switches, and lighting fixtures, within a building.

We hope that Drake lives a long and healthy life, and we would never want to do him any harm. But if he were cut perfectly in half, and while standing directly in front of him you could see his skeletal, muscular, nervous, endocrine, cardiovascular, lymphatic, respiratory, and digestive systems, what kind of view would you have of drake?

These plans detail the layout of fire suppression and detection systems, including sprinklers, alarms, and fire exits.