Is the process of creating and producing flat, two dimensional (2D) designs

using computer software and printer.

(a)  

Refers to creating drawings, sketches or designs

on a flat surface (length and width only, no depth).

(a)  

What does CAD mean in CAD Tools?

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The process of transferring the 2D model or design onto a physical medium

such as paper, fabric, or plastic using a printer.

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A computer-aided design (CAD) program used for 2-D and 3-D design and drafting.

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Who developed and marketed AutoCAD?

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It determines the quantity (as of length, time, heat, or value)

adopted as a standard measurement.

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Are the primary method organizing the objects in drawing by function or purpose.

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It is used to reduce and enlarge sizes of the object

according to the preferences scales.

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A panel of reference tools according to their types, kinds and use.

(a)  

A universal language used by engineers, architects, designers, and technicians

to represent ideas clearly and precisely.

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The exact, detailed, and standardized representation of the concept.

(a)  

It shows the relationship between a concept (an idea)

and its technical representation (drawing).

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Refers to the idea, design, or plan formed in the mind of

a designer, engineer, or architect before actual creation.

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It is abstract, imaginative, and may be expressed through

rough sketches, brainstorming, or models.

(a)  

RELATIONSHIP BETWEEN CONCEPT AND TECHNICAL DRAWING

What is missing?

CONCEPT ---> (a)   ---> PRODUCT

RELATIONSHIP BETWEEN CONCEPT AND TECHNICAL DRAWING

What is missing?

(a)   ---> DRAWING ---> PRODUCT

RELATIONSHIP BETWEEN CONCEPT AND TECHNICAL DRAWING

What is missing?

CONCEPT ---> DRAWING ---> (a)  

RELATIONSHIP BETWEEN CONCEPT AND TECHNICAL DRAWING

CONCEPT ---> DRAWING ---> PRODUCT

Together, they transform an idea into (a)   .

A commercial computer-aided design (CAD) and drafting software application.

Developed and marked by Autodesk.

(a)  

A panel of reference tools according to their types, kinds and use.

(a)  

Provides a web based experience directly or help within the product.

Internet connection is mandatory for this.

(a)  

Controls the display properties of the views.

It navigates display when you’re working 2D and 3D drawings.

(a)  

An endless area where you can scale your drawing in any sizes.

(Sam's note: I think this is not accurate although it is in the presentation)


(a)  

It is used to reduce and enlarges sizes of the object according to the preferences scales.

(a)  

The part of the CAD where you can input your command and value.

(a)  

Select here the working environment you want to use..

(a)  

To search for command as well as to access tools or to create new files.

(a)  

The foundation of 2D technical drawings, involving freehand

or software-aided creation of basic outlines and shapes.

(a)  

Serves as the starting point for defining profiles and structures.

(a)  

A closed 2D outline or shape that forms the basis for modeling.

It can represent parts like rectangles for plates or circles for shafts.

(a)  

REAL-LIFE ANALOGY

Imagine tracing the outline of a cookie cutter on paper.

The outline you create is the (a)   .

Are rules or relationships applied to sketches to control geometry.

It is a rule that controls how shapes or parts in a drawing behave.

It keeps things in the right place or in the right relationship to each other.

(a)  

Define the size and position of elements in a drawing. They include linear, angular, radial, and ordinate dimensions, ensuring accurate replication in manufacturing.

(a)  

Are methods used to specify the size, position, and orientation of shapes

and features in a technical drawing.

(a)  

Types of Dimensions:

Measures straight-line distances (length, width, or height).

(a)  

Types of Dimensions:

Measures the angle between two lines or surfaces.

(a)  

Types of Dimensions:

Specifies the radius of a circle or arc

(a)  

Types of Dimensions:

Shows the diameter of a full circle.

(a)  

Types of Dimensions:

Indicates the distance of features from a reference point or axis,

usually in an X-Y coordinate system

(a)  

Represent a 3D object in two dimensions using multiple perspectives, typically top, front, and side views. These views are aligned and scaled to provide a complete understanding of the object’s geometry.

(a)  

A crucial part of technical drawing and design, especially infields like engineering, architecture, and manufacturing. They allow a 3D object to be represented in two dimensions without perspective distortion.

(a)  

Are drawings that depict objects as they appear to the human eye, with lines converging at a vanishing point. These drawings provide a realistic representation of an object, useful for visualization and presentation, but are less commonly used for precise.

(a)  

Key Features of Perspective Drawings

A point at which parallel lines appear to converge

and where our eyes perceive lines receding into the distance

(a)  

Key Features of Perspective Drawings

The visual effect that occurs when an object appears compressed

or distorted due to its angle relative to the viewer

(a)  

Key Features of Perspective Drawings

This shows show how objects look smaller as they get farther from the viewer

(a)  

These illustrate internal features of an object by cutting through it along a plane. Sectional views help reveal hidden components, such as cavities, holes, and assembly details.

(a)  

These indicate the materials used for different parts by using hatching or shading patterns. For instance, steel , aluminum, and plastic components may have distinct hatch styles for easy identification.

(a)  

ACRONYM: What is MPAD?

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ACRONYM: What is MPAD?

(a)  

A detailed drawing of a single component of a machine or structure.

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Drawing that shows how two or more parts fit together to form a complete product.

(a)  

To draw parts and assemble them correctly, we need a reference system.

What is the reference system used for drawing?

(a)  

A two-dimensional coordinate system divided into four quadrants

(a)  

Once parts are drawn and manufactured, they need to be joined together in assemblies. These connections are called (a)   .

The method by which two or more parts are fastened or connected.

(a)  

Fusing materials using heat.

(a)  

Using rivets to permanently join plates

(a)  

Using glue, epoxy, or resin.

(a)  

Joints that allow rotation (doors, lids).

(a)  

It connects two shafts while allowing rotation.

(a)  

Joints that allow rotation at different angles.

(a)  

_____ _______ show the details of individual components.

(a)  

________ _______ show how components fit together.

(a)  

A structured, sequential process guiding a project from a simple or creative idea to a finished and deliverable project, It breaks down complex task into Distinct, and manageable phases

(a)  

5 Key Aspects of a Creative Pipeline

A pipeline creates a clear base/structure for the entire production, from the very beginning all the way to the very end of the production.

(a)  

5 Key Aspects of a Creative Pipeline

It breaks down a Large project into smaller, and more manageable steps, Assigning each individuals or teams with their specific skill sets.

(a)  

5 Key Aspects of a Creative Pipeline

The output of one stage directly affects or feeds the next, creating a continuous stream of work and data.

(a)  

5 Key Aspects of a Creative Pipeline

It facilitates smooth collaboration by clearly outlining handoffs between the different stages, this ensures consistency in not only quality but also results.

(a)  

5 Key Aspects of a Creative Pipeline

It includes systems for managing project files, versions, alongside other essential data, preventing miscommunication errors.

(a)  

Pre-production

Generating the initial idea.

(a)  

Pre-production

Developing the story and dialogue.

(a)  

Pre-production

Creating visual representations of the story and planning production details.

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Production

Building 3D models or creating other core assets.

(a)  

Production

Prepares assets (Characters, Vehicles and other simple Elements) for animation by creating a Skeletal structure.

(a)  

Production

Bringing the character to life.

(a)  

Production

Adding surface details and setting up the Visual mood.

(a)  

Post-Production

Combining different visual elements into a final scene.

(a)  

Post-Production

Adding sound effects, music, and voiceovers.

(a)  

Post-Production

Assembling the final sequence and refining the pace.

(a)  

Post-Production

Creating the final output files and delivering them to the client.

(a)  

Examples in Creative Technologies

3D Animation & Visual Effects

An innovation pipeline transforms a market concept into a viable, physical product.

(a)  

Examples in Creative Technologies

3D Animation & Visual Effects

A pipeline ensures that a series of animated graphics are produced efficiently for commercials, titles, or digital content.

(a)  

Examples in Creative Technologies

3D Animation & Visual Effects

A pipeline guides the creation of a film or game asset, from concept art to final render.

(a)  

Examples in Creative Technologies

3D Animation & Visual Effects

A pipeline manages the creation and integration of art, code, and design elements into a playable game.

(a)  

ACRONYM: What is DDLF?

(a)  

Is the process of creating, labeling, and organizing technical drawings or digital illustrations to make them easy to understand, use, and store.

(a)  

Drawing for Documentation and Library Functions (DDLF)

Refers to how a project or drawing is organized. It is like a skeleton or blueprint of how all parts of the drawing are arranged and labeled.

(a)  

STRUCTURE OF DRAWINGS

It shows essential information. about the drawing

(a)  

STRUCTURE OF DRAWINGS

It frames the drawing sheet to keep the content neat and organized.

(a)  

STRUCTURE OF DRAWINGS

The main space where the illustrations or designs are placed.

(a)  

STRUCTURE OF DRAWINGS

It helps separate different elements like text, dimensions, and objects. This makes the drawing easy to edit or understand.

(a)  

STRUCTURE OF DRAWINGS

Shows the exact measurements of parts

(a)  

STRUCTURE OF DRAWINGS

Are notes or labels that explain the details of the drawing

(a)  

STRUCTURE OF DRAWINGS

Are used to represent standard parts like doors, windows, electrical outlets and others.

(a)  

STRUCTURE OF DRAWINGS

Explains the meaning of the symbols.

(a)  

STRUCTURE OF DRAWINGS

Different parts or sections of a drawing, each with a specific purpose

(a)  

COMMON FUNCTIONAL LAYER

Contains the base or scene

(a)  

COMMON FUNCTIONAL LAYER

Contains the main object or subject

(a)  

COMMON FUNCTIONAL LAYER

For small details

(a)  

COMMON FUNCTIONAL LAYER

Contains the main object or subject

(a)  

COMMON FUNCTIONAL LAYER

For labels, titles or notes

(a)  

COMMON FUNCTIONAL LAYER

For reference lines or construction lines

(a)  

Helps organize and document drawings clearly.

(a)