The branch of mathematics dealing with shapes, sizes, and properties of space.

Computer-Aided Design software used for creating precise drawings and models.

The process of creating a three-dimensional representation of a geometric shape.

Basic shapes like circles, squares, and triangles that form the foundation of geometry.

The amount of space inside a shape, measured in square units.

The total distance around a geometric shape, calculated by summing its sides.

The amount of space occupied by a 3D object, measured in cubic units.

The act of drawing shapes and models to visualize ideas before modeling.

Characteristics such as angles, sides, and symmetry that define geometric shapes.

Flat shapes that have length and width but no depth, like squares and circles.

Shapes that have length, width, and depth, such as cubes and spheres.

Features within CAD software that assist in creating and modifying designs.

The process of improving a model by adjusting details for accuracy and aesthetics.

Techniques used to effectively communicate ideas and designs to an audience.

Practical uses of geometric concepts and CAD skills in various industries.

The surface quality of a 3D model, affecting its appearance and realism.

The application of colors in modeling to enhance visual appeal and clarity.

The initial phase of creating a detailed plan or outline for a model.

Constructive criticism given by classmates to improve each other's work.

Recording the modeling process and design choices for future reference.

A collection of work showcasing skills, projects, and learning progress.

An event where students present their projects and skills to an audience.

Learning how to use the interface and tools of CAD software effectively.

The practice of managing files and projects for easy access and efficiency.

Evaluating a model's functionality and appearance before final presentation.

The process of using imagination to develop unique and appealing models.