Advisory:It is advised that students be able to engage in written composition at a college level and read college-level texts.
Transfers to:UC,CSU

This basic course in technical drawing and graphics is for students with no previous drafting skills or training. The course is designed for students who want to pursue training in fields and careers related to architecture, civil design, and engineering design drafting. Practical application with the tools, techniques, standards, and practices used in the industries that need technical drawings and graphics is a feature of the course.

Advisory:It is advised that students be able to engage in written composition at a college level and read college-level texts.
Transfers to: CSU

This course is designed to develop skills in drawing as used by design professionals in architectural and technical applications. Using visualization and deploying basic principles of proportion, composition, and freehand techniques, students prepare technical isometric, oblique, perspective, and orthographic sketches to industry standards. Design considerations for various projects involving preliminary design sketches are also introduced. This course is open to all students who want to develop drawing skills. It is required for all students working towards a degree or certificate in the Architecture and Engineering Design Drafting program.

Advisory: ENGT 101 or two years of high school drafting
Transfers to:UC,CSU

This course is for students preparing for high-technology careers who need the skills necessary to function as an entry-level computer-aided design and drafting (CADD) operator, or to apply CADD to the specific disciplines of mechanical and architectural design, manufacturing, illustration, and engineering-related documents. An overview of computer graphics and CADD utilizing the latest release of AutoCAD software is provided. Students produce 2D orthographic, isometric, and basic 3D model solutions of mechanical and architectural applications.

Advisory:ENGT 101, ENGT 105, ENGT 150
Transfers to:UC,CSU

This course is an introduction to graphics as used in engineering design utilizing descriptive geometry to solve three-dimensional engineering problems involving space, points, planes, and lines. The course explores the concepts of true length and size used within the industry to design and manufacture projects with high accuracy; utilizing auxiliary views; and revolution methods in regard to creating edges, surfaces, and developments.

Prerequisite: ENGT 105, ENGT 150
Advisory:ENGT 101 or two years of high school drafting
Transfers to: CSU

This course is for students pursuing degrees or certificates in Architecture, Civil, or the Engineering Design Drafting Program, and for those who wish to enhance their computer aided design (CAD) skills for workplace productivity. The course is an intermediate application study in CAD, drafting, and graphics using the latest revisions of CAD software. Combined with previously learned technical drafting conventions and basic CAD operational skills, students will use CAD software to produce detailed drawings that involve models, 2D and 3D objects, data attributes, and scales. Emphasis is placed on working with multiple drawing files using external files to create mechanical, architectural, and civil projects.

Advisory:ENGT 101 or two years of high school drafting; ENGT 105, ENGT 150 or ENGT 170
Transfers to: UC, CSU

In this course, emphasis is placed on technical drawing using International Organization for Standardization (ISO) and American National Standards Institute (ANSI) standards, including geometric dimensioning and tolerancing (GD&T), for the purposes of completing a conceptual design project and the preparation of working drawings. This course is required for all students working towards a degree or certificate in the Architecture and Engineering Design Drafting program. The course is also recommended for students interested in transferring to schools of engineering.

Prerequisite: ENGT 122; ENGT 150 or ENGT 170, ENGT 200, ENGT 250
Transfers to: UC,CSU - UC credit limit. The UC will grant a maximum of 8 units of credit for the following courses: ENGT 150, ENGT 250, and ENGT 270.

This course is an intensive study of 3D computer graphics and computer assisted design and drafting (CADD) utilizing the latest release of 3D software. This course benefits all students in areas of study related to engineering, drafting, design, and computer graphics. Students produce 3D, parametric, computer-generated virtual models incorporating mechanical design refinements. The course emphasizes the technological skills necessary to function as a design professional in order to apply 3D design graphics technology to the specific disciplines of mechanical engineering, machine drafting and design, manufacturing, animation, modeling, and illustration. Students are introduced to a variety of ways to produce prototype models directly from CADD-generated solid geometry. Students also take the Certified SolidWorks Associate (CSWA) industry standard test to check their proficiency, and receive certification upon passing.

Prerequisite: ENGT 122, ENGT 123, ENGT 150 or ENGT 170 or appropriate CADD experience
Advisory: ENGT 200, ENGT 250
Transfers to:UC,CSU

This intermediate course takes up technical drawing as used in manufacturing applications of design and engineering technology, and is intended for all students in areas of study related to engineering, technical drafting, design, and computer graphics. The course incorporates orthographic projection, introduction to tool design, and applications of descriptive geometry through layouts and developments. The course also covers the American National Standards Institute (ANSI) Y14.5 standard, precision dimensioning, geometric tolerancing, and manufacturing terminology and processes. Lab exercises and drawings are used to reinforce lecture and demonstration concepts.

Prerequisite:ENGT 250
Advisory: ENGT 122, ENGT 150 or ENGT 170, or appropriate CADD experience, ENGT 200
Transfers to: CSU

This advanced course focuses on research, product proposal and design, illustration for presentation, and manufacturing processes. Using computer aided design (CAD), students apply previously learned skills to develop a product design, graphic illustrations of mechanical applications for use in manufacturing, and engineering support presentation documents.