De Anza College's CDI program
As we come to the end of the Spring term and also to the end of the existing CDI program certificates we wish to again notify you as to the reorganization of CDI and its future.
Some exciting new AS degrees are being considered using the classes listed under the CAD- Mechanical Design Certificate and in conjunction with the MCNC and ART departments:
- Industrial and Product Design AS degree
- Design and Manufacturing AS Degree.
2 units CDI51 GD and T (50 hours)
4 units CDI60 SolidWorks Beginning (90 hours)
4 units CDI61 SolidWorks Intermediate (90 hours)
4 units CDI70 Creo Beginning (90 hours)
4 units CDI71 Creo Intermediate (90 hours)
18 units
CAD Lab Classes (approximately 400 hours)
(CDI will move to the open lab on the first floor of the ATC building in the Winter of 2014. At this time we will offer lab variations that allow use of the general lab during the facilities open hours, not just the listed class times.)
2-units CDI101 CAD Lab Creo Parametric Beginning
2-units CDI102 CAD Lab SolidWorks Beginning
2-units CDI103 CAD Lab Creo Parametric Intermediate
2-units CDI104 CAD Lab SolidWorks Intermediate
2-units CDI105 CAD Lab Creo Parametric Advanced
2-units CDI106 CAD Lab SolidWorks Advanced
2-units CDI107 CAD Lab Creo Parametric Surfaces
2-units CDI108 CAD Lab SolidWorks Surfaces
2-units CDI109 CAD Lab Creo Parametric Sheetmetal
2-units CDI110 CAD Lab Geometric Dimensioning and Tolerancing
______________________________________________________________________________________________________________________________________
Classes that can substitute for CDI classes no longer offered:
At De Anza:
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ENGR 10 |
Introduction to Engineering |
4 1/2 |
|
|
ENGR 35 |
Statics |
4 |
|
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ENGR 37 |
Introduction to Circuit Analysis |
5 |
|
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MCNC 64 |
Manufacturing Materials and Processes |
4 |
|
MCNC 71 |
Introduction to Machining and CNC Processes |
4 ½ |
|
MCNC 75A |
Introduction to Computer-Aided Numerical Control (CNC) |
4 ½ |
|
MCNC 75B |
Computer-Aided Numerical Control (CNC) Adv. Mill |
4 ½ |
|
MCNC 75C |
Computer-Aided Numerical Control (CNC) Lathe, Horz. Mill |
4 ½ |
|
MCNC 76C |
CAD/CAM Programming Using Mastercam
(Introduction to Mastercam) |
4 ½ |
|
MCNC 76H |
CAD/CAM Programming Using Mastercam
(Surfaces, 3D Tool Paths) |
4 ½ |
|
MCNC 76M |
CAD/CAM Programming Using Mastercam
(Horizontal, 4th Axis, Lathe) |
4 ½ |
|
MCNC 77 |
Conventional Machine Tools, Tool Design, Abrasive Machining |
4 ½ |
|
MCNC 72 |
Applied GD&T; Coordinate Measuring Machine (CMM) |
3 |
At Foothill:
ENGR 10 Introduction to Engineering (4 units)
ENGR 35 Statics (5 units)
ENGR 45 Properties of Materials (5 units)
ENGR 37 Introduction to Circuit Analysis (5 unit
At West Valley:
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Arch 045 |
Architectural Building Codes |
3 |
|
Arch 050 |
Construction Materials & Methods |
3 |
|
Arch 051 |
Architectural Graphics: Drawing & Sketching |
3 |
|
Arch 052 |
Architectural Graphics: Color Rendering |
3 |
|
Arch 053 |
Introduction to Architectural & Environmental Design |
3 |
|
Arch 056 |
Basic Architectural Design |
3 |
|
Arch 057 |
Architectural Model Making |
1 |
|
Arch 058 |
Introduction to Revit Architecture |
3 |
|
Arch 059 |
3D Studio Max: 3D Rendering |
3 |
|
Arch 060 |
Green Building & Sustainable Design |
3 |
|
Arch 061 |
Architectural Design I |
3 |
|
Arch 062 |
Architectural Design II |
3 |
|
Arch 063 |
Architectural Design III |
3 |
|
Arch 066 |
Advanced Revit Architecture |
3 |
|
Arch 040 |
Fundamentals of Historic Preservation |
2 |
|
Arch 041 |
Science of Materials in Historic Preservation |
3 |
|
Arch 042 |
Architectural Restoration & Rehabilitation |
3 |
|
Arch 043 |
Styles in Architecture |
2 |
|
Arch 046 |
History of Architecture |
3 |
|
Arch 047 |
History of Modern Architecture |
3 |
|
Arch 084 |
Sustainability in Landscape Architecture |
3 |
|
Engr 003A |
Basic Technical Drafting |
3 |
|
Engr 003B |
Intermediate Technical Drafting |
3 |
|
Engr 003C |
Advanced Technical Drafting |
3 |
|
Engr 004 |
Introduction to Computer-Aided Design |
3 |
|
Engr 005 |
Advanced Computer-Aided Design |
3 |
|
Engr 006 |
Engineering Problem Solving Using Matlab |
4 |
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Engr 006A |
Matlab |
0.5 |
|
Engr 008 |
Plane Surveying |
3 |
|
Engr 009 |
Intro to 3D Drawing With Pro-E |
3 |
|
Engr 010 |
Introduction to Engineering |
4 |
|
Engr 020 |
Engineering Graphics |
3 |
|
Engr 025 |
Introduction to Materials |
3 |
At Evergreen Valley:
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CADD-130 - Fundamentals of AutoCAD |
|
This course is a computer-aided drafting and design (CADD) course in which the students will learn the fundamentals of using AutoCAD software. The students will learn basic CADD techniques that are used to draw and edit drawing entities; manipulate screen displays; write text; lay out drawings; print and plot drawings; apply dimensions; and manage drawing files. An introduction to computer use will be included in this course and previous knowledge of computers or computer programming is not required. |
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Units: 3 |
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CADD-131 - AutoCAD 2 |
|
This course is a computer-aided drafting and design (CADD) course where students will learn intermediate to advanced applications of AutoCAD software. Specific areas to be covered in this course include: working in model and paper space; drawing and viewing in 3-D space; creating 3-D models; using blocks with attributes; working with external references; rendering; understanding user coordinate system; AutoCAD and the Internet; advanced drawing, editing, and configuration procedures; and an introduction to user- level system customization. |
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Units: 2 |
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CADD-132 - Using Mechanical Desktop |
|
Mechanical Desktop is an integrated CADD package of advanced 3-D modeling tools, and 2-D drafting and drawing capabilities that help conceptualize, design, and document mechanical products. This course is an advanced computer-aided drafting and design (CADD) course where students learn to use Mechanical Desktop software. |
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Units: 2 |
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CADD-133 - Using Autodesk Inventor |
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Inventor is a feature-based, solid modeling tool intended for people who want to create and develop mechanical designs in a 3-D environment. This course is a computer-aided drafting and design (CADD) course wherein the students will learn the fundamentals of Autodesk Inventor software. |
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Units: 2 |
|
CADD-134 - Advanced Autodesk Inventor |
|
This advanced Autodesk Inventor course extends what was learned in the Using Autodesk Inventor course by addressing topics that include advanced model creation techniques, sheet metal design, top-down assemblies, use of design elements, and creation of presentations. |
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Units: 2 |
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CADD-135 - Introduction to Autodesk Land Desktop |
|
CADD 135 is a computer-aided drafting and design course that focuses on the use of Autodesk Land Desktop software. In this course, students will become familiar with the interface and command sets of Land Desktop while learning to create typical civil engineering project data. Working with points, creating surfaces, performing terrain modeling, drawing and editing lines and curves, layout of parcels and performing labeling tasks are concepts included in the project work for this course. |
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Units: 2 |
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CADD-138 - Work Experience |
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Occupational Work Experience is designed for students who work or volunteer in a field related to their career major. Students are required to provide evidence that they are enrolled in a career program (e.g., education plan or coursework in a career/occupational subject area). Students can earn one unit of credit for each 60 hours of unpaid volunteer time or 75 hours of paid work during the semester. Students can repeat Career/Occupational Work Experience, combined with General Work Experience, or alone, up to a maximum of 16 units. Internship/job placement is not guaranteed. |
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Units: 1 - 8 |
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CADD-139 - Using SolidWorks |
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SolidWorks is a feature-based, solid modeling tool intended for people who want to create and develop mechanical designs in a 3-D environment. This course is a computer-aided drafting and design (CADD) course wherein the students will learn the fundamentals of SolidWorks software. |
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Units: 2 |
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CADD-140A - CADD Applications - Basic Drafting |
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This course is a beginning level drafting/CADD course focusing on the standardized concepts of technical drafting. The fundamental drafting concepts of orthographic projection, sketching, section views, auxiliary views, dimensioning practices, and drawing annotations used in a variety of industrial, civil architectural and business applications will be covered. |
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Units: 2 |
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CADD-140B - CADD Applications - Detailing and Assemblies |
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This course is a CADD course focusing on the application of drafting concepts using orthographic projection, sketching, section views, auxiliary views, dimensioning practices, and drawing annotations. The creation of detail and assembly drawing documentation typically done in a variety of industries. |
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Units: 2 |
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CADD-141 - CADD Applications - Design |
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This course is a drafting/design/CADD course where students learn to use 2-D and 3-D CADD techniques when designing single objects and assemblies of objects. Analysis of current design practices and/or manufacturing processes will be included through research of standards, catalogs, data sheets, drawings, and other reference sources. Students will prepare layouts and formal drawings of their designs, and all documentation will be expressed using appropriate conventions. A variety of typical industrial and business design problems, typically done using CADD techniques, will be explored. |
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Units: 2 |
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CADD-142 - Modern Dimensioning and Tolerancing |
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CADD 142 is a theory course that focuses on a study of dimensioning and tolerancing based on ASME Y14.5M-1994 standards. Emphasis will be given to geometric dimensioning and tolerancing concepts, tolerance studies, general dimensioning and tolerancing techniques and theory. An introduction to the newest related standard, ASME Y14.41-2003 Digital Product Definition Data Practices, will be included. |
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Units: 2 |
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CADD-144A - Architectural CADD Applications |
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CADD 144A is an architectural drafting course where the students will apply CADD techniques to typical architectural drawing and design problems. The drawing and detailing of floor plans, foundation plans, sections, interior and exterior elevations and plot plans will be included in this course. All drawing projects will enhance the students' knowledge of the nomenclature and methods applied to the architectural and building industries. |
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Units: 2 |
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CADD-144B - Architectural CADD Applications |
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CADD 144B is an architectural drafting course where the students will apply CADD techniques to typical architectural drawing and design problems. The application and creation of typical drawings, details and specifications to an architectural design project will be the focus of this course. |
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Units: 2 |
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CADD-145 - Architectural CADD Applications-Landscaping |
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CADD 145 is an architectural drafting course where the students will apply CADD techniques to typical architectural drawing and design problems. The drawing, detailing and design of landscaping elements of typical residential or commercial architectural sites will be the focus of this course. |
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Units: 2 |
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CADD-146A - AutoCAD Software Updates |
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CADD 146A is a computer-aided drafting and design course that offers students lab training in the updates and new features included in latest release of AutoCAD software. |
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Units: 0.5 - 2 |
|
CADD-146B - Inventor Software Updates |
|
CADD 146B is a computer-aided drafting and design course that offers students lab training in the updates and new features included in the latest release of Inventor software. |
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Units: 0.5 - 2 |
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CADD-146C - SolidWorks Software Updates |
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CADD 146C is a computer-aided drafting and design course that offers students lab training in the updates and new features included in latest release of SolidWorks software.
Units: 0.5 - 2 |
From: Gary Lamit
Sent: Wednesday, March 13, 2013 4:40 PM
Subject: Counseling for CDI certificates
Counseling for CDI certificates
The State of California approved the Creo Parametric 18-unit certificate but did not approve the AutoDesk and SolidWorks 18-unit certificates.
The following certificates are still available but are officially discontinued and have been deleted from the program starting in the 2013 Catalog. You may retroactively receive these certificates:
- Creo Parametric Certificate of achievement advanced 18-Unit (apply through the counseling department)
- SolidWorks Certificate of achievement 12-Unit (apply through the department by notifying Max and Gary)
- AutoDesk Certificate of achievement advanced 12-Unit (apply through the department by notifying Max and Gary)
- CDI Mechanical Design Certificate of achievement 28-Unit (apply through the counseling department)
- CDI Mechanical Design AA degree 46-Unit (apply through the counseling department)
Max Jeffery Gilleland <[email protected]> Gary Lamit <[email protected]>
You may petition to substitute CDI classes for those not available.
________________________________________________________________________________
The new certificate: CDI 2013-2014 New CAD certificate will be approved by the State of CA by Summer term
CDI CAD- Mechanical Design Certificate- 18 units (Approximately 400 hours)
2 units CDI51 GD and T (50 hours)
4 units CDI60 SolidWorks Beginning (90 hours)
4 units CDI61 SolidWorks Intermediate (90 hours)
4 units CDI70 Creo Beginning (90 hours)
4 units CDI71 Creo Intermediate (90 hours)
18 units
CAD Lab Classes (approximately 400 hours)
2-units CDI101 CAD Lab Creo Parametric Beginning
2-units CDI102 CAD Lab SolidWorks Beginning
2-units CDI103 CAD Lab Creo Parametric Intermediate
2-units CDI104 CAD Lab SolidWorks Intermediate
2-units CDI105 CAD Lab Creo Parametric Advanced
2-units CDI106 CAD Lab SolidWorks Advanced
2-units CDI107 CAD Lab Creo Parametric Surfaces
2-units CDI108 CAD Lab SolidWorks Surfaces
2-units CDI109 CAD Lab Creo Parametric Sheetmetal
2-units CDI110 CAD Lab Geometric Dimensioning and Tolerancing
