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College Catalog Cover Design 2 - Pima Community College

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CRC 296 Clinical Research Independent Study: Clinical Project<br />

1-6 cr. hrs. 4-24 periods (4-24 lab)<br />

Students independently continue their development in Clinical Research under the mentorship of a faculty member.<br />

Content will be determined by instructor and student.<br />

Information:<br />

Students must obtain lead faculty approval before enrolling in this course.<br />

Course content and performance objectives will be kept on file in the campus curriculum coordinator’s program file.<br />

Offered: May not be offered this year, check class schedule.<br />

Computer Aided <strong>Design</strong> and Drafting<br />

For courses numbered 098, 198, 298, see “Topic Courses” on page 292<br />

CLINICAL RESEARCH COORDINATOR — COMPUTER AIDED DESIGN/DRAFTING<br />

CAD 101 Computer Aided Drafting I<br />

4 cr. hrs. 6 periods (3 lec., 3 lab)<br />

Two-dimensional computer aided drafting (CAD) concepts and techniques. Includes CAD methods, electronic file<br />

management, freehand sketching, visualization, dimensioning, hard copy production, and final project.<br />

Information: For individuals with no computer and/or drafting experience.<br />

Offered: Fall, Spring. Summer.<br />

CAD 104 Integrated Circuit Layout Fundamentals<br />

4 cr. hrs. 6 periods (3 lec., 3 lab)<br />

Principles and concepts of integrated circuit layout using Cadence design software. Includes basic electronics,<br />

fundamentals of integrated circuits, circuit design, circuit floorplanning, electronic file management, schematic diagram,<br />

and physical layout overview.<br />

Recommendation: CAD 114 and TEC 100.<br />

Offered: Fall, Spring.<br />

CAD 114 Electronic Manufacturing Processes<br />

2 cr. hrs. 2 periods (2 lec.)<br />

Principles and concepts of integrated circuit manufacturing processes. Includes integrated circuit device physics,<br />

semiconductor fabrication, failure mechanisms, resistors, capacitors, diodes, and metal-oxide semiconductor (MOS)<br />

transistors.<br />

Offered: Spring.<br />

CAD 117 Print Reading and Sketching for Manufacturing<br />

4 cr. hrs. 5 periods (3 lec., 2 lab)<br />

Principles and concepts of print reading and technical freehand sketching. Includes common print and manufacturing<br />

terms, print fundamentals and standards, freehand sketching applications, and print analysis.<br />

Offered: Fall, Spring.<br />

CAD 127 Introduction to MicroStation<br />

4 cr. hrs. 6 periods (3 lec., 3 lab)<br />

Introduction to MicroStation basic concepts and techniques. Includes computer aided drafting procedure and methods in<br />

the areas of architectural and civil design, electronic file management, software drawing setup, 2D and 3D fundamental<br />

elements creation and manipulating elements, annotation, industry standards, scale, dimensioning, hard copy production,<br />

and final project.<br />

Offered: Spring.<br />

CAD 142 Introduction to Parametric Modeling: SolidWorks<br />

4 cr. hrs. 6 periods (3 lec., 3 lab)<br />

Beginning level parametric modeling mechanical concepts, techniques, and problems using SolidWorks software. Includes<br />

parametric modeling, working drawings, assemblies, and plotting techniques.<br />

Prerequisite(s): CAD 101.<br />

Information: XYZ coordinate system understanding is required before enrolling in this course.<br />

Offered: Spring.<br />

CAD 151 Computer Aided Drafting II<br />

4 cr. hrs. 6 periods (3 lec., 3 lab)<br />

Continuation of Computer Aided Drafting I. Includes block attributes, external references, adaptive scaling, 3-D modeling<br />

applications, shading and rendering of 3-D models, layer usage, hard copy techniques and procedures, utilization, and<br />

intermediate file management procedures.<br />

Prerequisite(s): CAD 101 or IDE 158.<br />

Offered: Fall, Spring, Summer.<br />

<strong>Pima</strong> <strong>Community</strong> <strong>College</strong> <strong>Catalog</strong> 2011/2012 352

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