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Course Criteria
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1.00 Credits
(1.0 Unit) (No prerequisite. One lecture hour weekly.) This course introduces students to the different branches of engineering, emphasizing the educational requirements and the employment expectations upon completion of a four-year degree program. The course outlines basic lower-division transfer plans in detail and provides an overview of the course work required after transfer. This course helps students select from possible transfer options those that best fit personal needs and career objectives. Engineering 110 is intended for students considering careers in engineering, computer science, or related engineering technologies. (CSU/UC)
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2.00 Credits
(2.0 Units) (No prerequisite. Corequisite: Computer Science 150A. Advisories: Engineering 110 and 125. One lecture and three laboratory hours weekly.) This course introduces the student to team-oriented engineering design and problem-solving processes, as well as the use of computers in the solution of a wide variety of engineering problems. Students engage in hands-on design activities, covering all stages of the design process from initial need identification through finished product evaluation, including experimental design and data analysis to support design efforts. Throughout the course, emphasis will be given to technical communications, teamwork, engineering design and problem-solving methodologies. Specific assignments and activities within the course represent a broad range of engineering disciplines. (CSU/UC)
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4.00 Credits
(4.0 Units) (No prerequisite. Two lecture and six laboratory hours weekly.) This course helps students develop the functional skills required for engineering graphical communication, geometric construction, and dimensioning in accordance with ANSI standards. It presents engineering sketching and drawing with an introduction to CAD systems. It also covers the fundamentals of orthographic projection and descriptive geometry, providing applications to engineering design. The course helps students develop their spatial reasoning skills. This course is designed to serve a diversity of disciplines, but with an emphasis on engineering applications. (CSU/UC)
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2.00 Credits
(2.0 Units) (Prerequisite: Engineering 125. One lecture and three laboratory hours weekly.) This course is a continuation of Engineering 125 with an emphasis on engineering design and CAD work. Topics include limit dimensioning, geometric tolerancing, working drawings, and the design process. (CSU/UC)
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3.00 Credits
(3.0 Units) (Prerequisite: Enrollment in engineering or Engineering Technology Programs for at least one year, or equivalent study and/ or employment. Three lecture hours weekly.) Evaluation and effects of loads on structures, earthwork construction, pipeline and utility construction, tunneling, pavement construction, concrete and concrete construction, masonry construction, and discussion of conversion to metric system throughout the course. (CSU)
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2.00 Credits
(2.0 Units) (Prerequisites: Computer Science 150A and Math 123. Two lecture hours weekly.) Designed to meet computer programming requirements for engineering transfer students, when combined with the prerequisite COMP 150A course. Students outline, write, test, and debug computer programs to solve problems and display results, with emphasis on proper documentation of computer code and reports. Common examples and applications of physics and engineering are used throughout the course. (CSU/UC)
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3.00 Credits
(3.0 Units) (Prerequisite: Engineering 150. Three lecture hours weekly.) Steel construction, timber construction, construction surveying, interpretation and administration of contracts, review of contract drawings for a real project constructed for BARTD, and development in class of step-by-step construction procedure. (CSU)
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2.00 Credits
(2.0 Units) (Prerequisite: Engineering 125. Corequisite: Computer Science 110. One lecture and three laboratory hours weekly.) Continuation of Engineering 125 for technology majors. Conducted simultaneously with Engineering 126, it includes most of the same topics listed below with increased emphasis on drafting skills and more detailed applications in place of topics omitted. A seven-week introduction to computer-assisted design and drafting on the ComputerVision MicroCADDS System. Manual drafting topics include limit dimensions, geometric tolerances, threads and fasteners, working drawings, shop processes, intersections and developments, sheet metal drafting, structural drawings, and machine drawings. Both customary and metric units used. (CSU)
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