Major: 3220
Catalog Year: 2023-2024
Effective Term: 2012 Fall
Last Admit Term: 2020 Summer
Award: AAS Total Credits: 67-71 CIP Code: 15.0303 |
Primary College:
Initiating College: Mesa Community College
Program Availability: Not Found
Program Availability: College-Specific
Field of Interest: Applied Technology
Instructional Council: Applied Technology (57) GPA: 2.00 |
SOC Code: 17-3023
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Program Prerequisites: None
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Required Courses | |||||||||||
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+ELE105 Algebra-Trigonometry for Technology 5 | Credits: 53 |
Restricted Electives | |||
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| Credits: |
General Electives | |||
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| Credits: |
General Education Requirements | |||
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General Education Requirement | Credits: 14-18 | ||
General Education Core | Credits: 9-12 | ||
First-Year Composition | Credits: 6 | ||
+ Any approved general education course from the First Year Composition area. | |||
Oral Communication | Credits: 3 | ||
Any approved general education course from the Oral Communication area. | |||
Critical Reading | Credits: 0-3 | ||
Any approved general education course from the Critical Reading area OR Equivalent as indicated by assessment.
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Mathematics | Credits: 0 | ||
Met by ELE105 in the Required Courses area. | |||
General Education Distribution | Credits: 5-6 | ||
Humanities, Arts and Design | Credits: 2-3 | ||
Any approved general education course from the Humanities and Fine Arts area. | |||
Social-Behavioral Sciences | Credits: 3 | ||
Any approved general education course from the Social and Behavioral Sciences area.
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Natural Sciences | Credits: 0 | ||
Met by ELE111, ELE112, ELE121, ELE131 in the Required Courses area. | |||
Program Competencies | |||
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1. Demonstrate an ability to solve linear algebraic equation. (ELE105)
2. Use algebraic and trigonometric functions to solve electronic problems. (ELE105) 3. Apply Ohm`s and Kirchhoff`s laws to the solution of DC circuits and networks. (ELE111) 4. Apply Kirchhoff`s laws in conjunction with phasor concepts to solve AC circuits and networks. (ELE112) 5. Apply small signal analysis to bipolar and field-effect transistor circuits, and multistage amplifiers. (ELE121) 6. Apply the concept of Boolean algebra to the generation and reduction of logic circuits. (ELE131) 7. Demonstrate the ability to design and construct an electronic circuit board and enclosure. (ELE173) 8. Use the operational amplifier as a linear functional block. (ELE222) 9. Use assembly language to program a microprocessor. (ELE241) 10. Analyze and discuss input/output techniques necessary for interfacing keyboards, displays, and stopper motors to a microprocessor. (ELE243) 11. Properly use standard electronic test equipment in the laboratory environment. (ELE251) 12. Describe sideband and bandwidth characteristics of FM and AM transmitted waveforms. (ELE261) 13. Describe the operation and salient characteristics of asynchronous and synchronous, modems. (ELE263) 14. Develop an appreciation of safe work habits. (GTC106AA) 15. Describe the operation and application of various electromechanical devices. (GTC185) 16. Use computer programs to solve technology related problems. (ELE181) | |||
+ indicates course has prerequisites and/or corequisites.
++ indicates that any suffixed course may be selected. MCCCD Governing Board Approval Date: June 26, 2012 |