| TH:108 and 109 Computer Fundamentals for Technicians 2 cr. each S |
| Technician |
| This course will cover microcomputer operating systems, hardware and application software. Spreadsheets, database management, word processing, graphs and operating Windows environment, Internet searches and power point presentations. Lab exercises will follow lecture and class discussion. |
| (16 Lec. Hrs./32 Lab Hrs.) |
| Prerequisites: TH:108 - None. TH:109 - TH:108. |
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| TH:110 Computer Fundamentals for Technicians 3 cr. S |
| This course will cover microcomputer operating systems, hardware and application software. Spreadsheets, database management, word processing and 2-D graphics packages will be specific areas of coverage. Lab exercises will follow lecture and class discussion. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
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| TH:115 Continuous Quality Management 3 cr. S |
| This is an introductory course which will lead the student into the world of quality and the quality process. Students will learn new ways to make decisions based on pertinent data gained through the use of many new tools. Students will be encouraged to use the tools and information they receive in everyday life as well as in their future careers. |
| (59.4 Lec. Hrs.) |
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| TH:118 and 119 Applied Physics I-A and I-B 1.75 cr. each S |
| An intensive applied math and physics experience. The content covered will be reinforced with a highly 'hands-on' approach, applying concepts across the four primary energy systems, while strengthening each participant's math skills. Topics covered will include force, work, rate, resistance and power/force transformers. |
| (16 Lec. Hrs./24 Lab Hrs. each course) |
| Prerequisites: TH:118 - AU:102. TH:119 - TH:118. |
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| TH:120 Applied Physics I 3 cr. S |
| An intensive applied math and physics experience. The content covered will be reinforced with a highly 'hands-on' approach, applying concepts across the four primary energy systems, while strengthening each participant's math skills. Topics covered will include force, work, rate, resistance, energy, power and force transformers. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisites: AU:100 |
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| TH:123 and 124 Applied Physics II-A and II-B 1.75 cr. each S |
| A continuation of concepts developed and delivered in Applied Physics I/A and I/B. It is an intensive applied math and physics course. Course content is delivered through application labs as well as traditional methods. Concepts will again be applied over the four primary energy systems. Main units of coverage will be momentum, waves, energy converters, transducers, radiation, optical systems and time constants. |
| (16 Lec. Hrs./24 Lab Hrs. each course) |
| Prerequisites: TH:123 - TH:119. TH:124 - TH:123. |
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| TH:125 Applied Physics II 3 cr. S |
| A continuation of concepts developed and delivered in Applied Physics I. It is an intensive applied math and physics course. Course content is delivered through application labs as well as traditional methods. Concepts will again be applied over the four primary energy systems. Main units of coverage will be momentum, waves, energy converters, transducers, radiation, optical systems and time constants. |
| (39.6 Lec. Hrs./59.4 Lab Hrs.) |
| Prerequisites: TH:120 |
