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  • 3.00 Credits

    The study of human exceptionality is important for undergraduate students to understand our pluralistic society, accept differences and develop the sensitivity and awareness that would allow them to work effectively in a diverse society. In the United States, people with disabilities are the largest growing minority group. Currently, there are over 54 million individuals with disabilities and the numbers continue to increase. Therefore, it is reasonable to conclude that our students will encounter exceptional individuals in their classes, in their community, and in their workplace. It is imperative that our students have the opportunity to learn about the nature and courses of exceptionality as well as the history of litigation that has led to increased civil rights for people with disabilities. Lecture ( 45.00)
  • 3.00 Credits

    This course will provide students with historical and cultural perspectives of how and why people acquire and use literacy to meet personal and societal needs. By viewing literacy through different lenses, students will acquire an understanding of the interrelationship of language, thought, and social practice. Lecture ( 45.00)
  • 4.00 Credits

    This course covers the fundamental concepts that are the foundation for succeeding in electrical and electronics courses. Emphasis is on the analytical understanding of basic DC and AC circuits in mathematical terms and in laboratory situations. Laboratory test equipment is utilized to substantiate the mathematical analysis of experimental circuits. Lecture ( 30.00) Laboratory ( 60.00) Corequisites: MTH-125
  • 3.00 Credits

    This course covers the application of DC and AC electrical principles to electrical circuit networks. Basic network theorems and methods of analysis are combined with complementary laboratory exercises to provide a solid working foundation in electrical fundamentals. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: EET-101
  • 3.00 Credits

    This course introduces the student to electronic semiconductor devices and describes the methods, basic circuits, and hardware needed to enable the devices to operate within predictable limits. The theoretical topics presented in the lectures will be supplemented with practical applications of them in laboratory exercises and experiments using currenttechnology industrial test equipment and test procedures. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: EET-101
  • 3.00 Credits

    This course is a continuation of Electronics I. Complex circuits with discrete components (FET, OP-Amps and filters), and with linear ICs will be described and analyzed. Laboratory experiments using current technology test equipment and test procedures will be used to verify results of theoretical analysis. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: EET-211
  • 3.00 Credits

    This course analyzes electronic circuits that perform modulation and detection of AM, FM, MN signals and pulsed waveforms. All methods of wireless communications including digital, data, and high frequency communication techniques are investigated. The theories presented in the lectures will be demonstrated with practical applications in laboratory experiments. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: EET-201 and EET-211 Corequisites: EET-212
  • 3.00 Credits

    This course covers binary number systems: Boolean algebra, digital logic functions, implementation of simple logical operations, and utilization of the Karnaugh map for simplification of logical equations. In this course applications include multi-vibrations and switching and counting circuits, using both integrated circuits and discrete components. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: EET-101
  • 3.00 Credits

    This course offers students the opportunity to work with various industrial robots in programming for movements and functions. In this course the fundamental principles of operation will be covered. Topics include AC and Fluidic power, DC power and positioning, data acquisition, data handling and conversion, voice synthesis and interfacing. Lecture ( 30.00) Laboratory ( 30.00) Prerequisites: EET-101
  • 3.00 Credits

    This is a capstone course designed to introduce the student to principles of comprehensive design of an electrical/electronic project. The student may work within a small engineering team to design and develop a project, or the student may work alone on a project, depending on class size. Students are expected to develop a complete plan from feasibility study, cost analysis and electrical design and documentation through the building of a prototype. Interaction between electrical and mechanical students will be encouraged. All students must make a formal written and verbal presentation at the completion of the course. Lecture ( 15.00) Laboratory ( 60.00) Prerequisites: EET-211 and EET-201 Corequisites: EET-212
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