Program Outcomes of Electrical Engineering Technology

1. Students will apply the theory of linear networks and semiconductor electronic devices to analyze and design electronic/electrical circuits and systems.


2. Students will apply the theory of motors, generators, and transformers to test, troubleshoot, analyze, and specify electric machines.


3. Students will apply a knowledge of the binary, octal, and hexadecimal number systems, of Boolean algebra, and of canonical and modern techniques for digital system design to analyze and design combinatorial and sequential digital logic systems.


4. Students will use assembly and high level programming languages for microcontrollers and microcomputers to design and implement solutions for practical data acquisition, analysis, and control problems.


5. Students will apply linear transform techniques to analyze and design digital signal processing systems and communication systems.


6. Students will apply standard formulas, graphs, and tables to solve canonical problems throughout the curriculum; and they will know the limitations of these standard methods and will recognize problems in which the application of standard methods is not appropriate.


7. Students will use discipline- and application-specific software packages to solve practical problems and will understand their limitations.


8. Students will design and carry out experiments, analyze data, and make iterative improvements by using safe and technically-correct laboratory techniques.


9. Students will apply Laplace transform techniques to solve differential equations and analyze and design feedback control systems.


10. Student will apply a knowledge of statistics and probability to process data and conduct hypothesis tests.


11. Students will apply the fundamental principles of science and mathematics to solve practical problems in science and technology, including unfamiliar or non-standard problems.


12. Students will apply project management techniques to analyze and manage the progress of electrical/electronic system design projects.


13. Students will produce clear, precise, and effective technical documents and oral presentations with the help of modern information technology and software, such as Internet searching engine, word processors and presentation software.


14. Students will collaborate with each other in laboratory and classroom settings.


15. Students will be familiar with the major technical societies in their discipline and will understand the requirements and benefits of membership.


16. Students will understand the ethical implications of their work and will be familiar with the laws and codes governing the professional conduct of those practicing engineering technology.


17. Students will have an appreciation for arts, humanities, and their own and other cultures.


18. Students will understand the contributions, good and bad, of science and technology in the modern world.