Electronic Engineering Technology
Program Outcomes
1. Use mathematical formulas based on scientific laws and theorems as they relate to electricity, to analyze circuit problems. Formulate solutions, and predict circuit behavior of both analog and digital circuits.
2. Possess the knowledge and skills to create a digital logic circuit design as a solution to a given problem statement. Build and verify designed circuit operation. Provide full documentation on design.
3. Build analog or digital circuits from a schematic drawing. Verify operation using test equipment such as ohmmeters, digital and analog voltmeters, ammeters, oscilloscopes, power supplies, function generators, and logic probes.
4. Use PSPICE modeling circuit simulation software as a design tool to draw, simulate and test behavior of both analog and digital circuits.
5. Create an electronic project using an Electronic Design Automation software to design printed circuit board(s), build the project, and ensure its proper operation.
6. Use a high level programming language to program a microcontroller or solve a technical problem.
7. Design a Lab VIEW program to serve as a system including virtual instruments to display / store/ evaluate or plot data.
8. Communicate findings of laboratory experiments in the form of laboratory reports in a professional manner using appropriate word processor, spreadsheet, and schematic drawing software.
9. Present results of experiments or research orally to a group.
10. Actively participate on multicultural teams in a laboratory setting to achieve final solutions to a given task within the time allotted.
11. Realize the responsibility of the individual technician to work in an ethical manner as it relates to recommendations based on experimental data and understand the code of ethics as it applies to the electronic technician profession.
12. Gain employment as an electronic technician or in a related technology field.
13. Continue studies toward a B.S. degree in engineering or engineering technology.
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