EET - Electronic Engineering Technology Outcomes

AAS: Electronic Engineering Technology

  • Read and understand electronic circuit schematic diagrams and identify electronic components and have a basic knowledge of their operating characteristics.
  • Use basic electronic instruments such as the digital multi-meter, oscilloscope, function generator, and spectrum analyzer to measure and analyze the performance of electronic circuits.
  • Use computer applications such as word processors, spreadsheets, circuit simulators, and data acquisition.
  • Use a scientific calculator to solve electronic circuit problems.
  • Apply basic electronic theory, math, and physics to measure and analyze the performance of electronic circuits.  Be able to find and solve problems in electronic circuits.
  • Communicate effectively and work individually and as a team member.
  • Continue training on the job, at an educational institution, or engage in self-learning.
  • Obtain employment in the electronics industry.
  • Transfer to a 4-year BSEET program at schools such as the OIT.

AAS: Electronic Engineering Technology: Biomedical Engineering Technology

  • Upon successful completion of the BMET option the students can
  • work as an entry level biomedical equipment technicians and they
  • should be able to: adapt, operate and maintain medical,
  • laboratory, and radiologic equipment.
  • Perform safety inspections
  • Troubleshoot and make repairs when necessary.
  • Supervise, evaluate, calibrate and maintain biomedical equipment.

Two-Year Certificate: Electronic Engineering Technology

  • Read and understand electronic circuit schematic diagrams and identify electronic components and have a basic knowledge of their operating characteristics.
  • Use basic electronic instruments such as the digital multi-meter, oscilloscope, function generator, and spectrum analyzer to measure and analyze the performance of electronic circuits.
  • Use computer applications such as word processors, spreadsheets, circuit simulators, and data acquisition.
  • Use a scientific calculator to solve electronic circuit problems.
  • Apply basic electronic theory, math, and physics to measure and analyze the performance of electronic circuits.  Be able to find and solve problems in electronic circuits.
  • Communicate effectively and work individually and as a team member.
  • Continue training on the job, at an educational institution, or engage in self-learning.
  • Obtain employment in the electronics industry.
  • Transfer to a 4-year BSEET program at schools such as the OIT.

 

References