Degree and Certificate Outcomes

EET – Electronic Engineering Tech Outcomes

AAS - Biomedical Engineering Technology AAS Degree

Degree Outcomes
Predict and characterize analog circuit behavior by applying analog circuit analysis techniques.
Assess and create desired digital logic circuit outputs by employing digital logic methods of reduction and analysis.
Simulate, force, and measure DC and AC circuit quantities by using industry standard software and test equipment.
Communicate effectively both at the individual level and within team settings.
Carry out instructions and automate highly repetitive or monotonous tasks by utilizing programming skills.
Model and troubleshoot non-linear circuits and systems.
Communicate in a medical setting using proper medical terminology.
Troubleshoot and operate electronic biomedical equipment.

AAS - Electronic Engineering Technology AAS Degree

Degree Outcomes
Predict and characterize analog circuit behavior by applying analog circuit analysis techniques.
Assess and create desired digital logic circuit outputs by employing digital logic methods of reduction and analysis.
Simulate, force, and measure DC and AC circuit quantities by using industry standard software and test equipment.
Communicate effectively both at the individual level and within team settings.
Carry out instructions and automate highly repetitive or monotonous tasks by utilizing programming skills.
Model and troubleshoot non-linear circuits and systems.

AAS - Mechatronics/Automation/Robotic AAS Degree

Degree Outcomes
Assess and create desired digital logic circuit outputs by employing digital logic methods of reduction and analysis.
Simulate, force, and measure DC and AC circuit quantities by using industry standard software and test equipment.
Communicate effectively both at the individual level and within team settings.
Carry out instructions and automate highly repetitive or monotonous tasks by utilizing programming skills.
Model and troubleshoot non-linear circuits and systems.
Construct interfaces to electronically control mechanical systems.

AAS - Renewable Energy Systems AAS Degree

Degree Outcomes
Predict and characterize analog circuit behavior by applying analog circuit analysis techniques.
Assess and create desired digital logic circuit outputs by employing digital logic methods of reduction and analysis.
Simulate, force, and measure DC and AC circuit quantities by using industry standard software and test equipment.
Communicate effectively both at the individual level and within team settings.
Carry out instructions and automate highly repetitive or monotonous tasks by utilizing programming skills.
Model and troubleshoot non-linear circuits and systems.
Analyze alternative power generation systems by utilizing interdisciplinary skills.

AAS - Wireless & Data Communications Technology AAS Degree

Degree Outcomes
Predict and characterize analog circuit behavior by applying analog circuit analysis techniques.
Assess and create desired digital logic circuit outputs by employing digital logic methods of reduction and analysis.
Simulate, force, and measure DC and AC circuit quantities by using industry standard software and test equipment.
Communicate effectively both at the individual level and within team settings.
Carry out instructions and automate highly repetitive or monotonous tasks by utilizing programming skills.
Model and troubleshoot non-linear circuits and systems.
Configure and identify different data communication systems.

ACERTP - Electronic Engineering Technology Less Than One-Year Career Pathway Certificate

Degree Outcomes
Predict and characterize analog circuit behavior by applying analog circuit analysis techniques.
Assess and create desired digital logic circuit outputs by employing digital logic methods of reduction and analysis.
Simulate, force, and measure DC and AC circuit quantities by using industry standard software and test equipment.
Communicate effectively both at the individual level and within team settings.