Automation & Electrical Control Technology Certificate
Program Learning Outcomes
Apply electrical theory to safely wire, troubleshoot, analyze, repair, and build electrical/electronic
systems.
Utilize appropriate test equipment and hand tools to troubleshoot, analyze, repair
electrical/electronic systems.
Describe the operation of electrical components, transformers, and digital and relay
logic in an electrical system.
Apply technical knowledge and skills to safely analyze, assemble, operate, and troubleshoot
digital systems.
A.A.S. in Automation & Electrical Technology
Program Learning Outcomes
Apply knowledge, techniques, skills, and modern tools of mathematics, science, engineering,
and technology to safely solve well-defined problems related to electrical and automation
systems.
Apply solutions for well-defined technical problems and assist with the engineering,
design, integration, repair, testing, troubleshooting, and installation of systems,
components, or processes related to electrical and automation systems.
Apply written, oral, and graphical communication in well-defined technical and non-technical
environments.
Identify and use appropriate technical literature to solve problems, integrate, and
troubleshoot electrical automation systems.
Safely conduct standard tests, measurements, and experiments and analyze and interpret
the results.
Function effectively as a member of a technical team.
A.S. in Automation & Electrical Technology
Program Learning Outcomes
EART students will be able to troubleshoot, install, program, and maintain equipment
used in an automated process.
A.A.S. in Automotive Power Sports Technology
Program Learning Outcomes
Identify/diagnose/repair electrical and electronic systems.
Identify/diagnose/repair two- and four- stroke engine mechanical systems.
Identify/diagnose/repair nonstructural and structural components.
Identify/diagnose/repair clutching and drive train systems.
Identify/diagnose/repair cooling/heating systems.
Identify/diagnose/repair steering suspension and brake systems.
Students will be able to demonstrate and discuss what effect wide-band O2 sensors
have on vehicle emissions and drivability, and how PCM input and output is interpreted.
Automotive Technology Certificate
Program Learning Outcomes
Diagnose and repair charging and electronic systems.
Diagnose and repair braking systems.
Diagnose, repair, and identify drivetrain components.
Diagnose and repair steering and suspension components.
Diagnose and repair HVAC systems.
Diagnose and repair engine mechanical systems.
Diagnose and repair fuel and ignition systems.
Retrieve, diagnose, and flash computer systems.
Collision Repair Technology Certificate
Program Learning Outcomes
Identify, diagnose, and repair electrical systems.
Identify, diagnose, and repair nonstructural and structural damage.
Identify, diagnose, and repair paint refinish defects/damage.
Identify, diagnose, and repair HVAC system damage.
Identify, diagnose, and repair drivetrain damage.
Identify, diagnose, and repair safety and restraint systems.
Develop and display industry communication skills.
A.A.S. in Diesel Mechanics Technology, Diesel Mechanics Technology Certificate
Program Learning Outcomes
Identify, diagnose, and repair electrical and electronic computer systems.
Identify, diagnose, and repair diesel engine mechanical systems.
Identify, diagnose, and repair drivetrain and chassis systems.
Identify, diagnose, and repair steering suspension and brake systems.
Identify, diagnose, and repair heating and cooling systems.
Identify, diagnose, and repair hydraulic/hydrostatic systems.
Identify, diagnose, and repair fuel delivery systems.
Display industry-based communication skills.
Electrical & Control Technology Certificate
Program Learning Outcomes
Apply electrical theory to safely wire, troubleshoot, analyze, repair, and build electrical
systems and control circuits.
Utilize appropriate test equipment and hand tools to troubleshoot, analyze, repair,
and install electrical systems and control circuits.
Describe the operation of electrical components, motors, generators, transformers,
and digital and relay logic in an electrical automation system.
B.S. in Engineering Technology, Automation Emphasis
Program Learning Outcomes
Solve broadly defined problems related to automation systems using moder tools of
mathematics, science, engineering, and technology.
Design systems, components, or processes to meet specified needs of broadly defined
engineering problems related to automation systems.
Troubleshoot automation systems, improve processes, enhance safety of machines, and
integrate various systems.
Analyze and interpret the results of standard tests, measurements, and experiments
to improve processes.
B.S. in Engineering Technology, Power Systems Emphasis
Program Learning Outcomes
Solve broadly defined problems related to electrical automated power systems using
modern tools of mathematics, science, engineering, and technology.
Design systems, components, or processes to meet specified needs of broadly defined
engineering problems related to electrical automated power systems.
Use appropriate technical literature to solve problems, improve processes, enhance
safety, design, protect, integrate, and troubleshoot electrical automated power systems.
Safely conduct standard tests, measurements, and experiments, then analyze and interpret
those results to improve processes.
B.A.S. in Transportation Technologies
Program Learning Outcomes
Diagnose/Repair/Subsume electrical and electronic systems.
