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Mechanical-Electrical Technology (AAS.MET)

Mechanical Electrical Technology (MET) program is designed to give the student a wide background in mechanical and electrical skills. These skills and knowledge include welding, hydraulics, pneumatics, CAD, CNC, HVAC, AC/DC circuits, ladder logic, motors and PLCs. Technical electives are incorporated into this degree to allow the student to focus more concentration in an area of their interest (such as wind or solar). Graduates will be prepared for many different kinds of technical jobs for today and the future. Some of these employment opportunities include: CAD operator/designer, CNC operator/programmer, HVAC technician, maintenance technician, industrial electrician and service technician. A graduate with a MET degree will be prepared for high paying technical jobs that are available locally and nationwide.

Program requirements may change over time. Specific degree/graduation requirements are determined by a degree audit.

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First Year
First Semester

CORETEC-040

Credit Hours: 2.50

COREIND-044

Credit Hours: 3.00

COREAPT-050

Credit Hours: 4.00

GENENG-050

-OR-
-OR-
Credit Hours: 3.00

GENAPT-041

-OR-
Credit Hours: 3.00

First Year
Second Semester

COREAPT-051

Credit Hours: 4.00

COREMET-043

Credit Hours: 2.50

COREIND-052

Credit Hours: 2.50

COREMTT-050

Credit Hours: 3.00

COREWEL-057

Credit Hours: 2.50

GENAPT-042

Credit Hours: 2.00

GENAPT-043

Credit Hours: 2.00

Second Year
First Semester

CORECIS-068

Credit Hours: 2.00

CORECAD-056

Credit Hours: 2.00

COREEET-072

Credit Hours: 2.00

COREEET-086

Credit Hours: 2.00

COREIND-043

Credit Hours: 4.00

GENECO-231

-OR-
Credit Hours: 3.00

Second Year
Second Semester

COREIND-054

Credit Hours: 3.00

CORECIM-060

Credit Hours: 3.00

COREMET-084

Credit Hours: 3.00

GENCOM-111

-OR-
-OR-
Credit Hours: 2.00

ELE--- ---

Credit Hours: 2.00

ELE--- ---

Credit Hours: 2.00

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Suggested Electives
TEC-043
Industrial Safety

TEC-043
Industrial Safety

Designed to give the student basic information and procedures concerning industrial safety awareness and accident prevention.

Course Outline

1.0
IND-042
Pipefitting Procedures

IND-042
Pipefitting Procedures

Focuses on the basic principles of installation and maintenance of industrial piping systems. Mechanical joining methods are stressed.

Course Outline

1.0
EET-087
Prog Logic Controllers II

EET-087
Prog Logic Controllers II

This course covers advanced topics of the Micrologix 1000 PLC operation and programming using Rslogix500 software and Allen Bradley PLC's. Topics include Analog I/O, Math and Data handling instruction, program flow, message instructions, and communication protocols.


Course Outline

2.0
EET-075
HMI-Human Machine Interface

EET-075
HMI-Human Machine Interface

This course covers basic HMI operation and programming using Wonderware - InTouch software. Topics include: Designing HMI windows, interfacing to the PLC, basic animation, using and creating logic scripts, using DDE, setting alarms, charts and trending, and security.


Course Outline

2.0
EET-069
Residential Wiring I

EET-069
Residential Wiring I

This course provides students with an understanding of residential wiring. Topics include safety, planning, and installation of residential wiring systems according to the National Electrical Code®. (Repeatable 3 Times)

Course Outline

3.0
CAD-057
CAD II

CAD-057
CAD II

This course is a continuation of CAD I (CAD056). Such subjects as Symbol Libraries, Block Attributes, 3 D Design and Solid Modeling.


Course Outline

3.0
CAD-059
Special Applications of CAD

CAD-059
Special Applications of CAD

This course is a more in depth study of computer aided design. The student will explore specific architectural and civil applications of CAD and industry requirements using Revit and AutoCad.


Course Outline

3.0
CAD-058
CAD Drafting Systems

CAD-058
CAD Drafting Systems

This course familiarizes the student with the setup, use and features of various CAD systems. Such subjects as operating systems, file management and customizing AutoCAD are also studied.


Course Outline

2.0
CAD-062
Introduction to Solidworks

CAD-062
Introduction to Solidworks

This course is a study of three-dimensional solid modeling using the Solidworks system. The student will learn to create, view, render and plot 3D models and assemblies. (Repeatable 3 Times)


Course Outline

2.0
EET-057
Computer Systems Architecture

EET-057
Computer Systems Architecture

This course is designed to provide a technical foundation for system design, systems implementation, hardware and software procurement, and computing resource management.


Course Outline

3.0
WND-040
Introduction to Wind Technology

WND-040
Introduction to Wind Technology

This course provides students with an understanding of basic wind technology concepts. Topics include turbine parts and operation, anemometry data collection and analysis, and evaluation of basic turbine technology. (Repeatable 3 Times)

Course Outline

3.0
EET-068
Photovoltaic Systems

EET-068
Photovoltaic Systems

This course is designed to provide a technical foundation for design, installation, and evaluation of residential and commercial photovoltaic systems. Concepts of system advantages and disadvantages, site evaluation, system design and sizing are assessed. (Repeatable 3 Times)


Course Outline

3.0
CIM-044
Industrial Robotics

CIM-044
Industrial Robotics

A comprehensive study of industrial robotics used in computer integrated manufacturing systems. Some areas of study include history, classification, tooling, sensors, safety and justification of robotic systems. The student will learn robotics related to manufacturing, and fundamental robotic programming. (Repeatable 3 Times)

Course Outline

2.0
CAD-060
3D Solid Modeling

CAD-060
3D Solid Modeling

This course is an in depth study of three-dimensional solid modeling using different computer aided design programs. The student will learn to create, view, render and plot 3D models, parts and assemblies.


Course Outline

3.0
×
Suggested Electives
TEC-043
Industrial Safety

TEC-043
Industrial Safety

Designed to give the student basic information and procedures concerning industrial safety awareness and accident prevention.

Course Outline

1.0
IND-042
Pipefitting Procedures

IND-042
Pipefitting Procedures

Focuses on the basic principles of installation and maintenance of industrial piping systems. Mechanical joining methods are stressed.

Course Outline

1.0
EET-087
Prog Logic Controllers II

EET-087
Prog Logic Controllers II

This course covers advanced topics of the Micrologix 1000 PLC operation and programming using Rslogix500 software and Allen Bradley PLC's. Topics include Analog I/O, Math and Data handling instruction, program flow, message instructions, and communication protocols.


Course Outline

2.0
EET-075
HMI-Human Machine Interface

EET-075
HMI-Human Machine Interface

This course covers basic HMI operation and programming using Wonderware - InTouch software. Topics include: Designing HMI windows, interfacing to the PLC, basic animation, using and creating logic scripts, using DDE, setting alarms, charts and trending, and security.


Course Outline

2.0
EET-069
Residential Wiring I

EET-069
Residential Wiring I

This course provides students with an understanding of residential wiring. Topics include safety, planning, and installation of residential wiring systems according to the National Electrical Code®. (Repeatable 3 Times)

Course Outline

3.0
CAD-057
CAD II

CAD-057
CAD II

This course is a continuation of CAD I (CAD056). Such subjects as Symbol Libraries, Block Attributes, 3 D Design and Solid Modeling.


Course Outline

3.0
CAD-059
Special Applications of CAD

CAD-059
Special Applications of CAD

This course is a more in depth study of computer aided design. The student will explore specific architectural and civil applications of CAD and industry requirements using Revit and AutoCad.


Course Outline

3.0
CAD-058
CAD Drafting Systems

CAD-058
CAD Drafting Systems

This course familiarizes the student with the setup, use and features of various CAD systems. Such subjects as operating systems, file management and customizing AutoCAD are also studied.


Course Outline

2.0
CAD-062
Introduction to Solidworks

CAD-062
Introduction to Solidworks

This course is a study of three-dimensional solid modeling using the Solidworks system. The student will learn to create, view, render and plot 3D models and assemblies. (Repeatable 3 Times)


Course Outline

2.0
EET-057
Computer Systems Architecture

EET-057
Computer Systems Architecture

This course is designed to provide a technical foundation for system design, systems implementation, hardware and software procurement, and computing resource management.


Course Outline

3.0
WND-040
Introduction to Wind Technology

WND-040
Introduction to Wind Technology

This course provides students with an understanding of basic wind technology concepts. Topics include turbine parts and operation, anemometry data collection and analysis, and evaluation of basic turbine technology. (Repeatable 3 Times)

Course Outline

3.0
EET-068
Photovoltaic Systems

EET-068
Photovoltaic Systems

This course is designed to provide a technical foundation for design, installation, and evaluation of residential and commercial photovoltaic systems. Concepts of system advantages and disadvantages, site evaluation, system design and sizing are assessed. (Repeatable 3 Times)


Course Outline

3.0
CIM-044
Industrial Robotics

CIM-044
Industrial Robotics

A comprehensive study of industrial robotics used in computer integrated manufacturing systems. Some areas of study include history, classification, tooling, sensors, safety and justification of robotic systems. The student will learn robotics related to manufacturing, and fundamental robotic programming. (Repeatable 3 Times)

Course Outline

2.0
CAD-060
3D Solid Modeling

CAD-060
3D Solid Modeling

This course is an in depth study of three-dimensional solid modeling using different computer aided design programs. The student will learn to create, view, render and plot 3D models, parts and assemblies.


Course Outline

3.0
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