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Electronics Engineering Technology
Automation and Robotics
The Automation and Robotics option prepares students for
design, interface, installation, and troubleshooting of
industrial automation systems. Emphasis is on
electronics, electrical controls, motors, programmable
logic controllers, servo systems, robotics, hydraulics
and pneumatics, and mechanical systems. Students
will integrate electronics and electrical controls with
mechanical systems and programmable controllers and
explore alternative trade-offs in the process of
problem-solving and troubleshooting.
Graduates of this program can
function as industrial controls technicians and
engineers, electronics installation and repair
specialists, automation specialists, maintenance systems
technicians, PLC programmers, robotics technicians, and
applications engineers. A person must have a
comprehensive understanding of electronics, electrical
controls, motors, PLC programming, hydraulics and
pneumatics and mechanical systems to work at this level
in business and industry.
Program Outcomes
The student will:
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Demonstrate
proficiency with electrical and electronic
components and circuits;
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Demonstrate
applications of electronics and electrical
components to industrial controls design;
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Develop controls
design techniques using the latest technology;
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Demonstrate
application of accepted industry safety practices;
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Demonstrate
problem solving skills and troubleshooting
techniques in electrical controls
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Demonstrate
written and oral communication skills;
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Explain ethical
considerations involved in controls design;
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Apply effective
interpersonal and teamwork skills.
| First Semester |
| CIT 110S |
Personal Computer Applications |
3 |
| EGR 100S |
Introduction to Engineering |
1 |
| EGR 225S |
Hydraulics & Pneumatics |
3 |
| ELT 110S |
Circuits I |
3 |
| ELT 131S |
Industrial Controls |
3 |
| ENG 121S |
Composition I |
3 |
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16 |
|
Second Semester |
| ELT 121S |
Electronic Devices |
4 |
| ELT 141S |
Digital Electronics |
4 |
| ELT 151S |
Programmable Logic Controllers |
3 |
| ELT 210S |
Circuits II |
3 |
| MTH 123S |
Trigonometry |
3 |
| |
17 |
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Third Semester |
| EGR 240S |
Analytical Troubleshooting |
3 |
| ELT 255R |
Automation and Robotics Project
I |
1 |
| ELT 251S
|
Advanced Programmable Logic
Controllers |
3 |
| ENG 124S |
Technical Writing |
3 |
| MGT 223S |
Project Management |
3 |
| |
Technical Elective1 |
|
| |
16 |
|
Fourth Semester |
| ELT 255L |
Automation &
Robotics Project II1 |
3 |
| ELT 233S |
Servo Systems
& Robotics |
3 |
| COM 120S |
Effective
Communication |
3 |
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Humanities
Elective 2 |
3 |
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Social/Behavioral Science Elective 2 |
3 |
| |
Technical
Elective 2 |
3 |
| |
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18 |
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Total
Credit Hours |
67 |
|
Automation and Robotics Certificate |
| EGR 100S |
Introduction
to Engineering |
1 |
| EGR 225S |
Hydraulics
and Pneumatics |
3 |
| ELT 110S |
Circuits I |
3 |
| ELT 121S |
Electronic
Devices |
4 |
| ELT 131S |
Industrial
Controls |
3 |
| ELT 141S |
Digital
Electronics |
4 |
| ELT 151S |
Programmable
Logic Controllers |
3 |
| ELT 210S |
Circuits II |
3 |
| CIT 110S |
Personal
Computer Applications |
3 |
| ENG 121S |
Composition I |
3 |
| MTH 123S |
Trigonometry |
3 |
|
Total
Credit Hours |
33 |
Electronics Engineering Technology
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