Industrial Control Systems
Industrial Control Systems provides for a study of components, circuits, instruments
Program Chair
and control techniques used with Industrial Automated Systems. Students will
Ron Hutain
develop skill sets which enable the integration of: electronics, mechanics,
Electronics Bldg.
pneumatics, hydraulics and computer controls. The focus of study is on two main
(479) 508-3328
areas, one is control techniques for industrial components, such as electric motors,
rhutain@atu.edu
variable-speed drives, programmable logic controllers, servomechanisms and
sensors. The computer system area of concentration will allow the student to have
Instructor
an understanding of how to repair, upgrade, or network a complete computer
Jody Chrisman
system, both hardware and software. The intent of this program is to prepare the
student to deal with a broad concept of automation technology. The diverse
educational training provides for a host of integrated skills that can be applied in a variety of job contexts to include: green
energy technology, electronics, medical, manufacturing, and production.
Industrial Control Systems
Curriculum in Drafting and Design Certificate of Proficiency
(15 Semester Credit Hours)
The Certificate of Proficiency in Drafting and Design is a course of study that prepares students for entry-level
employment in an architecture or engineering related field. The courses within the certificate of proficiency can lead to a
new career or simply enhance a person's skill set to make him/her more productive and marketable.
Course #
Course Name
Semester Hours
DD 1403
Drafting and Design
3
DD 1413
Architectural/CADD I
3
DD 1423
Architectural/CADD II
3
DD 1433
Engineering/CADD I
3
DD 1443
Engineering/CADD II
3
Total
15
Curriculum in Industrial Electronic Technology Technical Certificate
(30 Semester Credit Hours)
The Technical Certificate in Industrial Electronic Technology is designed to enhance the technical skills and job-related
knowledge of individuals who are currently employed in the industrial field as well as other persons seeking careers in
Industrial Systems. Upon advisor approval, documented competencies acquired through training, certification, or
licensure may be substituted as equivalencies for related technical courses. The majority of the technical courses are
offered on a flexible schedule on campus, at off-site industrial locations and on the web. Courses taken for the certificate
may be applied to the Associate of Applied Science degree in Industrial Systems.
Course #
Course Name
Semester Hours
Fall
ICS 1004
Fundamentals of Electricity
4
ICS 1123
Semiconductors I
3
ICS 2123
Industrial Fluid Power
3
3 hours
Approved Elective Credit
3
Total
13
Spring
ICS 2213
Semiconductors II
(prerequisite: ICS 1123)
3
2 hours
Approved Elective Credit
2
BST 1003
Business English
or
Foundational Composition
3
ENGL 0303
ENGL 1013
or
Composition I
TMAT 1103
Technical Mathematics I (or higher math)
Total
3
11
Summer I
ICS 1143
Introduction to Digital Logic
3
3 hours
Approved Elective Credit
3
Total
6
Curriculum in Industrial Control Systems Technical Certificate
(42 Semester Credit Hours)
Course #
Course Name
Semester Hours
1st Semester
ICS 1103
Programming I
3
ICS 1104
Fundamentals of Electricity
4
ICS 1123
Semiconductors I
3
ICS 1143
Introduction to Digital Logic*
3
ICS 1153
Networking I
3
Total
16
2nd Semester
ICS 1253
Networking II
(prerequisite: ICS 1153)
3
ICS 1303
PC Maintenance I
3
ICS 2203
Computer System Components
3
ICS 2213
Semiconductors II
(prerequisite: ICS 1123)
3
Total
12
3rd Semester
ICS 2115
Programmable Controllers
5
ICS 2116
Basics of Industrial Automation
6
ICS 2123
Industrial Fluid Power
3
Total
14
*Usually offered in Summer I term
Curriculum in Industrial Control Systems Associate of Applied Science Degree in Industrial Control
Systems
(60 Semester Credit Hours)
Course #
Course Name
Semester Hours
1st Semester
ICS 1103
Programming I
3
ICS 1104
Fundamentals of Electricity
4
ICS 1123
Semiconductors I
3
ICS 1143
Introduction to Digital Logic *
3
ICS 1153
Networking I
3
TMAT 1203
Technical Mathematics II (or higher math)
Total
3
19
2nd Semester
ICS 1253
Networking II
(prerequisite: ICS 1153)
3
ICS 1303
PC Maintenance I
3
ICS 2203
Computer System Components
3
ICS 2213
Semiconductors II
(prerequisite: ICS 1123)
3
ENGL 1013
Composition I
3
Total
15
3rd Semester
ICS 2115
Programmable Controllers
5
ICS 2116
Basics of Industrial Automation
6
ICS 2123
Industrial Fluid Power
3
Total
14
4th Semester
1
3
3 hours
Any Approved Social Science
BST 1303
3
COMS 2003
Introduction to Computers
or
Introduction to Computer Based Systems
or
Microcomputer Applications
3 hours
Elective Credit (may include Internship)
3
ENGL 1023
Composition II
3
COMS 1003
Total
12
1
See appropriate alternatives or substitutions in "General Education
Requirements"
*Usually offered in Summer I term
Curriculum in Energy Studies Associate of Applied Science Degree in Energy Studies
(60 Semester Credit Hours)
Course #
Course Name
Semester Hours
1st Semester
ICS 1103
Programming I
3
ICS 1104
Fundamentals of Electricity
4
ICS 1123
Semiconductors I
3
ICS 1143
Introduction to Digital Logic *
3
TMAT 1203
Technical Mathematics II (or higher math)
3
Total
16
2nd Semester
ENGL 1013
Composition I
3
ICS 2433
Occupational Safety Training
3
ICS 2413
Natural Gas Production, Distribution, and Management Systems
3
ICS 2213
Semiconductors II
(prerequisite ICS 1123)
3
WLD 1403
Welding for Trades and Industry
3
Total
15
3rd Semester
ICS 2115
5
Programmable Controllers
ICS 2116
Basics of Industrial Automation
6
ICS 2123
Industrial Fluid Power
3
ICS 2423
Electrical Power Generation, Transmission, and Distribution
3
Total
17
4th Semester
3 hours
Any Approved Social Science1
3
BST 1303
3
COMS 2003
Introduction to Computers
or
Introduction to Computer Based Systems
or
Microcomputer Applications
ENGL 1023
Composition II
3
ICS 2443
Data Acquisition Systems for Energy Management
3
COMS 1003
Total
1
See appropriate alternatives or substitutions in "General Education
Requirements"
*Usually offered in Summer I term
12