Electronics Engineering Technology (2274)
Associate in Science or Associate in Applied
Science
The electronics engineering technology program is designed to prepare
students for electronics related entry-level positions. These technically
trained individuals are prepared to assist engineers or scientists or
take positions as engineering technicians, technical managers or technical
sales representatives. Some examples of industries offering employment
opportunities are: computer and office equipment, biomedical equipment,
telecommunications equipment and industrial control equipment.
NOTE: Students have two degree alternatives in this program: The associate
in science (A.S.) and the associate in applied science (A.A.S.). If you
intend to pursue further education at the university level, you should
enroll in the A.S. option. The A.S. guarantees your admission with junior
standing into one of the state’s public universities. If you intend
to go directly to work after completing your associate’s degree,
consider the A.A.S. While the A.A.S. will not provide you with the articulation
benefits of the A.S., the A.A.S. will provide you with the skills required
to begin working in the field immediately upon graduation. If you are
unsure of which option is best for you, please see an advisor for further
counseling.
The majority of the classes are on Kent Campus
Required Courses
The following is a list of courses required for this program presented
in a recommended sequence of completion. The sequence is only a suggested
guide, and there is no requirement to follow the sequence precisely. Students
in this program may register for any course as long as the student has
met any prerequisites for that course. Where a “professional elective”
is indicated in the course sequence, students may choose any course from
the group of professional electives that follows the full course sequence.
|
Course
Number and Title
|
Credits
|
|
EET 1035
Fundamentals of DC/AC Electricity
|
3
|
|
SOP 1002
Human Relations
|
3
|
| MAC 1105 College Algebra |
3
|
| CET 1461 Computer Applications in Engineering |
3
|
| COP 1000 Introduction to Programming and Algorithm Design |
3
|
| MAC 1140 Precalculus Algebra |
4
|
| ENC 1101 English Composition I |
3
|
| EET 1144 Solid-State Devices |
3
|
| CET 1114 Digital Fundamentals |
3
|
| MAC 1114 College Trigonometry |
3
|
| EET 1037 DC/AC Network Analysis |
3
|
| CET 2123 Microprocessor Fundamentals |
3
|
| EET 2147 Solid-State Circuit Analysis |
3
|
| ENC 2210 Technical Report Writing |
3
|
| PHY 2053C General Physics I |
4
|
| COP 2332 Introduction to Windows Programming Using Visual Basics |
4
|
| *Humanities |
3
|
| EET 2324 Communications Electronics |
3
|
| SOP 1502 Dynamics of Behavior |
3
|
| Professional Electives |
2
|
| Professional Electives (see list below) |
6
|
|
Total
Credit Hours
|
68
|
Professional Electives
(Select from the following.)
EET 1943 Internship
ETI 1700 Occupational Safety
ETD 1100 Engineering Drawing
ETI 2781 Industrial Supervision
MAC 2253 Calculus for Engineering Technology
EST 2112 Electrical-Electronic Control Systems
ETG 2502 Engineering Mechanics
CET 2173 Microcomputer Systems Troubleshooting
CGS 2470 Computer Aided Drafting and Design
EST 2603 Robotics
ETM 2310 Fluid Mechanics
COP 2200 FORTRAN Programming
COP 2220 C Programming
*Refer to A.S. degree General Education Requirements.