Program Information
 
Students analyzing, measuring, and recording circuit data.The Electronics Technology program at HFCC starts with the basic principles of electricity and proceeds to the concepts of solid state diodes, transistors, integrated circuits and microprocessors.  More advanced courses show how these fundamental principles are applied to machine control, computers, power supplies, amplifiers, oscillators, industrial control and instrumentation systems.  Laboratory instruction (about 50% of class time) teaches the use of test equipment, setting up circuits, trouble shooting and calibrating systems.

Working conditions are simulated in five fully equipped laboratories where students put electrical/electronics theory to use. Along with the hands-on laboratory experience, computer simulated circuit analysis is also used in most electronic courses.

Students complete a minimum of 63 credits for the Associate in Science Degree, consisting of required core, required support and general education courses.

 

                   

 

 

Suggested First Semester
 

Required Core Courses
(38 Credit Hours)

Course Number

Credit Hours

Prerequisite

Basic Electricity ** ELEC 103 4 None
Basic Electronics ** ELEC 106 3 None
Digital Circuits I ELEC 115 3 None
Technical Mathematics MATH 103 4 MATH 100 or equivalent
-OR-
Intermediate Algebra MATH 110 4 MATH 080 or equivalent
-OR-
Trigonometry MATH 112* 3 MATH 103 or MATH 110 or equivalent
    
* Required for Associate of Applied Science in Electronics Technology
** It is recommended that ELEC 103 and ELEC 106 be taken concurrently.
    

Required Core Courses
(38 Credit Hours)

Course Number

Credit Hours

Prerequisite

Basic Electricity ** ELEC 103 4 None
Basic Electronics ** ELEC 106 3 None
Digital Circuits I ELEC 115 3 None
AC/DC Rotating Machines ELEC 145 3 ELEC 103
Analog Electronics I ELEC 155 3 ELEC 106
Electronics Technology Co-op ELEC 190 1 16 ELEC Credits & Permission of Instructor
AC/DC Circuit Analysis ELEC 195 3 ELEC 103
Ladder Diagrams & Motor Controls ELEC 200 3 ELEC 145
Analog Electronics II ELEC 205 3 ELEC 155
Digital Circuits II ELEC 215 3 ELEC 115
Programmable Controllers ELEC 245 3 ELEC 200
Instrumentation Systems ELEC 255 3 ELEC 155
Microprocessor Systems ELEC 295 3 ELEC 215
** It is recommended that ELEC 103 and ELEC 106 be taken concurrently.
    

Required Support Courses
(3 Credit Hours Minimum)

Course Number

Credit Hours

Prerequisite

Basic Hydraulics ELEC 120 3 None
Computer Servicing and Upgrading ELEC 125 3 ELEC 105 or Instructor Permission
Pneumatics ELEC 185 3 ELEC 120
Introduction to CAD DRAF 120 4 Completion or Concurrent Enrollment in DRAF 110 or Instructor Permission
    

General Education Requirements
(22 Credit)

Course Number

Credit Hours

Prerequisite

English Composition ENG 131 3 Pass English Placement Test or "S" in ENG 093
English Composition or ENG 132 3 ENG 131 w/ Grade of "C" or Better
-OR-
Business & Technical Writing ENG 135 3 ENG 131 w/ Grade of "C" or Better
Trigonometry MATH 112 3 MATH 103 or MATH 110 or Equivalent
Technical Physics PHYS 121 4 Completion or Concurrent Enrollment in MATH 103
-OR-
General Physics PHYS 131 4 MATH 110 & MATH 112 or Equivalent
Technical Physics PHYS 121 4 PHYS 120
-OR-
Liberal Arts Physics PHYS 132 4 PHYS 131 w/ Grade of "C" or Better
Introduction to Political Science POLS 131 3 None
Health & Physical Education HPE 2 None
    
    

    
Associate of Science in Electronics Technology Program (63 Credit hours total)
    
 

Electronics Technical Co-op
The Electronics Technology program offers technical cooperative training. Technical Co-op, which is a one semester course, offers practical work experience within the Electronics Technology field through participation in a supervised cooperative education program.  This program integrates work experience with classroom experience. The majority of the students completing the Electronics Technical Co-op program are offered employment with the companies they trained and worked with.  For additional information on Technical Co-op, please contact Nancy Stupsker, M.A. at 313-845-6359 or stupsker@hfcc.edu.

Instructor overseeing student's circuit operating conditions.
     
  
  

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How to Contact Us
  
Technology Office 313-845-9637
M. Siedlik, Lead Faculty 313-845-6353 msiedlik@hfcc.edu
A. Essenmacher, Faculty 313-845-6330 aessenma@hfcc.edu
     
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Copyright © 2001
Revised September 25, 2003