Technical & Industrial Division

Electronics Engineering Technology (EET)

This program is offered as a second year option in Industrial Electronics Technology for persons desiring to enter the electronics manufacturing sector. This program prepares students for work in design, testing, and product development in electrical and electronic systems for today’s industrial, scientific, and commercial facilities.  Persons in this field apply advanced principles and theories of electronics, electrical circuits, and use engineering mathematics and computer programming to assist in design and testing of electronic circuits and equipment.  It provides students with proficiency in topics such as electrical safety, component identification, advanced electrical principles, solid state devices and digital electronics. Students then progress toward a higher level of mathematics for advanced electronic theory and circuits, and computer hardware and software. Engineering technicians usually work under the direction of engineering staff.  This program is designed for an Associate of Applied Science Degree (A.A.S.) in Industrial Electronics Technology with emphasis in Electronics Engineering Technology.

Entrance requirements for this program include:

  • Must have completed the first year coursework for the Industrial Electronics program

Upon completion of the Electronics Engineering Technology option in the Industrial Electronics Technology program, the student will be able to:

  • Demonstrate employable skills, work habits, and customer relations

  • Practice laboratory industrial site electrical safety procedures

  • Understand and put into practice DC and AC circuit theory and principles

  • Demonstrate proper use of standard hand and power tools as required on the job

  • Draw and interpret electrical and electronic schematics

  • Understand, design, construct, and test analog and digital circuits

  • Troubleshoot electrical/electronic circuits

  • Analyze information and evaluate results for decision making and problem solving

  • Utilize Internet resources as an aid in problem solving and as an information resource

  • Install and troubleshoot basic computer hardware systems

  • Install, test, and troubleshoot DC and AC motors and control systems

  • Have knowledge of single and polyphase power basics and applications

  • Have an understanding of binary and hexadecimal numbers, and assembly language

  • Have a basic competency in C language programming

  • Have a basic understanding of FPGAICs and VHDL Hardware language
  • Have competency in semi-conductor materials and diodes, diode circuits, the Junction and MOS Field Effect Transistors (FET), Basic FET Amplifiers, Bipolar Junction Transistor (BJT): Theory and Applications, Basic BJT Amplifiers, Frequency Response, and Output Stages and Amplifiers

  • Competency in the computation of the transient response through classical differential equation techniques (Option course - MATH170 prerequisite)

  • Competency in Fourier analysis techniques relative to the fundamentals of signal analysis                     (Option course - MATH170 prerequisite)

  • Write and present technical reports


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