Electronic Engineering Technology, Certificate

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You are strongly encouraged to work with a counselor, academic advisor, or faculty/department coordinator

Degree & Certificate Requirements

See Program Notes

Scroll down for Additional Program Information

Suggested sequence (may be modified to meet your needs):

Credit Hours Required: 47

Semester 1

ELEC 1161 - Electronic Technology 1 Credit Hours: 3.00 (Exploratory Course ) (Critical Course minimum grade C is recommended for future success but is not required to receive credit)^{1, 2}
ELEC 1171 - Electronic Technology 2 Credit Hours: 3.00 (Critical Course*)^{1, 2}
TMTH 1150 - RCL Analysis Credit Hours: 4.00
CORE 1060 - Industrial Computer Technology Credit Hours: 4.00

Program Notes:

¹ Students entering the Electronic Engineering Technology program without any previous electronics knowledge should contact the Macomb faculty about taking ELEC 1100 before ELEC 1161 and ELEC 1171.
² Some courses in this program are scheduled in the first 8 weeks or second 8 weeks of the semester. Students should be careful to take courses with the same section number in the same semester.

Electronic Engineering Technology - Additional Program Information

Program Options
Credential	Title	Credit Hours Required	Notes
Associate of Applied Science	Electronic Engineering Technology	62	The program is designed to provide preparation for entry level jobs in a variety of occupations.
Certificate	Electronic Engineering Technology	47
Certificate	Electronic Engineering Technology-Basic Electronics	22

Contact Information
Contact Title	Name	Phone	E-mail	Location
Professor	Ken Dulinski	586.445.7248	dulinskik@macomb.edu	South Campus
Professor	Jennifer Seger	586-445-7326	segerj@macomb.edu	South Campus

Program Description:

The Electronic Engineering Technology program provides a strong background in electrical and electronic theory. The theory is further reinforced through practical laboratory work and experimentation. Emphasis throughout the program is on understanding principles that are basic to the broad utilization of electronics across a wide spectrum of industrial, commercial, and consumer applications. The program is designed to provide preparation for entry level jobs in a variety of fields.

Program Outcomes:

Upon completion of this program, the student will be able to:

1. Demonstrate computer skills required by the Electronic Engineering industry.

2. Demonstrate critical thinking and manual skills to solve and troubleshoot and repair a malfunctioning circuit.

3. Demonstrate the use of test equipment to measure circuit variables, and service tools to effect [sic] a repair.

4. Apply mathematical skills to the solution of a circuit problem.

5. Demonstrate safe work habits.

Requirements & Specific Information:

Students interested in furthering their studies in the field of renewable energy may complement the Associate of Applied Science degrees in Automated Systems Technology-Mechatronics or Electronic Engineering Technology with the Renewable Energy Technology Certificate.

Career Opportunities:

Electronic Engineering Technology

Transfer Pathways:

Students intending to transfer and complete a bachelor’s degree need to make early decisions concerning an academic major and a transfer destination. Statistics show that students who make these decisions early are more likely to persist to graduation than their undecided counterparts. Students planning to transfer credits earned at Macomb are strongly urged to see a counselor or academic advisor as early as possible in their college careers.

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