Electronic Engineering Technology



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109 Sill Hall
Ypsilanti, MI,48197
734.487.0354

EMU Information:
734.487.1849

About the Program

For detailed information, click the following link to visit the program website at : http://set.emich.edu/eet/index.html

The Electronic Engineering Technology program is designed to prepare students for interesting and challenging positions in the diverse field of electronics. The curriculum provides a strong foundation in electronics to support future changes in technology or the career roles of the individual.

The graduate may find employment on engineering teams in product design and development, in production and automation, in instrumentation and communications, or in technical sales and operations. The curriculum is based on engineering theory but emphasis is placed on application, and implementation skills. The Electronic Engineering Technology curriculum includes the University General Studies, the Engineering Technology Core and courses in the Electronics Engineering Technology.

About the Curriculum

General Education Requirements					40 Credit Hours

*Area I Symbolics and Communication*
1. See page 23 2. CTAS121 Fundamentals of Speech (2 hrs) 3. ENGL324 Principles of Technical Communication (3 hrs) 4. MATH120 Calculus I (4 hrs) 5. COSC246 Programming in C++ (3 hrs)
*Area II Science and Technology*
1. CHEM121/122 General Chemistry I with lab (4 hrs) 2. PSY101 General Psychology (3 hrs) 3. PHY223 Mechanics and Sound (5 hrs)
*Area III Social Sciences*
1. See page 24 2. See page 24 3. ECON201 Principles of Macroeconomics (3 hrs) 4. ECON202 Principles of Microeconomics (3 hrs)
*Area IV Arts and Humanities*
1. See page 24 2. See page 25 3. See page 25 4. See page 25
Physical Education/Graduation Requirement					2 Credit Hours

Additional Requirements					12 Credit Hours
MATH121 Calculus II (4 hrs) MATH170 Elementary Statistics (3 hrs) PHY224 Electricity and Light (5 hrs)
Major Requirements					91 Credit Hours
CADM122 Engineering Graphics I (3 hrs) CET 426 Engineering Product Information (3 hrs) CET 427 Programmable Logic Controller (3 hrs) CHEM 121 General Chemistry I (3 hrs) CHEM 121 General Chemistry I Laboratory (1 hrs) COSC 246 Programming in C++ (3 hrs) ELEC 200 Circuit Analysis I (3 hrs) ELEC 210 Circuit Analysis II (3 hrs) ELEC 214 Digital Circuit Analysis I (3 hrs) ELEC 215 Computer Aided Electronics (3 hrs) ELEC 218 Motors and Controls (3 hrs) ELEC 300 Analog Circuit Analysis I (3 hrs) ELEC 310 Analog Circuit Analysis II (3 hrs) ELEC 314 Digital Circuit Analyses II (3 hrs) ELEC 320 Microcomputer Circuits (3 hrs) ELEC 326 Transform Circuit Analysis with Calculus (3 hrs) ELEC 387 Cooperative Education in Electronic Technology (3 hrs) ELEC 415 Communication Circuits (3 hrs) ELEC 420 Advanced Microprocessors (3 hrs) ELEC 450 Senior Design Project (3 hrs) ET 100 Introduction to Engineering Technology (3 hrs) MATH 120 Calculus I (4 hrs) MATH 120 Calculus II (4 hrs) MATH 122 Elementary Linear Algebra (3 hrs) MET 312 Applied Dynamics Principles (3 hrs) PHY 223 Mechanics and Sound (5 hrs) PHY 224 Electricity and Light (5 hrs) QUAL 320 Industrial Quality Control (3 hrs)
Minor Requirements					0 Credit Hours

Program Total					131 Credit Hours

Note:
Each student must choose a writing intensive course as part of major completion requirements. Consult your adviser for course options.

About the Faculty

>> Jamal Bari

>> MC Greenfield