Electrical Engineering Technology, BS


Electrical Engineering Technology professionals encompass the “know-why” of an engineer and the “know-how” of a technician.

 This unique combination makes our graduates highly sought after in the industry. Our program strives to ensure that you have the competence, skill, and expertise to develop practical designs and modifications for implementing, operating, and producing complex systems to meet ongoing industry needs. The Electrical Engineering Technology degree at CWU offers four elective sequences, allowing you to tailor your interests to your educational and career goals.

Critical Thinking Work Ethic Creative

Create Your Future

Want to learn more about Central Washington University?

Request Info

Questions? Contact Us.


Engineering Technologies, Safety, and Construction

Hogue 101

You belong here

What You'll Study

Academic Catalog | ETSC Website

 

ABET Accreditation


The Electrical Engineering Technology program is accredited by the Engineering Technology Accreditation Commission (ETAC) of ABET, a non-governmental organization which accredits college and university programs in the disciplines of applied science, computing, engineering and engineering technology at the associate, bachelor and master degree levels. 

 

Core Courses


  • CS 110 - Programming Fundamentals
  • EET 221 - Basic Electricity
  • EET 221LAB - Basic Electricity Laboratory 
  • EET 271 - Digital Circuits 
  • EET 312 - Basic Electronics
  • EET 312LAB - Basic Electronics Laboratory
  • EET 323 - Active Linear Circuits 
  • EET 325 - Electrical Networks 
  • EET 372 - Advanced Digital Circuits 
  • EET 373 - Introduction to Embedded Programming
  • EET 374 - Microprocessors 
  • EET 376 - Advanced Microprocessors
  • EET 426 - Advanced Electrical Network
  • EET 427 - Process Control
  • ETSC 242 - Instrumentation
  • ETSC 301 - Engineering Project Cost Analysis
  • ETSC 343 - Programmable Logic Controller Applications
  • ETSC 443 - Programmable Logic Controller Applications II 

Elective Sequences


  • CS 111 - Programming Fundamentals II 
  • CS 301 - Data Structures
OR
  • EET 332 - Electrical Machines
  • AND  EET 433 - Transmission and Distribution of Electrical Power
OR
  • EET 377 - Advanced Robotics and Automation 
  • AND  EET 477 - Industrial Robotics and Automation
OR
  • ETSC 490 - Cooperative Education

Mathematics 


  • MATH 172 - Calculus I 
  • MATH 173 - Calculus II 
  • BUS 221 - Introductory Business Statistics
  • MATH 211 - Statistical Concepts and Methods
  • MATH 260 - Sets and Logic 
  • MATH 265 - Linear Algebra I 
  • MATH 272 - Multivariable Calculus I 
  • MATH 330 - Discrete Mathematics
  • MATH 376 - Differential Equations I 

Physics 


  • PHYS 111 - Introductory Physics I with Laboratory
  • PHYS 112 - Introductory Physics II with Laboratory 
  • PHYS 113 - Introductory Physics III with Laboratory
  • PHYS 181 - General Physics I with Laboratory
  • PHYS 182 - General Physics II with Laboratory
  • PHYS 183 - General Physics III with Laboratory

CAD 


  • ETSC 150 - Engineering Graphics
  • OR  ETSC 265 - Three-dimensional Modeling

Speech


  • COM 207 - Introduction to Human Communication
  • COM 345 - Business and Professional Speaking 

Written Communications 


  • ADMG 385 - IT Tools for Professional Communications 
  • CS 325 - Technical Writing in Computer Science 
  • ENG 310 - Technical Writing 

Capstone Sequence


  • EET 487 - Senior Project Management
  • EET 487LAB - Senior Project Management Laboratory
  • EET 488 - Senior Project Quality
  • EET 488LAB - Senior Project Quality Laboratory 
  • EET 489 - Senior Technical Presentations 

Department-Approved Electives

The Choice is Yours

Choose from four pre-approved elective sequences including programming fundamentals, electrical machines, advanced robotics and automation, and cooperative education.

Did You Know?

Engineering technology programs require fewer upper-division math courses, focusing more on hands-on applications less commonly found in traditional engineering programs.  

Never Stop Learning

Graduates find job opportunities across the country in some of the largest Fortune 500 companies down to the smallest advanced design production groups. Our EET degree allows graduates to continually advance in their field by providing a direct path to FE and PE track positions.

Credentials Matter

CWU has the only ABET-accredited program designed with hands-on learning of this type in the state of Washington and is one of only two in the entire Pacific Northwest.  

Apply

Discover how to apply to your program of choice at Central.

Financial Aid

Our Financial Aid staff are here to help you navigate financial aid.

Student Life

Pursue your interests in a supportive community. Learn more.

Visit

The best way to discover what makes CWU so special is to experience it yourself. 

Electrical Engineering Career Spectrum


This illustration highlights the distinctions between "engineering" and "engineering technology" while showcasing the career pathways specific to electrical engineering technology.

This graphic visually represents the differences between “engineering” and “engineering technology” and respective career pathways for electrical engineering technology.
Small

Class Sizes

We pride ourselves on classes that are in the tens, not hundreds.

Job

Security

Graduates of the EET program at CWU have a nearly 100% job placement rate.

High

Starting Salary

The average starting salary for EET graduates is $80,000-$90,000/year.

Why Study Engineering Technologies, Safety, and Construction at Central?


  • At CWU, you’ll actively participate in practical experiences that bring theory to life—designing, building, and testing to solve real-world problems and gain a competitive edge in your career.
  • Our faculty bring years of real-world expertise into the classroom, offering you mentorship and practical insights to help you thrive in your field.
  • With strong industry connections and training, our graduates are in high demand, often securing jobs even before graduation.

Potential Careers


Electrical Engineer

Electronics Engineer

Field Engineer

Automation Engineer

Systems Engineer

Plant Engineer