BS in Electrical and Computer Engineering
At a Glance
Degree Type
Bachelor of Science
Total Credits
146
Degree Requirements
Accreditation
Engineering Accreditation Commission of ABET
Questions?
Program Overview
Western's Electrical and Computer Engineering department offers a Bachelor of Science degree in Electrical and Computer Engineering. The department serves current students, industry, the University, and the citizens of the State of Washington by developing industry-ready graduates through a combination of creative problem-solving, analytical skills development, and experiential learning.
The educational experience that we provide emphasizes critical thinking and an understanding of the impact of engineering solutions in a global, economic, environmental, and societal context.
We value and foster teamwork, communication, and a commitment to equity, justice, and respect for the rights and dignity of others. The program curriculum provides current, practical engineering knowledge built on a solid foundation in math and science.
The BS in Electrical and Computer Engineering is accredited by the Engineering Accreditation Commission of ABET
Why EECE?
Build Your Future, Hands-On
If you learn best by doing, you belong here. We prioritize active, project-based learning that puts real equipment in your hands in your first quarters of study. You'll immediately begin developing your technical toolkit, giving you more time to master the skills that employers actually care about.
From the Classroom to the Lab
Our curriculum is built around hands-on learning. You’ll spend your time in project-based labs, tackling real-world design challenges that sharpen your practical skills. This work directly prepares you for your senior year, where you'll bring all your knowledge together in an impressive, year-long capstone design project.
Find Your Focus
Every student builds a powerful foundation in the fundamentals of electrical and computer engineering, including digital and analog electronics, embedded microcontrollers, communications systems, control theory, and other core courses. From there, you can specialize in an area that excites you most, such as exciting fields like Electronics, Energy, Artificial Intelligence and Machine Learning, Wireless Networking and Signal Processing.
Helpful Documents
Concentrations
Electronics concentration
The Electronics concentration focuses on the development, design, and application of circuits, devices, and firmware for embedded systems, and includes advanced digital and analog electronics content.
Energy concentration
The Energy concentration addresses the sources, generation, control, and utilization of electric power, energy conversion and storage, and smart power topics such as system analysis, protection and stability, solid state motor control, and industrial process control systems. Projects are normally interdisciplinary, in collaboration with faculty in the Institute for Energy Studies.
Wireless Networking and Signal Processing concentration
The Wireless Networking and Signal Processing concentration offers courses in digital signal processing, advanced communication systems, and networking technologies, and leads to an understanding of the design of wireless communication systems and networks.
Artificial Intelligence and Machine Learning concentration
The Artificial Intelligence and Machine Learning concentration focuses on techniques that process and analyze data to enable machines to make predictions and decisions to accomplish complex tasks, and provides an overview of the use of ML and AI in engineering, the fundamental principles and algorithms, and the impact of ML and AI on humans and society.
In addition, students in the major may propose a custom concentration in consultation with their faculty advisor. All Higher Level EECE Electives and the academic terms in which they will be taken must be specified. Also, the proposed custom concentration must be approved by the Program Director. If approved, the student will be granted registration privileges for one of the existing capstone project sequences.
Median Salary
Common Job Opportunities for Graduates
Employers That Hire WWU Alumni and Offer Internships
Colter Creson
Advanced Controls Engineer, PACCAR
"The Electrical Engineering program at Western Washington University offers a transformative experience for those who are committed to making the most of it. The program’s hands-on learning approach and extensive lab work ensure that students are well-prepared for real-world environments, offering a distinct advantage over more theory-driven programs.
Success in this program comes from hard work and taking personal responsibility for your education. The professors here provide invaluable support every step of the way. Also, remember that kindness and soft skills are just as important as technical prowess. Use this time to develop these interpersonal skills, as they are essential in any professional setting."
Shelby Powers
Commencement Speaker
Electrical and Computer Engineer, NAVSEA
During her undergraduate career, Shelby served as a teaching assistant for 14 different course offerings. She also has held leadership positions with IEEE, a student club chapter in our department.
Shelby also served as a peer mentor through the BEES program, further demonstrating her commitment to mentorship and leadership.
Shelby participated in undergraduate research alongside faculty. She co-authored and co-presented at the IEEE/MIT Undergraduate Research Technology Conference in 2021. Her dedication to supporting and empowering her peers is truly commendable, as is her commitment to academic excellence and research in electrical and computer engineering.
Arick Grootveld
Syracuse University, PhD Candidate
"Deciding to study Electrical and Computer Engineering at WWU was one of the best choices I have ever made.
Phenomenal faculty, hands-on lab experiences, and engaging research opportunities are just a portion of what makes the program so incredible.
I can say without a doubt that this amazing program has made me the person I am today."