From supercomputers and robotics to voice recognition and renewable energy, electrical
and computer engineers are improving the quality of life everywhere in the world.
CBU’s electrical and computer engineering program trains students to become a problem
solver and innovator with the technologies of the 21st century. As this is a profession
in great demand, our graduates have found employment at leading engineering companies
such as Intel, Apple and Southern California Edison.
Why study electrical and computer engineering at CBU?
Work in the industry and gain real-world experience One of the most important parts of students’ college training will be learning in
a real engineering job. Students have a special course to prepare them for this first
engineering job. Their official internship will be the summer of their junior year,
although other opportunities may occur for them to work in the industry.
Learn how to manage projects Industrial representatives continue to emphasize that they wish new engineers had
more project management experience. Engineering students in their junior year work
with and co-mentor business students. Our goal is that eventually all students in
our program will develop one of their own creative ideas and go through the process
to receive a provisional patent.
Have a cross-cultural experience The current dean understands the value of engineering in a global context and the
importance of becoming globally aware having spent almost two years in India as a
tentmaker in the "Silicon Valley of Asia." Currently, opportunities are being developed
for engineering students to travel to and work in China, India, Korea, Rwanda, the
Caribbean and Central America.
Complete in 3 years Learn more about the engineering accelerated program that will allow you to earn your Bachelor
of Science in Electrical and Computer Engineering in as little as 3 years.
CBU's bachelor degree program in electrical and computer engineering (BSECE) has been
accredited by the Engineering Accreditation Commission of ABET, http://www.abet.org.
Engineering Design and Documentation
EGR 302
Team design of industrial or self-designed projects.
Computer Organization
EGR 321
Study of organization and structuring of the major hardware and software components
of computers.
Electronics I
EGR 333
Study of electronic devices and basic circuit configurations.
Program Educational Objectives CBU electrical and computer engineering graduates are expected to acquire:
An ability to apply knowledge of mathematics, science, and engineering.
An ability to design and conduct experiments, as well as to analyze and interpret
data.
An ability to design a system, component, or process to meet desired needs within
realistic constraints such as economic, environmental, social, political, ethical,
health and safety, manufacturability, and sustainability.
Take the next step toward living your purpose
As you make decisions about college, keep in mind the full social, spiritual and educational
experience awaiting you at CBU. Here, you will be supported by professors, staff and
fellow students who will help you discover your strengths and challenge you to do
more than you ever thought you could. Let us equip you with the education, training
and opportunities you'll need to start making a unique difference doing what you love.
Apply today! When you complete and submit your application to CBU, a friendly and
knowledgeable admissions counselor will guide you through the admissions process and
all the necessary steps to become a Lancer.
Request More Information
Career Opportunities
Computer Engineer
Radio-Frequency Engineer
Microelectronics IC Designer
Digital Signal Processing Specialist
Power Electronics Specialist
Robotics Engineer
Utilities and Power Systems Engineer
*Some career opportunities may require further education
"I chose ECE since I've always been fascinated with how circuits and electricity work,
and I wanted to learn more about them. My professors are very engaging and encourage
us to ask questions often. Having classes of around 15–25 students makes it easy to
get to know the professor and the other students well." Michael Dubisz, 2020
"I chose electrical and computer engineering because I wanted to become more familiar
with power and control systems since they are very relevant in progressing today's
technology. I also feel like my major has prepared me to be able to work in other
STEM-related fields. The classes I take make me feel like I am broadening my perspectives
and overcoming my limits." Claire Pamintuan, 2019
"I would like to go into the solar power engineering field. The lab courses introduce
certain products that all ECE students should become familiar with. Like many students
before me, I have struggled to get where I am. Frankly, I am grateful for the group
that makes up the ECE student body because I know that my experience at some other
school would be way more negative than that of my experience here at CBU." Roberto Sanchez, 2019
Alumni Spotlight
"As an engineer at the world’s largest aerospace company, my work helps shape the course
of history and improves the lives and safety of so many people here in the U.S. and
around the world." Patrick Nsengiyumva, 2012
"CBU’s College of Engineering is the only school that I am aware of that it would have
been possible to complete an engineering degree in 3 years. Not only was it possible to do this but ECE faculty helped make my goal a reality." Armando Chacon, 2020
Meet Some of Our Faculty
John Butler
Assistant Professor
Prior to becoming an assistant professor at CBU in 2018, I worked here for 4 years
as an adjunct professor and also as a research engineer in a nanofabrication cleanroom
at UCR. During my time at UCR, I have helped train the next generation of engineers
on how to conduct their research in the nanoscale. My research has resulted in eight
papers within peer-reviewed journals. In my free time I enjoy music, movies and traveling.
Prior to becoming an assistant professor at CBU in 2018, I worked here for 4 years
as an adjunct professor and also as a research engineer in a nanofabrication cleanroom
at UCR. During my time at UCR, I have helped train the next generation of engineers
on how to conduct their research in the nanoscale. My research has resulted in eight
papers within peer-reviewed journals. In my free time I enjoy music, movies and traveling.
