This program is eligible for international students requiring an F-1 visa.
What is an In-Person Plus program?
Program-required courses are taught through a combination of in-person and remote delivery. Remote learning may require meeting at a specific time or may not have a specific class time; all weekly interactions and assignments for remote courses are completed through a learning site.
Our Electrical Engineering Technology degree builds upon the 2-year associate degree to prepare you to work on the next generation of electrical and electronic products. The degree will add advanced principles to the foundation of electrical and electronic design and development, combined with hands-on laboratory work. The focus will be on product design. As engineering professionals, you are qualified to be a team leader in research and development. You may assume the job title of lead engineer, design engineer, or application engineer. You can be a key player in incorporating sustainable technologies that will transform the coming decades. Typical areas that our graduates work in are the power industry, biotech, electronic manufacturing, robotics, aerospace, and numerous other industries.
This degree is a +2 follow-on to the Electrical associate degree.
We understand that the cost and value of your education is important to you. That’s why we’re committed to being one of the most affordable colleges in Vermont and why more than 80% of our students receive aid. We're here to help you fit this program into your unique financial picture. Contact this program's Admissions Counselor any time to discuss what types of financial aid are right for you.
Better Together Scholarship
This renewable, merit-based scholarship awards up to $5,000 for out-of-state students and up to $2,000 for in-state students.
Out-of-state students enrolling in the 2025-26 academic year who will live on campus are eligible for a $5,000 scholarship for select programs on select campuses.
Combined with scholarships and aid, a Vermont State education is within reach for students from all financial backgrounds. Speak with our Admissions Counselor to estimate what your true out-of-pocket costs might be for this program.
Tuition and Fees
Anticipated for the 2025-26 Academic Year
Tuition for Electrical Engineering Technology, B.S. This includes the general tuition and program tuition.
$15,096 Full Time Annual
$629 /credit
$26,904 Full Time Annual
$1,121 /credit
Total Mandatory Fees
Undergraduate (In-Person / In-Person Plus)
$1,656 Full Time Annual
$69 /credit
Housing and Food
Anticipated for the 2025-26 Academic Year
Standard Housing
$8,388 Full Time Annual
Standard Food Plan
$5,506 Full Time Annual
For complete information on tuition and fees across all programs and locations, as well as indirect costs of attendance, visit the complete tuition and fees page.
Humanistic Perspective general education course
3 cr
Select one:
MAT 1531
Calculus I
4 cr
Fall
ELM 3015
Sensors & Instrumentation
3 cr
ELT 3010
Digital Circuits II
3 cr
ELT 3053
Electronics III
4 cr
MAT 2532
Calculus II
4 cr
Spring
ELT 2061
Electromechanical Systems I
4 cr
ELT 3050
Microcontroller Techniques II
4 cr
MAT 3170
Applied Mathematics for Engineering
3 cr
PRG XXXX
Program elective
3 cr
Fall
ELM 4020
Electromechanical Power Systems
3 cr
ELM 4310
Control Systems I
3 cr
ELM 4701
ECET Senior Project I
2 cr
GED XXXX
Arts and Aesthetics general education elective
3 cr
PRG 2XXX
Program elective
3 cr
Spring
CNX 3010
Culminating Connections Seminar 3
1 cr
ELM 4311
Control Systems II
3 cr
ELM 4702
ECET Senior Project II
3 cr
ELT 3110
Electronic and Data Communications
3 cr
ELT 4020
Digital Signal Processing
3 cr
Why Study Electrical Engineering Technology at Vermont State?
Hands-on Learning: We’ll guide you from basic to advanced principles through a 1:1 ratio of classroom education and laboratory training, reinforcing the theory you’ve learned with practical experience.
Advanced Technology: You’ll practice with the instruments, power supplies, and controllers widely used in the industry, so you’ll enter the field with the latest knowledge and skills.
Career Preparation: Graduates from our programs have gone on to careers as electrical engineers, design engineers, lead engineers, applications engineers, management and more in the power industry, biotech, electronic manufacturing, robotics, aerospace, and numerous other industries.
Opportunity: Whether you choose to go directly into the workforce or seek an even higher level of education, you can be certain that you have the know-how and skills to thrive.
What You’ll Learn
You’ll learn the knowledge and skills necessary to solve complex engineering problems with precision and efficacy. We emphasize designing innovative solutions for technical challenges and effective communication in both technical and non-technical settings. Our practical focus means you’ll conduct tests and experiments and collaborate in team settings. We’ll help you develop your abilities as an engineer, preparing you to make a positive impact on society through your work.
During your final semester of study, you will prepare and present a capstone project of your choosing. We also maintain close relationships with local businesses in the industry to connect students to internships, cooperative learning opportunities, career coaching, and more.
Special Facilities
We provide dedicated analog and digital labs, giving you space to practice and develop skills.
Equipment available includes oscilloscopes, function generators, soldering stations, power supplies, 3D printers, PC board fabrication, machining tools, testing equipment, and computer workstations.
The Bachelor of Science in Electrical Engineering Technology is accredited by the Engineering Technology Accreditation Commission of ABET, https://www.abet.org, under the commission’s General Criteria and Program Criteria for Electrical Engineering Technology.
“For me, the labs were what made everything click. You could construct a circuit based on the theory learned in the classroom and compare your math to your measurements on a DMM or scope, tweaking values and observing their effects along the way. There was also a collaborative environment in the lab, where if some folks were struggling with a concept or a specific circuit, others could jump in and provide feedback on wiring, polarity of components, et cetera.”
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