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Electrical Engineering Technology, B.S.

Offered :

  • Randolph, VT
  • Williston, VT

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.

Reach out with Questions

Jacob Rogenski

Senior Assistant Director of Admissions

802.728.1297

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Schedule a Meeting

Ralph Esposito

Professor

802.879.2371

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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.   

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Sample Courses

  • Sensors & Instrumentation
  • Electromechanical Power Systems
  • Control Systems
  • Electromechanical Systems
View Curriculum

Student Stories

A black and white photo of Trevor Best, a young mand with long brunette hair and square glasses wearing a hooded sweatshirt sitting and smiling

“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.” 

 Trevor Best

Meet Our Faculty

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  • Faculty

Ralph Esposito

Professor

  • Williston Campus

Jose Luzardo smiles at the camera in a navy shirt.
  • Faculty

Jose Alberto Luzardo

Associate Professor

  • Randolph Campus

  • Faculty

Michael Marceau

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Professor

  • Williston Campus

  • Faculty

Andre St. Denis

Professor

  • Randolph Campus

Ready to Take the Next Step?

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