• Electronics Engineering Technology Program 2
    Electronics & Engineering Technology
    The curious student who enjoys taking things apart just to see how they work will surely excel in Electronics & Engineering Technology. Students receive training in a well-equipped, modern electronics laboratory while studying a broad spectrum of electronic and engineering theory and application of basic electronics, communications, digital circuits, and computer systems. From iPads® and cell phones to personal computers, students learn to master the high-demand skills needed to build the electronic circuits that drive these devices. Developing an innovative approach to design and working with the end-user in mind are the keys to success in this highly technical field.
    Electronics Engineering Technology Sm   
    Skills You Will Learn:
    • Electronic measuring equipment
    • Electronic components identification
    • Electronic design
    • Electronic repair/equipment
    • Computer software and hardware
    • Digital design AC/DC theories
    • Op-amp design
    • Semiconductors design
    • Develop engineering documents
    • Design an autonomous robotics system
    • Software applications

    Hands-on Projects
    Digital Clock: “How does it work?” is a common question our students ask themselves as they take things apart and put them back together to satisfy their curiosity. Our electronics students combine their inquisitiveness with logic and theory to create an LED digital clock. The clock design is etched into several circuit boards that incorporate transistors, resistors, and capacitors. The clock is powered by building a microcontroller and soldering its connections. Once the electronic components are complete, students program their clock with the date and time.

    5-Volt Amplifier: It’s known that high school students enjoy listening to music loudly out loud, in their headphones, or in the car, so our electronics students create a battery-powered general-purpose 5-volt amplifier to intensify sound. They design a schematic of the etch board design based on their creativity and desired output. After building the circuits and adding power, students test their amplifier for sound levels and feedback. A custom-designed case encapsulates the unit and gives students a space to flex their creativity.

    College & Career Placement
    • Engineering, Massachusetts Institute of Technology
    • Engineering, West Point Academy
    • Engineer, Helen of Troy
    • Electrical Engineer, TE Continuity
    • Engineer, EMC Incorporated

  • T E C H N O L O G Y   P A T H W A Y
    Electronics & Engineering
    Rebecca Ashmore

    BVT in the News: See how Rebecca Ashmore of Grafton, a senior in our Electronics & Engineering Technology program is taking her career training to the next level by attending high school and college simultaneously.

    • Michael Norton – Team Leader
    • Russell Boisvert

    • OSHA 10-hour Card: General Industry
    • Associate Electronic Technician (CET) 

    • Electronic technician
    • Computer technician
    • Electronic salesperson
    • Printed circuit layout technician
    • Data communications technician
    • Computer repair/setup
    • Electronic board repair
    • Fiber optics service technician

    Starting Salary: $50,000

    • Network support technician
    • Design electronic technician
    • Integrated circuit fabricator
    • Telecommunication service technician
    • Broadcast & communications systems

    Starting Salary: $60,000

    • Electronics engineer
    • Computer engineer
    • Electronics research engineer
    • Mechanical engineer
    • Electrical engineer

    Starting Salary: $75,000

    Employment in the electronics industry is expected to grow 14% from 2022 to 2032,
    as fast as the average for all occupations.

    Electronics Quote