About the Bachelor of Science in Electronics Engineering Technology at TROY
Do you have a passion for electronics and understanding how they work? Learn how to
design, build, test, and improve electronic systems and devices in Troy University’s
Bachelor of Science in Electronics Engineering Technology program.
In this unique program, you’ll learn the theoretical foundations of electronics engineering
and conduct modern laboratory experiments in the areas of electronic circuits, devices,
robotics and automation. With an electronics engineering technology degree from TROY,
you’ll be positioned to innovate within the field and engage in lifelong learning
to grow continuously in your career.
“Coming from a small town, I struggled at the beginning of my college journey, but
with the help and encouragement of my classmates and professors at TROY, I was able
to push through. I gained a ton of experience in my various internships, including
as Test Engineer and RF Engineer at Johnson Outdoors and AI and Enterprise Electronics
Corporation, which I will always be grateful for. The people at both places will always
have a place in my heart. The four years at TROY challenged me mentally and academically,
but more than anything, it tested me spiritually. My Christian faith helped me through
my college career, and now I'm a graduate of TROY. I would like to thank all the TROY
faculty for the countless hours they put into helping me reach a point in my life
I never thought I'd see.”
Antonio Tre'vion Edwards | Recruiting and Retention NCO, Alabama Army National Guard | 2023 graduate, Bachelor
of Science in Electronics Engineering Technology
Hands-On Preparation for Electronics Engineering Technology
From labs and simulations to internships, TROY’s electronics engineering technology
program offers numerous opportunities to apply and test classroom concepts. Our electronics
engineering courses use both computational tools and experiments to simulate what
you’ll encounter in the real world. For example, you’ll have the opportunity to build
and implement a microcontroller, use CAD software and test digital circuits. You’ll
also be able to apply course concepts in an internship in biotechnology, government
or business.
Find Electronics Engineering Technology Careers in Countless Settings
In TROY’s electronics engineering technology program, you’ll develop unique, hands-on
skills applicable to numerous contexts, including manufacturing, communication, aerospace,
automation and medicine. With a bachelor’s degree in electronics engineering technology
from TROY, you can work in the development, testing, and production of circuit boards
for automation equipment, wireless phones, medical equipment, control systems and
many other devices.
Electronics Engineering Technology Courses and Program Curriculum
The electronics engineering program curriculum focuses on foundational aspects
of the field to prepare you to enter the electronics hardware industry. While courses
may vary from year to year, some of the electronics engineering technology courses
you’ll take include:
TROY Electronics Engineering Technology Program Locations
TROY’s electronics engineering technology program is offered in person at the main
campus. For more information about program availability and delivery options, call
1-800-414-5756.
Learn Electronics Engineering Technology from the Best
At TROY, you’ll learn engineering from experts in electronics engineering committed
to your success. Our program features small class sizes, with an average student-to-faculty
ratio of 8:1. This format allows direct, one-on-one interaction with faculty members.
It also ensures your professors can track your progress and provide personal guidance
for your future career path and goals.
You’ll also benefit from industry connections and internship opportunities at some
of the country’s leading companies and laboratories. Previous student internship locations
have included Lockheed Martin, Johnson Outdoors, Brundidge Electronics and the U.S.
Army Aeromedical Research Laboratory.
Electronics Engineering Technology Careers
Upon graduation, you’ll have the background to become an electronics engineer
or technician in numerous contexts, including communications, manufacturing, navigation,
electronic components design, and research and development.
Faculty Profiles
Dr. Raj K Vinnakota
Dr. Vinnakota is an Assistant Professor and electronics engineering technology degree
program coordinator. His research interests include novel optoelectronic devices,
metal and semiconductor-based plasmonics and enhanced light-matter interactions, nanophotonics
and heat transfer.
Dr. Radavaram is a lecturer in the electronics engineering technology degree program.
His research interests include applied electromagnetics, microwave engineering, wideband
reconfigurable antennas, multimode antennas, phased array antennas and offset reflectors.
FAQ About the Electronics Engineering Technology Program
Learn more about the field and benefits of a bachelor’s degree in electronics engineering
technology.
What is electronics engineering technology?
Electronics engineering technology (EET) is a specialized branch of engineering that
focuses on the practical application of electronics principles and technology to design,
develop and maintain electronic systems and devices. It is closely related to electrical
engineering but places more emphasis on hands-on skills and the implementation of
electronic systems in real-world applications.
What do electronic engineering technologists do?
Electronic engineering technologists and technicians help other engineers design
and develop circuitry required for controlling equipment used in the design, automation
and testing industries. Some of the tasks electronics engineers perform include designing
and developing prototypes and products; analyzing the performance and functionality
of electronic systems and products; and testing and troubleshooting electronic components,
circuits and devices.
What is the difference between electronics and electrical engineering?
Electronics and electrical engineering are closely related. The main difference is
that electrical engineering deals with larger-scale systems, such as power systems,
signal processing and communications. Electrical engineers may work on systems and
devices that use high-voltage electricity, such as power plants, transformers, generators
or motors.
Electronics engineers work on small-scale systems that use lower-level voltage. They
work with electronic devices and components such as smartphones, computers, televisions,
navigation systems and medical devices.
Is electronics engineering technology a good career?
Electronics engineering technology is a career with a positive outlook and is good
for those interested in working with technology and solving practical problems. Because
nearly all industrial manufacturing and testing equipment is powered by electronic
circuitry, electronics engineering technology program graduates are in high demand.
According to recent statistics, the average salary for electronics engineering technicians is $67,801 per year.
TROY Awarded $161K National Science Foundation Grant
Troy University professors continually make advancements in their respective
fields, most recently with Dr. Raj Vinnakota’s acceptance of a $161,597 grant from
the National Science Foundation to further research building a device that would allow
for faster data recording and processing at the photon level. Faster speeds would
allow for improvements in optical computing and optical information processing across
multiple applications.
