a student uses a variety of tools to build a circuit

electrical and computer engineering

program overview
courses

in today’s world, almost everything involves computers in one way or another. the field of electrical and computer engineering has played a major role in that shift, creating a more accessible world using breakthrough technology — which only continues to advance. be a part of innovating the future.

dive into a highly rigorous program where courses are taught by experienced and talented professors who invest their lives in developing your intellectual abilities, knowledge and character. gain extensive hands-on experience through coursework and projects in our brand-new fields engineering center, equipped with state-of-the-art labs and resources.

with unique opportunities like engineering missions, professional societies, world-class partnerships and innovative design projects, you’ll thrive and grow here. and once you graduate, you’ll join your peers studying in top-ranked graduate programs or working for some of the world’s best companies.

our program is abet-accredited.

concentrations

capstone projects

senior design allows you to implement your classroom knowledge in a large-scale project. you’ll be working collaboratively with your peers over the course of your senior year in an interdisciplinary setting, bringing together mechanical, electrical and software systems. teams have competed in the yearly ieee autonomous robotics competition, built remote monitoring and sanitation systems for mission sites, competed in the nasa rocket design competition, and more. projects vary, though—our students have also designed playgrounds for special needs children.

internships, co-op and engineering missions are encouraged—wherever you want to go, we’ll help you get there. you’ll have multiple opportunities to connect with local and national companies. students can also get valuable experience through vocational trips that allow students to partner with working professionals to solve problems in developing countries.

courses

view the list of courses for the electrical and computer engineering b.s.

download degree plan

computer engineering track, b.s.

electrical engineering track, b.s.

contact information

electrical & computer engineering

stephanie weeden-wright
adjunct faculty
(615) 966-6610
stephanie.weedenwright@lipscomb.edu

100%

job placement rate

internship

become more competitive in the job market with an internship related to your interests. you’ll gain experience and boost your exposure. an internship will also help you learn whether you’ve chosen a career you’ll enjoy.

research opportunities

we know that you want to be an innovator in the field. that’s why we offer unique research opportunities in our state-of-the-art facilities with our world-class faculty so that you can hone your expertise.

expert faculty, small class sizes

learn from award-winning, experienced faculty who actually care about you. our small class sizes allow us to get to know you personally. we lead an approachable community within our respective programs. our faculty connections are the experts on their subject matter, too.

our faculty

john hutson

associate professor

hutson comes to us from northrop grumman corporation where he worked as a reliability and systems engineer. he has worked as a research assistant at vanderbilt university school of...
meet john hutson
john hutton

professor of practice

professor john hutton joined the electrical and computer engineering department in august of 2022. he teaches a range of courses including computer architecture and embedded systems as well as circuits...
meet john hutton
juan rojas

assistant professor of electrical and computer engineering

dr. juan rojas studied electrical and computer engineering (eece) at vanderbilt university for his b.s. '02, m.s. '04, and ph.d. '09. he also played full-back for the vanderbilt commodores '99-02. dr....
meet juan rojas
stephanie weeden-wright

adjunct faculty

weeden-wright received her ph.d. from vanderbilt university where she specialized in radiation hardening of emerging memory technologies. throughout her graduate tenure she was a visiting research scientist at nasa ames...
meet stephanie weeden-wright

career paths

electrical and electronics engineers

electrical engineers design, develop, test, and supervise the manufacturing of electrical equipment, such as electric motors, radar and navigation systems, communications systems, and power generation equipment. electronics engineers design and develop electronic equipment, including broadcast and communications systems, such as portable music players and global positioning system (gps) devices.

computer programmers

computer programmers write and test code that allows computer applications and software programs to function properly. they turn the program designs created by software developers and engineers into instructions that a computer can follow.

computer hardware engineers

computer hardware engineers research, design, develop, and test computer systems and components such as processors, circuit boards, memory devices, networks, and routers.