So you want to change the world? Become an Electrical Engineer.
Electrical Engineering (EE) is a very large umbrella—it is, in fact, the largest technical profession—and the work done by electrical engineers has a deep and broad impact on our lives.
From the every day to the yet-to-be-imagined, a Bachelor’s in Electrical Engineering can prepare you for a rewarding future of innovation.
Electrical Engineering (EE) is a very large umbrella—it is, in fact, the largest technical profession—and the work done by electrical engineers has a deep and broad impact on our lives.
Electrical engineering encompasses numerous disciplines such as microelectronics, photonics, computer engineering, signal processing, control systems, and communications.
And a degree in Electrical Engineering prepares you for a multitude of career opportunities. EE programs are usually flexible and broad-based, providing a rigorous grounding in the analytical and experimental foundations of engineering.
Graduates from Electrical Engineering programs go on to work in almost every industry imaginable, including health-care, the space industry, gaming, renewable and other forms of energy, and national security.
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What kind of Electrical Engineering degree should you get?
There are numerous options to consider. B.A. or B.S.? Tech School or Liberal Arts University? And then the big question: online or campus-based program?
Most of us imagine the college experience taking place in brick and mortar buildings. But if that is not a feasible option for you, be sure to check out our list of the Best Online Electrical Engineering Degrees.
Getting a degree online is no longer the shady proposition it may have seemed a decade or two ago. There are now many high-quality, accredited programs that are designed to be flexible for nontraditional students. You’ll get the same credentials without having to uproot your entire life to attend school.
How much money do people make with an Electrical Engineering degree?
Like all technology and science careers, education and experience make a huge difference in salary and job opportunities. However, the reality is that Electrical Engineers can command a pretty healthy salary right out of college. The Bureau of Labor Statistics places the median pay for 2016 at $96 270 per year. But even with no experience, BSEE-holding electrical engineers average a starting salary of $61,420.
What can you do with a degree in Electrical Engineering?
Electrical Engineers are problem solvers working at the frontier of technology innovation. They work in industry, government, and academic settings. They are involved in leading-edge research—creating new ideas and designing and developing new products and technologies. Here are a few ways electrical engineers really do change the world:
- They help preserve the environment by developing alternate energy sources. Hybrid vehicles, smart houses, clean energy—all in the purview of electrical engineers.
- They help save lives by designing new medical technologies physicians rely on. Look around your doctor’s office and see the work of EEs.
- Smartphones, GPS, cars, and even national security...need we continue?
What are the requirements for a degree in Electrical Engineering?
You’ll notice, as you peruse our ranking of the Best Electrical Engineering degrees, that the schools on our list are some of the most prestigious universities in the country—even the world.
That means that entrance requirements will be highly competitive.
You’ll need an excellent overall GPA for admittance to these programs. Once you’re accepted to the university you want, some majors programs will have separate requirements for acceptance to the EE major (this usually includes prerequisite courses and minimum GPA).
What are the best Electrical Engineering degrees?
If you’ve already begun your search, you’ll have noticed that there are a lot of Electrical Engineering programs out there. And slogging through hundreds of program websites really isn’t an effective use of your time. So we’ve done the work for you.
These are the 25 best programs laid out in a readable format. But what makes the best program? Our research methodology takes into account institutional reputation, return on investment, and student satisfaction.
At College Choice, we take data seriously. We collect the numbers—reputation scores, tuition costs, early career earnings, and peer assessments—from a variety of sources. We then weigh the data to come up with a composite score that balances academic excellence with the return on your tuition investment.
See our rankings methodology page.
Overview At the top of our list is a school that hardly needs an introduction—it’s never surprising to see Stanford’s name on any “Best Of” list. Located in the Bay Area of California, Stanford consistently ranks among the top 5 national universities, with its School of Engineering (including the EE program) sitting at #2 nationally (US News and World Report). And as a student, you’ll live on one of the most beautiful campuses in the country.Program Features Stanford University offers a Bachelor of Science with a major in Electrical Engineering that will prepare you to contribute to the scientific community. With opportunities for research and experimental projects, Stanford Engineering students are ready to take on careers in a variety of sectors—be it corporate, government, or further academic study. This is a broad, flexible major with lots of room for student choice. Students choose one of three disciplinary areas to focus on:
- Hardware and Software Systems
- Information Systems and Science
- Physical Technology and Science
Stanford’s Electrical Engineering major is a 180-credit program, largely divided between courses in Math, Science, Technology in Society, and Engineering Topics. There are also elective classes which allow students to delve into topics of their own interest. And each summer, students have the opportunity to take part in the Research Experience for Undergraduates (REU) program which allows you to work directly with faculty and other students on an in-depth research project.
Massachusetts Institute of Technology
Overview Another school that is no stranger to national rankings, Massachusetts Institute of Technology (MIT) is a prestigious private research university located in Cambridge, Massachusetts. The school was originally founded in 1861, with a world-class commitment to problem-solving in math, science, and engineering. Their dedication has paid off, and their School of Engineering currently ranks as the best in the nation (U.S. News and World Report).Program Features MIT’s Electrical Engineering and Computer Science department is the largest undergraduate program at MIT and is renowned for its rigor and innovation. The program features a curriculum that is both flexible and intensive. As a student, you’ll experience laboratory subjects, teamwork, independent projects, and research that will equip you with the principles and techniques of analysis, design, and experimentation in a variety of EECS areas. The two undergraduate Electrical Engineering programs are:
- Electrical Science and Engineering
- Electrical Engineering and Computer Science
All EECS students at MIT begin with a choice of an introductory subject and explore electrical engineering and computer science fundamentals by working on concrete systems like robots and cell phone networks and systems. And you’ll graduate with plenty of real-world experience. The department offers numerous programs that enable students to gain practical experience, ranging from collaborative industrial projects done on campus to term-long experiences at partner companies.
Overview Also located in Cambridge, Massachusetts, Harvard University— the iconic, ivy-league research university, was first established in 1636. The name of Harvard is synonymous worldwide for excellence in academics, making it one of the most prestigious universities in the world. Comprised of 13 schools and institutes, Harvard is home to a top School of Engineering and Applied Science which produces pioneering work in Electrical Engineering.Program Features Studying Electrical Engineering as an undergraduate at Harvard will expose you to a range of research areas from devices (such as lasers and robotics) to systems (such as computer architecture and the human brain). Harvard’s program emphasizes both breadth and depth in the sub-disciplines of EE. All students specialize in electronic circuits and devices while being provided the opportunity explore multiple other areas, including:
- Signals and systems theory
- Control systems
At the undergraduate level, Harvard offers both a Bachelor of Arts and a Bachelor of Science in Electrical Engineering. Students in both programs take many of the same upper-level EE courses, but those in the B.A. program (or A.B. in Harvard parlance) have more flexibility to pursue studies in other disciplines. The B.S. program offers a broader foundation in engineering fundamentals, but less flexibility.
Georgia Institute of Technology
Overview Ranking among the top 35 national universities in the country, Georgia Institute of Technology is a technology-focused public research university located in Atlanta, Georgia. The school is part of the University System of Georgia and is home to one of the top ten schools of Engineering in the U.S. Their Electrical Engineering program also ranks in the top 10 (U.S. News and World Report), consistently contributing vital research and innovation to the field.Program Features Georgia Tech’s School of Electrical and Computer Engineering (ECE) refer to their students and faculty as “the tinkerers, creators, and magic makers that make it happen.” That’s a whimsical invitation to future students that want to participate in their rigorous and innovative Bachelor of Science in Electrical Engineering program. The program aims to produce students who can dream, design, and complete complex projects. Research opportunities include:
- Opportunity Research Scholars Program
- The Vertically Integrated Projects Program
- ECE’s Undergraduate Research Opportunities Program (UROP)
Georgia Tech’s Bachelor of Science in Electrical Engineering offers plenty of opportunities for students to engage in innovative projects. The year-long senior design project gives all students the opportunity to develop technology across disciplines. And all EE students can choose to participate in programs like the International Plan, Cooperative Education Program or the Research Option, three unique academic initiatives at Georgia Tech.
Overview Situated in Ithaca, New York, Cornell University is a unique institution, being both a private Ivy League university as well as a partner of the State University of New York. Cornell ranks among the best national universities in the country, with world-class faculty in over 100 fields of study. And among their several prestigious colleges, Cornell Engineering ranks in the top 15 nationally (U.S. News and World Report.Program Features Cornell’s historic electrical engineering department (it was first started in 1883) offers a Bachelor of Science in Electrical Engineering. The program will train you to break problems down into solvable sub-problems in a methodological and efficient way. These versatile skills will prepare for a career as an electrical engineer as well as any other career you may find yourself in. Cornell’s EE program has three technical foundations:
- Physics: circuits, semiconductor devices, and optical systems
- Computers: microprocessors and computing devices
- Math: information, networks, and systems
Cornell’s EE program offers students plenty of room to delve deeply into research projects. More than half of our faculty regularly include undergraduates in their research groups. Many of these students co-author papers and attend international technical conference where they can meet leaders in the field. And Cornell has a great placement rate. Over 41% of their undergraduate class goes on to pursue advanced graduate degrees, while 59% find employment at companies ranging from large-scale multinational engineering corporations to innovative start-up companies.
California Institute of Technology
Overview Located in Pasadena, California, California Institute of Technology (Caltech) is a private research university that sits among the top ten national universities in the U.S. Not surprisingly, Caltech (which is a member of the prestigious Association of American Universities) is also home to one of the highest ranking Engineering Schools in the country— and generous financial aid ensures that the school remains accessible to all students.Program Features Caltech’s Department of Electrical Engineering offers a Bachelor of Science program that prepares students for leadership in a variety of sectors—from higher education to industry and government. All students build on a rigorous and broad core curriculum that exposes them to the fundamentals of EE. And Caltech’s program offers a balance of classroom lectures and laboratory and design experience. Courses include:
- Electromagnetic Engineering
- Signals, Systems, and Transforms
- Analog Electronics Project Lab
Caltech’s B.S. in Electrical Engineering program will expose you to problem formulation, system-design, and solving skills that are essential to any engineering discipline. And as a student, you’ll benefit from state-of-the-art experimental laboratory facilities, housed mainly in the Moore Laboratory of Engineering. Students also have the opportunity to take a broader course of studies with the Engineering and Applied Science option.
Overview With an electrical engineering program that ranks among the best in the country, Colorado School of Mines is a nationally-ranked public research university located in the historic gold mining town of Golden, Colorado. Originally founded to serve the local mining industry, the school today has a commitment to responsible stewardship of the earth and its resources through its nationally recognized programs. Program Features The Department of Electrical Engineering at Colorado School of Mines offers a Bachelor of Science in Electrical Engineering that prepares students to solve real-world challenges related to earth, energy, information and the environment. Students learn in an environment rich with opportunities for research and professional development. In addition to high-caliber faculty, EE students have access to cutting-edge technology and advanced laboratories—including a student-run lab (the Outlet). Courses include:
- Introduction to Feedback Control Systems
- Information Systems Science
- Electronic Devices and Circuits
Colorado School of Mines’ B.S. in Electrical Engineering offers research and teaching programs that are enhanced by strong ties to research institutes and centers such as the National Renewable Energy Laboratory and the National Center for Atmospheric Research. And students have plenty of opportunity to collaborate with their peers on engineering projects, both academic and extracurricular, outside of the traditional classroom.
University of Illinois - Urbana-Champaign
Overview Originally founded in 1867 as a state-supported, land-grant institution, the University of Illinois at Urbana-Champaign is a large public research university that ranks among the top 50 national universities in the country. The school has a reputation for excellence in research, teaching, and public engagement that extends to their engineering programs which rank among the very best nationally.Program Features U of I’s Department of Electrical and Computer Engineering offers a Bachelor of Science in Electrical Engineering which will prepare students with a multidisciplinary foundation in EE principles. All students begin with a set of core courses and progress to a comprehensive array of specialized courses and laboratories. An important part of the EE program is the Senior Design Project Lab which gives students hands-on experience in the field. Courses include:
- Analog Signal Processing
- Fields and Waves
- Digital Systems Laboratory
Students in U of I’s Electrical Engineering undergraduate program can also complete a minor such as the Sustainability, Energy, and Environment Fellows Program (SEE FP). This is a campus wide undergraduate minor that prepares students for pursuing careers in the corporate sector, nonprofit organizations, government agencies and environmental advocacy groups. The Department of Electrical Engineering also offers a joint B.S. / M.Eng. degree for students who wish to earn both degrees while on campus.
Overview Founded by Methodist Quakers in 1838, Duke University is now a renowned private research university in Durham, NC. Consistently ranked among the best universities nationally and internationally, the school is a center for advancing innovative research and teaching methods. Duke’s Pratt School of Engineering is no exception, home to groundbreaking research and advancing knowledge in the field. Program Features As a graduate from Duke’s Bachelor of Science in Electrical and Computer Engineering program, you’ll be equally prepared for further graduate study and a career as an electrical or computer engineer. With a curriculum that emphasizes analytical thinking, problem solving, and technology, Duke’s ECE department boasts one of the most flexible ECE programs available. Students choose from five areas of concentration, all of which include high-level computer languages:
- Computer Engineering and Digital Systems
- Signal Processing, Communications, and Control Systems
- Solid-State Devices and Integrated Circuits
- Electromagnetic Fields
Duke’s B.S. in Electrical and Computer Engineering includes mathematics and basic sciences, fundamentals, and applications in several engineering sciences. Students also participate in team-based experiences in the process of design—applying learned theory in the context of real needs and limitations. And in terms of return on investment, Payscale.com ranks Duke among the 10 Best Schools for Engineering Majors by salary potential.
Overview If you’ve ever dreamt of living in New York City, this might be your chance. Columbia University, which is located in Upper Manhattan, is a private ivy league research university that sits in the upper echelon of national universities. Among Columbia’s top-ranking graduate schools, Columbia Engineering is a revered institution, offering some of the top Electrical Engineering programs in the country.Program Features As a student in Columbia’s Electrical Engineering program, you’ll be studying in one of the oldest EE departments in the U.S. Columbia’s Bachelor of Science in Electrical Engineering provides a comprehensive background in electrical engineering, while providing elective coursework that delves into topics that lie within students’ own area of interest. The program prepares students for work in engineering, as well as careers in related mathematically-intensive fields, and further professional or graduate education. Courses include:
- Signals and Systems
- Digital Systems
Columbia’s B.S. in Electrical Engineering requires both Breadth and Depth Technical Electives which ensures that students gain a comprehensive grounding in key topics within the field. Columbia Engineering is also home to the Student Research Involvement Program, which helps facilitate student involvement in research that faculty are conducting. In all areas, Columbia Engineering stresses a hands-on approach, with theory strongly motivated by practical necessities.
Overview Currently sitting at the top of U.S. News and World Report’s national ranking, Princeton University is a private ivy-league research university located in Princeton, New Jersey. The historic school prides itself on blending the qualities of a liberal arts college with the strengths of a major research university. The school ranks at the top for undergraduate teaching and their Electrical Engineering program ranks at #17 nationally.Program Features Princeton University’s School of Engineering offers a Bachelor of Science in Electrical Engineering that combines rigorous training in engineering fundamentals and applications with elective courses in entrepreneurship and the liberal arts. If you’re interested in studying electrical engineering while gaining a broad base of knowledge in a liberal-arts context, this program might be a great fit for you. Courses include:
- Statistical Signal Processing
- Solar Energy Conversion
- Optical Electronics
Princeton’s B.S. in Electrical Engineering program balances traditional coursework with independent study. Students begin with a set of unifying foundation courses which they build upon with two core courses, followed by a set of department electives in a concentration area of the student’s choice. Students also participate in at least one semester of independent research— and many students participate in additional independent research beyond this minimum requirement.
University of California - Berkeley
Overview One of the ten research universities in the University of California System, UC Berkeley is a highly ranked public institution that overlooks San Francisco Bay. UC Berkeley is home to 14 schools and colleges, including a renowned School of Engineering (#3 according to U.S. News and World Report) whose top-ranked programs attract stellar students and professors from around the world. Program Features UC Berkeley’s Department of Electrical Engineering and Computer Sciences offers a Bachelor of Science in Electrical Engineering and Computer Sciences (EECS). Students receive a rigorous, relevant, and broad education which takes full advantage of the school’s proximity to high-tech companies in the area. This promises to be a dynamic, interdisciplinary, hands-on program that challenges conventional thinking and places value on creativity and imagination. Courses include:
- Designing Information Devices and Systems
- Introduction to Digital Electronics
- Electronics for the Internet of Things
UC Berkeley's EECS program is flexible and emphasizes fundamentals. Students use up-to-date undergraduate computer and laboratory facilities. But your education doesn’t stop there—as a student, you can also take advantage of summer research and enrichment opportunities through several programs that facilitate undergraduate research. And if you’re considering graduate work, you might be interested in UC Berkeley’s five year BS/MS program.
Overview Originally founded in 1701, Yale University is a historic, private ivy league research university and one of the nine Colonial Colleges chartered before the American Revolution. The school (which is located in New Haven, Connecticut) has a tradition of academic excellence that is undisputed, and is home to a renowned School of Engineering.Program Features Yale’s Department of Electrical Engineering offers a Bachelor of Science and a Bachelor of Arts in Engineering Sciences (Electrical) that trains students to have both technical depth, as well as a balanced and well-rounded education. This interdisciplinary program provides a broad engineering education in more than one technical field—and in a liberal arts setting. Students choose from three tracks of specialty:
- Microelectronics and Photonics Track
- Computer Engineering Track
- Signal Processing, Control, and Communications Track
Yale’s Bachelor of Science in Electrical Engineering curriculum prepares students for either immediate entry to an engineering career or graduate study in engineering. The B.A. program provides a significant advantage in fields such as medicine, business, law, and public service where a grasp of science and technology is an advantage. Both programs emphasize basic theory as well as practical experience and entrepreneurship.
Overview Located just outside Chicago on the shores of Lake Michigan, Northwestern University is a top-ranking, private research university. The school is committed to providing an intimate educational experience with small class sizes and faculty who welcome undergraduate collaboration. Northwestern’s McCormick School of Engineering ranks in the top twenty nationally, with acclaimed programs in Electrical Engineering (U.S. News and World Report). Program Features The largest department at the McCormick School of Engineering, the Department of Electrical Engineering and Computer Science offers a Bachelor of Science in Electrical Engineering which educates students in the fundamentals and applications of electrical engineering. The program allows sufficient flexibility for students to pursue their individual interests and boasts internationally renowned faculty and state-of-the-art research equipment. Students can specialize in a number of tracks, including:
- Biomedical Systems
- Circuits and Electronics
- Communications Systems
One of the distinguishing features of Northwestern’s B.S. in Electrical Engineering is the small class sizes and close interactions between students and faculty—a rarity in undergraduate electrical engineering programs. And recent graduates of the program now work for companies like AT&T, SpaceX, Northrop Grumman, Goldman Sachs, Boeing, and others. Graduates of the program are also accepted into graduate programs at some of the most prestigious universities in the world, including MIT.
Overview Not everything is bigger in Texas. Rice University is a small, highly ranked (#14 according to U.S. News and World Report) private research university located in the—admittedly, big—city of Houston. Rice is committed to maintaining its stellar reputation as a research university whilst upholding its deep commitment to undergraduate education. The school ranks among the very best schools nationally for undergraduate teaching and is home to a top-ranked School of Engineering.Program Features The Department of Electrical and Computer Engineering at Rice University offers both a Bachelor of Arts and a Bachelor of Science in Electrical Engineering. Both programs emphasize fundamental principles that respond to and create technological change. And research efforts involve students from all levels in developing a fundamental understanding of scientific, mathematical, and engineering principles. Students in the B.S. program choose from one of five specialization areas:
- Computer Engineering
- Data Science
- Photonics, Electronics, and Nano-Devices
- Systems: Communication, Control, Networks, and Signal Processing
If you are planning on a career as a licensed professional engineer or if you’d like to pursue further academic work in engineering, then Rice’s B.S.E.E. program is a great choice. The B.A. program, however, is both highly flexible and interdisciplinary and may be more appropriate if you’re planning further study in law, business, or medicine. Either way, Rice has a national reputation for both its academic programs and research activities—and offers a wealth of opportunities for faculty and students to contribute to a broad spectrum of research.
Carnegie Mellon University
Overview Founded in 1900 by the philanthropist, Andrew Carnegie, Carnegie Mellon University is a private, technology-focused research university located in Pittsburgh, Pennsylvania. The university boasts an award-winning faculty that is renowned for working closely with students to solve major scientific, technological and societal challenges through a multidisciplinary approach. The College of Engineering ranks at #5 nationally (U.S. News and World Report).Program Features The Department of Electrical and Computer Engineering at Carnegie Mellon offers a Bachelor of Science in Electrical and Computer Engineering—a broad and highly flexible degree program. This innovative curriculum provides a strong foundation in ECE essential skills while allowing space for students to delve into their own particular interests, whether that be a traditional preparation for technological careers or a more interdisciplinary program. Students choose one of five concentration areas:
- Device Sciences and Nanofabrication
- Signals and Systems
- Hardware Systems
- Software Systems
A distinctive feature of Carnegie Mellon’s B.S. in ECE is the IDeATe program (Technology, Design, and Arts Study). As an engineering student, you will have the opportunity to integrate in your degree a concentration or minor in one of eight creative industry areas: Game Design, Animation & Special Effects, Media Design, Learning Media, Sound Design, Entrepreneurship for Creative Industries, Intelligent Environments, or Physical Computing. The school also offers an integrated M.S./B.S. program and a Cooperative Education Program.
West Lafayette, IN
Overview Located in the city of West Lafayette, Indiana, Purdue University is a nationally ranked public research university and the flagship campus of the Purdue University System. The school is also home to one of the top ten engineering schools and one of the top ten Electrical Engineering programs in the country (U.S. News and World Report). And Purdue students get the educational benefits of a large university while benefiting from an atmosphere that values individual needs and achievements. Program Features Purdue’s Department of Electrical and Computer Engineering offers a Bachelor of Science in Electrical Engineering that provides a strong background in mathematics and physics and a broad base in the humanities. Students will be prepared for a career in the EE field as well as for further academic study. Courses are taught by world-class faculty and students conduct hands-on assignments in state-of-the-art laboratories. Core courses include:
- Linear Circuit Analysis
- Electronic Measurement Techniques
- Electronic Circuit Analysis and Design
Students in Purdue’s B.S. in Electrical Engineering have a plethora of opportunities to further enrich their studies. From research opportunities, cooperative education, experiential learning, and study abroad programs—the school is committed to providing a total education experience for students. And graduates from Purdue’s ECE programs are sought by all major industries— government, industry, farm, and home.
University of California - Los Angeles
Overview Located in the Westwood district of Los Angeles, the University of California, Los Angeles (UCLA) is one of ten public research universities in the University of California system. The school ranks among the best universities in the country, with a strong emphasis on undergraduate research as well as community involvement. UCLA’s Samueli School of Engineering ranks among the best in the country(U.S. News and World Report).Program Features UCLA’s Department of Electrical and Computer Engineering offers a Bachelor of Science in Electrical Engineering that prepares students for technological careers or a future of academic study. With a foundational focus on mathematics, physical sciences, and electrical engineering, the curriculum provides intensive training in problem solving, laboratory skills, and design skills. Elective courses include:
- Communication Systems
- Control Systems and Optimization
- Electromagnetic Systems
UCLA’s B.S.E.E. provides students with multiple electrical and computer engineering electives and a two-term capstone design course to pursue deeper knowledge within areas that interest them. And there are multiple opportunities to conduct research and gain work experience throughout the degree program. As a student, you’ll also engage topics in ethical behavior, and hone communication skills that will serve you in any capacity you work in.
University of Michigan - Ann Arbor
Overview Located in Ann Arbor, Michigan, the University of Michigan is a highly ranked public research university and a founding member of the elite Association of American Universities. The school is home to one of the top 5 schools of engineering in the country, with programs that rank among the best of their kind nationally. Their Electrical Engineering program ranks in the top ten in the U.S. (U.S. News and World Report).Program Features If you peruse UM’s Electrical Engineering and Computer Science departmental website, you’ll find headlines like “Shutting Down Cancer Metastasis with Lasers.” That gives you an idea of the level of research and innovation you’ll encounter as a student in the Bachelor of Science in Electrical Engineering program. Students are well prepared for careers as leaders and innovators in the field—whether working in a professional capacity or engaging in academic research. Courses include:
- Electronic Circuits
- Digital Integrated Circuits
- Principles of Optics
The University of Michigan’s B.S.E.E. program offers both a broad foundation in essential EE topics and hands-on experiences like the Major Design Experience that students complete in their senior year. For those interested in research outside of the classroom, undergraduate students also have the opportunity to engage in a variety of research programs that will enrich their experience during their time of study at Michigan.
Overview Named after the American philanthropist and abolitionist, Johns Hopkins is a top-ranked private research university and a founding member of the elite American Association of Universities. The school, which is situated in the East Coast city of Baltimore, Maryland, is known for its prestigious graduate schools, including the Whiting School of Engineering, which habitually sits at the top of national rankings.Program Features The Department of Electrical and Computer Engineering at Johns Hopkins offers a Bachelor of Science degree in Electrical Engineering that will take you from the classroom into the laboratory and onto design teams. Johns Hopkins prides itself on a curriculum that puts theories and facts to work solving real-world problems. And a collaborative atmosphere and interdisciplinary efforts are hallmarks of our department’s research programs. Courses include:
- Signals and Systems
- Fields, Matter, and Waves
As a student in Johns Hopkins’ B.S.E.E. program, you’ll benefit from a leading-edge curriculum, world-renowned faculty, and an intellectual community that values diversity, interdisciplinary teamwork, and inventiveness. Every year, Johns Hopkins undergraduates author papers in leading scholarly journals, present findings at professional conferences, and work to commercialize their inventions. And if you’re looking for an EE program with a liberal arts focus, there is also a Bachelor of Arts degree offered through the department.
Overview Located in Blacksburg, VA (which Southern Living magazine named the “best college town in the South”), Virginia Polytechnic and State University (“Virginia Tech”) is a public research university. The school as a whole ranks among the top 75 national universities, with its College of Engineering coming in at #27 (US News and World Report). The school boasts a huge research portfolio which maintains its long-standing excellence in science, technology, and engineeringProgram Features The Bradley Department of Electrical and Computer Engineering offers a Bachelor of Science in Electrical Engineering. The department boasts educational and research opportunities in multiple areas, including computers, control systems, communications, electronics, electromagnetics, and power. As a student, you’ll be able to select from a wide variety of design and technical electives to develop specializations. Electives include:
- Artificial Intelligence
- Antennas and Satellites
- Biomedical Engineering
As a Virginia Tech EE student, you’ll experience a collaborative atmosphere and interdisciplinary efforts through the department’s research programs—and the 35+ research groups, centers, and laboratories grow in reputation each year. Virginia Tech's research programs in telecommunications, fiber optics, power systems, power electronics, and photonics are often ranked among the top in their fields.
University of Pennsylvania
Overview Founded by Benjamin Franklin before the American Revolution, the University of Pennsylvania is a historic private Ivy L eague research university located in Philadelphia, Pennsylvania. The school has a longstanding reputation for academic excellence and innovation—and UPenn’s Electrical Engineering program ranks at #16 nationally (U.S. News and World Report).Program Features Penn Engineering’s Department of Electrical and Systems Engineering offers a Bachelor of Science in Engineering (Electrical Engineering) that combines depth and breadth in engineering with the diverse resources of a large liberal arts university. UPenn’s EE major is a flexible, broad-based program grounded in the analytical and experimental foundations of electrical engineering, but with substantial flexibility to create an individualized program reflecting your own interests. Topics include:
- Circuits and Computer Engineering
- Nanodevices and Nanosystems
- Information and Decision Systems
UPenn’s Bachelor of Science in Electrical Engineering has been re-structured to allow for more flexibility for students. Students can now use advanced elective courses to craft a specialty that matches their career goals. And students in the ESE program also have opportunities to study abroad for a summer, semester, or even a full year. So if studying in New Zealand appeals to you, this may be your program.
University of Texas - Austin
Overview The University of Texas at Austin is a nationally ranked public research university and the flagship institution of the University of Texas system. With one of the largest campus enrollments in the country, the school offers great educational diversity. And UT Austin is home to one of the top ten engineering schools in the country (Cockrell School of Engineering) which offers top-ranked electrical engineering programs.Program Features The Cockrell School of Engineering’s Department of Electrical and Computer Engineering (Texas ECE) offers a Bachelor’s of Electrical Engineering with two programs of study: Electrical Engineering and Computer Engineering. After a two-year basic sequence which focuses on the fundamentals of both electrical and computer engineering, students then select two areas of specialization based on their interests and career goals. Courses include:
- Engineering Communication
- Linear Systems and Signals
- Matrices and Matrix Calculations
Texas ECE students will have plenty of opportunity to put theory into practice through research and design projects. The ECE department’s outstanding faculty bring state-of-the-art research, development, and design experience into the classroom, ensuring that Texas ECE students and alumni are amongst the best in their fields. And for those who want to integrate their undergraduate and graduate work, UT Austin also offers a BSEE/MSE program.
Overview Located in the state capital of Columbus, Ohio State University is a highly ranked, public research university and one of the largest and most comprehensive schools in the country. The school is home to a renowned College of Engineering (#31 according to U.S. NEws and World Report) which places strong emphasis on industry/university research collaboration.Program Features Ohio State’s ECE Department offers a Bachelor of Science in Electrical and Computer Engineering with a concentration in Electrical Engineering. Ohio State’s program is designed around a core curriculum that establishes a strong engineering foundation, with electives that allow the flexibility to specialize in the technology areas that interest you most. You’ll gain hands-on experience in topics like:
- Electrical Energy Conversion
- High Voltage Engineering
- Integrated Circuit Fabrication
One of the distinctive features of Ohio State’s ECE program is their First Year Program. The program provides experience working in teams, a major design-build project, and basic engineering skills that prepare students for advanced courses, internships, and engineering careers. And Ohio State offers students practical experience. The majority of Ohio State engineering students—more than 80 percent—gain real-world experience outside the classroom through co-ops, internships or research projects.
Overview Another of the nine colonial colleges founded before the American Revolution, Brown University is a private Ivy League research university located in Providence, Rhode Island. The school brings fantastic teaching (one of the best in undergraduate teaching) and innovative research together, rewarding intellectual curiosity and risk-taking. Brown’s School of Engineering ranks at #52 nationally (U.S. News and World Report). Program Features Brown’s School of Engineering offers a Sc.B. (that’s a Bachelor of Science) in Electrical Engineering which combines a broad scientific foundation with the flexibility of a program tailored to students’ interests. The first two years of the program are devoted to an interdisciplinary engineering core, with upper-level courses defining a student-designed specialization. Courses include:
- Electrical Circuits and Signals
- Linear System Analysis
- Digital Electronics Systems Design
If undergraduate research is important to you, Brown is home to the Karen T. Romer Undergraduate Teaching and Research Awards (UTRAs) which support Brown students collaborating with Brown faculty on research and teaching projects during the summer or the academic year. And Brown engineering students are encouraged to enrich their undergraduate experience by taking part in project-based groups and teams as well as study abroad programs.