Bachelor’s degree rankings in District of Columbia
Best Electrical Engineering Degree Programs in Washington, DC in 2026
George Washington's electrical curriculum requires both electrical energy conversion and a specialized track. A student interested in power systems can keep that broad foundation while selecting a sustainable-energy track. Another can use the same electrical core to move toward chip design, network security or robotics. The decisions happen within a 129-credit campus BS with a three-part capstone laboratory sequence.
Our 2026 selection of electrical engineering degree programs in Washington, DC reviews GW's documented degree in detail. The useful questions are about track prerequisites, how advanced electives count, and the technical GPA required for graduation. The program offers a concrete Washington study option for students who want an electrical degree with required breadth and a defined advanced direction.
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How we ranked electrical engineering bachelor’s programs in District of Columbia
This District of Columbia collection currently reviews George Washington's BS in Electrical Engineering. It is an individually researched selection, not a directory of every engineering provider in Washington. The academic requirements and tuition basis below apply to this specific main-campus undergraduate award.
GW is selected for its required electrical core, five documented track choices and three-course capstone laboratory progression. A single reviewed program does not establish superiority over unreviewed District institutions. Use the full curriculum review and published methodology to decide whether the selection belongs on your application list.
The main-campus full-time undergraduate rate is $72,000 for fall and spring. SEAS students can take up to 19 credits per semester without an additional tuition charge. The undergraduate per-credit rate is $2,400 for part-time enrollment and applicable overage. Fees and living expenses are additional.
George Washington requires a specialized track within its 129-credit electrical BS, while keeping control systems, communications, digital signal processing and electrical energy conversion in the shared curriculum. The three-course track can focus on chips, AI and robotics, telecommunications and network security, sustainable energy, or an advisor-approved general electrical plan. A three-part capstone laboratory sequence gives the degree a defined progression from junior-level preparation through the final year. This is a campus engineering degree in Washington, with technical and engineering-school GPA rules that should be checked alongside the elective plan.
Where it stands out
GW is useful if you want a named advanced direction without giving up required work across several electrical fields. The sustainable-energy track begins with Electrical Power Systems, while the AI and robotics track begins with Machine Intelligence. Those required anchors make the track choices easier to assess against your interests.
What to weigh
Track courses fit within specified technical and ECE restricted electives, so you'll need advisor approval to avoid assuming every appealing course is an unrestricted option. The 129-credit plan is substantial, and the annual tuition quote excludes living expenses and additional fees. Read the technical-GPA definition before treating the university GPA alone as sufficient.
The 129-credit BS requires circuits, analog and digital electronics, digital signal processing, microprocessor interfacing, communications, fields and waves, control systems and electrical energy conversion.
Every student completes one specialized track of three courses totaling at least nine credits. Approved track courses can satisfy the designated technical or ECE restricted electives.
Graduation requires a technical GPA of 2.2 and a SEAS GPA of 2.0. The technical calculation uses the specified technical engineering courses in the final four semesters.
Areas of focus
Electronics, nanotechnology and chip design
Artificial intelligence and robotics
Telecommunication and network security
Sustainable energy and power systems
Electrical engineering general track
Admission & progression
Undergraduate applicants apply through the Common Application and GW Undergraduate Admissions.
The current bulletin applies to students entering in its academic year. Earlier entrants use the relevant archived bulletin.
Students considering a double major must follow SEAS regulations in addition to the electrical requirements.
Design & practical experience
The required capstone laboratory sequence comprises ECE 3915 W, ECE 4920 W and ECE 4925 W.
Digital design with field-programmable gate arrays and analog electronics design are required before advanced track choices.
The department describes internship opportunities that provide work on practical projects. Individual placement is separate from the required capstone sequence.
What matters in electrical engineering bachelor’s programs in District of Columbia
Required electrical breadth
Control systems, communications, fields, signal processing and energy conversion remain part of the shared electrical curriculum.
Defined track anchors
Track requirements name the starting courses and approved electives that shape advanced study.
Capstone and cost
A multi-course design sequence and the SEAS full-time tuition rules affect scheduling and the budget.
Electrical engineering degree programs in Washington, DC and track choice
The GW electrical bulletin lists five tracks: electronics, nanotechnology and chip design; artificial intelligence and robotics; telecommunication and network security; sustainable energy and power systems; and a general electrical engineering track. Each requires three courses totaling at least nine credits. The courses fit within approved technical or ECE restricted electives, so the track is part of the degree plan rather than an automatically additional certificate.
Read the required starting course before judging a track by its name. Sustainable energy and power systems requires Electrical Power Systems and then approved choices such as power electronics or energy and sustainability. The AI and robotics track requires Machine Intelligence before the two other selected courses. The general track also requires advisor-approved choices aligned with its academic goals. For a student with several interests, it offers a different planning conversation from committing immediately to one narrower topic.
GW capstone projects and technical GPA requirements
The recommended sequence begins capstone laboratory work with ECE 3915 W, followed by ECE 4920 W and ECE 4925 W. Required digital design with field-programmable gate arrays, analog electronics design and microprocessor interfacing provide additional practical context. Ask the department how teams are formed, which earlier courses must be complete and how a project's technical scope is approved. A Washington location alone does not determine the content of a student's project or internship.
Graduation requires a 2.2 technical GPA and a 2.0 SEAS GPA. GW defines the technical calculation using the technical engineering courses in the fifth through eighth semesters of its curriculum. That is a different calculation from looking only at your overall academic average. Students planning a double major or a changed course sequence should check the SEAS regulations and meet an advisor before moving a prerequisite or assigning a course to several goals.
What GW’s undergraduate engineering tuition covers
The 2026–27 undergraduate tuition schedule lists $72,000 for fall and spring. The standard full-time main-campus rate covers twelve to eighteen credits per semester, with SEAS students allowed up to nineteen credits without an additional tuition charge. The undergraduate per-credit rate is $2,400 for part-time enrollment and applicable overage. This makes the actual semester load relevant when checking the price of a 129-credit plan.
University charges can also include activity fees, the student-government fee, the undergraduate U•Pass fee and applicable course charges. Housing and meals need their own budget. Review the annual financial-aid offer together with the proposed course load and engineering degree cost guide. For a broader school list, use the national electrical engineering rankings, and read the methodology to understand why curriculum detail and verified program evidence drive this selection.
Questions, answered
What else should you know?
Does this ranking cover every electrical engineering degree program in Washington, DC?+
It covers the individually researched GW electrical BS described on this page. It is an editorial selection of a documented program, not a count of every District institution or related engineering award.
Does GW require a specialized track in its electrical BS?+
Yes. Every student completes one approved three-course track totaling at least nine credits. The track can focus on one of four named subject areas or an advisor-approved general electrical engineering plan.
Are all 129 GW credits billed at a separate per-credit price?+
No. Full-time main-campus undergraduate tuition uses a semester enrollment band. SEAS students can take up to nineteen credits within the published full-time tuition charge. Part-time study and applicable overage use the per-credit rate.
Can an internship replace GW’s electrical capstone laboratories?+
The bulletin lists the capstone laboratory sequence as required coursework. Treat internship plans separately unless the department approves a specific academic arrangement within the degree rules.
Keep researching
Choosing a electrical engineering degree
Learn what an electrical engineering degree covers, including circuits, signals, lab work and design, plus admissions, transfer and online study.
