Best Electrical Engineering Degree Programs in New York in 2026
The degree title is a useful starting point when comparing the best electrical engineering degree programs in New York. Cornell awards a BS in Electrical and Computer Engineering. Buffalo awards a BS in Electrical Engineering, while this review of Stony Brook covers its campus BE in Electrical Engineering. All three support electrical subject study, but their required computing, laboratory and elective work differs.
Our New York ranking examines those curricular differences and the steps required to enter the major. Cornell’s affiliation process, Buffalo’s designated core-course routes and Stony Brook’s Area of Interest pathway can each matter after an initial university admission. The reviews keep those conditions visible alongside the technical work and current undergraduate cost context.
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Inside this ranking
How we ranked electrical engineering bachelor’s programs in New York
We reviewed three New York bachelor’s programs with identifiable electrical curricula and official admissions evidence. Cornell’s combined ECE degree is included because its electrical foundation and advanced electrical options are explicit. The Stony Brook review covers its campus BE curriculum and entry process.
Cornell is first for the breadth of its ECE foundation and choice of culminating design experiences. Buffalo follows for its required electronics laboratories and broad hardware curriculum. Stony Brook completes the set with an electrical BE offering microelectronics and telecommunications study, subject to its distinct major-entry routes.
Endowed Ithaca undergraduate tuition for Engineering, billed at $36,973 per semester in 2026–27. New York residency does not qualify Engineering students for the separate contract-college resident rate. Student fees, housing, dining, health coverage and other expenses are additional; financial aid changes the individual net cost.
Cornell awards a combined electrical and computer engineering degree, with required work in circuits, digital logic and data science before students build further technical depth. Its foundation choices span electromagnetics, microelectronics, probability, signals and embedded systems. The culminating design requirement offers several different forms of work, including analog integrated circuits, digital VLSI, microcontrollers, communications and computer architecture. Additional ECE electives sit alongside technical study outside the department. This combination makes the 126-credit degree especially useful to examine when an applicant's electrical interests also involve substantial computing.
Where it stands out
Cornell fits students who want to connect electrical hardware with computing or signal-based systems and can explain what they would select for advanced study. Comparing the foundation choices with a possible culminating design course is a practical way to test whether its ECE breadth serves your goals.
What to weigh
Major affiliation and continuing academic standards require attention after initial enrollment. The degree also includes technical study outside ECE, so the elective space is structured rather than unrestricted. Engineering uses Cornell's endowed-college tuition schedule; the lower New York resident contract-college rate does not apply to this degree.
Required major courses include circuits, digital logic and computer organization, and data science for engineers.
Foundation choices include electromagnetics or microelectronics, probability or signals and systems, and an additional approved foundation course.
Students complete at least five additional ECE electives and nine technical credits outside ECE.
Areas of focus
Study areas include circuits and devices; communications and signal processing; computer architecture and embedded systems; power and control; electromagnetics
Admission & progression
Engineering students must affiliate with a major by the beginning of their fifth semester.
ECE affiliation requires at least C+ in specified mathematics, physics and an introductory ECE course, plus a 2.5 GPA across the designated completed courses.
Required major courses need at least C-; the ECE academic standards specify a minimum 2.3 GPA each semester.
Design & practical experience
A culminating design experience can be chosen from analog integrated circuits, digital VLSI, microcontrollers, digital communications or computer architecture.
Independent study and student project-team work can count within specified elective limits and approvals.
The catalog explicitly identifies the degree as an in-person program in Ithaca.
$7,070 estimated annual tuition, New York resident
Cost basis & conditions +
Published 2026–27 undergraduate estimate; nonresident tuition is $29,070. Domestic student fees add $3,966 annually. Housing, meals and other costs are additional; international fees and required insurance differ. Resident classification requires the university’s domicile review, not simply a New York address while studying.
Buffalo's 126-credit electrical engineering curriculum gives substantial space to required hardware work. Students complete two electronics laboratories as well as embedded systems, energy systems, communications and programmable-logic design. Five advanced technical electives then allow further study within EE and in other technical subjects. The senior capstone follows a seminar in the sample plan, providing a visible final-year sequence. The 2026–27 catalog also sets out electrical-specific major-entry requirements, which helps applicants evaluate the route using current EE rules rather than assuming every engineering major at Buffalo follows the same threshold.
Where it stands out
Buffalo suits students who want repeated electronics laboratory work within a broad electrical core. Its combination of required embedded systems and energy study is useful for applicants still deciding between different electrical applications, while technical electives provide room to develop a more focused interest.
What to weigh
Current-student major entry depends on both overall performance and a designated core-course GPA. Transfer students should also account for the 30 upper-level major credits that must be earned at Buffalo. New York resident tuition requires an established qualifying domicile; moving to the state primarily to attend college does not establish that status.
Required courses cover circuits, signals, devices, electromagnetics, communications, energy systems and embedded systems.
The core includes two electronics laboratories and HDL-based digital design with programmable logic.
Five upper-division technical electives include two EE electives and three unrestricted technical electives.
Admission & progression
The current EE catalog lists a minimum 2.5 overall GPA and satisfactory performance in calculus I/II, chemistry I and physics I.
The standard major-entry route requires a 2.5 GPA across all four core courses; the fast-track route requires at least two graded core courses with a 3.0 combined GPA.
Current students requesting the major complete the SEAS application process. At least 30 junior/senior credits required in the major must be completed at Buffalo.
Design & practical experience
Introduction to Electronics Lab and Electronic Circuits Lab are required.
Senior Seminar precedes the Senior Capstone Design Project in the sample plan.
Upper-division choices can focus on energy, optics/photonics, communications, signal processing, networking or solid-state electronics.
$7,070 estimated annual tuition, New York resident
Cost basis & conditions +
Published 2026–27 estimate for full-time undergraduates taking 12–18 credits per term; nonresident tuition is $31,050. Estimated annual fees add $3,860. The page marks these figures as estimates subject to approval and program variation. Housing, meals, books and other expenses are additional; university health insurance is billed unless an eligible waiver is approved.
Stony Brook's campus electrical engineering degree combines a defined BE curriculum with study areas in microelectronics, telecommunications and general EE. The university identifies electromagnetics, integrated electronics, digital communications, and deterministic signals and systems as sample courses. Laboratory work asks students to design, develop and test electrical systems while using computers for modeling and analysis. The program's major-entry rules are another defining feature: students can arrive as declared majors or begin in an Area of Interest pre-major. Understanding which offer you receive is therefore as important as comparing the electrical subjects available in the degree.
Where it stands out
Stony Brook is a useful option for students interested in electronics or communications who want a campus-based electrical degree within the SUNY system. Its laboratory emphasis and named study areas provide concrete topics for discussing course plans, while resident and nonresident tuition schedules support an early budget comparison.
What to weigh
An Area of Interest offer requires a separate, time-limited path into the major. The published requirements include a specified technical GPA, limits on lower grades and no repeated required courses. Applicants from outside the engineering college face capacity-based admission even when they meet the stated academic conditions.
Attendance:This review covers the campus BE in Electrical Engineering.
The BE organizes study into mathematics/physical science, design and analysis foundations, specialized electrical subjects, and humanities/social sciences.
Published sample courses include electromagnetics, integrated electronics, digital communications systems, and deterministic signals and systems.
Areas of study include general electrical engineering, microelectronics and telecommunications.
Areas of focus
General Electrical Engineering
Microelectronics
Telecommunications
Admission & progression
Applicants indicating EE may be admitted directly to the major or placed in an Area of Interest pre-major.
AOI and other eligible CEAS students need at least 11 relevant credits, a 3.2 GPA in the specified mathematics/physics/engineering courses and no repeated required courses. The current department page permits no more than one grade below B.
Major-entry requirements must be completed within one year of the first applicable course. Admission from outside CEAS is competitive and depends on capacity.
Design & practical experience
Laboratory components accompany electrical coursework and involve designing, developing and testing circuits and systems.
Students use computers to analyze and model electrical concepts.
The curriculum explicitly includes design and analysis of systems as a course group.
What matters in electrical engineering bachelor’s programs in New York
Degree content
The exact EE or ECE title is retained, and computing requirements are assessed together with physical electrical study.
Laboratory progression
Required hardware laboratories and design experiences carry more weight than general claims about practical learning.
Access to the major
Affiliation, pre-major status and core-course admission requirements are part of the program comparison.
Compare electrical engineering degree programs in New York by degree content
Cornell’s ECE requirements make circuits, digital logic/computer organization and data science common starting points. Students then choose foundation work across electromagnetics, microelectronics, signals, probability and embedded systems. The culminating design options include analog integrated circuits, digital VLSI, microcontrollers, digital communications and computer architecture. This is a broad electrical and computing route, so the important question is which approved combination serves your intended technical direction.
At Buffalo, embedded systems and programmable-logic design are required alongside energy systems, communications and two electronics laboratories. Five upper-division technical electives provide additional choice. Stony Brook identifies integrated electronics, electromagnetics, digital communications and deterministic signals and systems among its sample courses. Compare those foundations and laboratory expectations before treating EE and ECE as interchangeable labels.
Read the major-entry conditions before accepting an offer
Cornell engineering students must affiliate with a major by the beginning of the fifth semester. ECE has specified course-grade and GPA requirements, and its continuing academic standards also matter after affiliation. At Buffalo, the current EE catalog requires a minimum 2.5 overall GPA and offers standard and fast-track routes based on designated calculus, chemistry and physics courses. These are electrical program rules, not a single threshold shared by every major.
Stony Brook’s EE department distinguishes direct major admission from an Area of Interest pre-major offer. Eligible AOI and other engineering-college students need the specified credits, technical GPA and course results within a one-year window; repeated required courses are restricted. Applicants from outside the engineering college face a capacity-based process. A useful admissions conversation should therefore identify the exact status offered and the remaining conditions, rather than stop at whether the university accepted you.
Separate SUNY residency rules from Cornell’s college rates
Buffalo and Stony Brook publish different resident and nonresident undergraduate tuition. Their cost pages also identify fees and living expenses, and the Stony Brook figures used here are explicitly estimates subject to final approval. Buffalo’s residency guidance explains that moving to New York to attend college does not itself establish resident tuition eligibility. Build the initial budget using the classification the school actually assigns.
Cornell’s bursar schedule lists Engineering among its endowed Ithaca colleges. The separate New York resident contract-college rate does not apply to Engineering. An aid offer may substantially change the family’s cost, but the correct starting tuition is still essential. Include housing, food, insurance, books and program-related charges, then compare the result with the national electrical engineering rankings if you are also considering schools outside New York.
Questions, answered
What else should you know?
Is Cornell’s electrical degree eligible for this ranking?+
Yes. Cornell’s BS in Electrical and Computer Engineering includes circuits, electrical foundation choices and advanced electrical design options. The review keeps its combined ECE title so applicants can assess the actual computing content alongside electrical study.
Which reviewed New York program requires two electronics laboratories?+
Buffalo’s current electrical engineering catalog requires Introduction to Electronics Lab and Electronic Circuits Lab. The core also includes embedded systems, energy systems and programmable-logic design, followed by advanced electives and a senior capstone.
What does Stony Brook’s Area of Interest status mean for EE?+
It is a pre-major route requiring a separate application and completion of published academic conditions within the specified timeframe. It should be distinguished from direct admission to the electrical engineering major.
Can I use a general engineering GPA table for Buffalo EE?+
Use the current electrical engineering catalog. Its overall and designated core-course requirements are specific to this major. A threshold published for another engineering program or an earlier academic year may not describe the EE admission route.
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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.
