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Albany, NY · Electrical & computer engineering

Electrical & computer engineering at University at Albany–SUNY

University at Albany–SUNY graduates about 30 electrical & computer engineering majors a year. That puts it tied for 94th of 271 schools we rank for electrical & computer engineering, a solid program at 6.1 out of 10. Research spending in the field runs about $12 million a year, a rough guide to how many labs and projects undergraduates can join.

Graduates a year30under 1% of the class
Research in the field$12Ma year, NSF
Admit rate69%whole school
SAT middle 50%1120–1320whole school

Around University at Albany–SUNY

Center for Emerging Sciences and Technology Management at University at Albany,
UAlbanyWeatherCenterPhoto: UpstateNYer · CC BY-SA 3.0 · source
Empty UAlbany campus
Empty UAlbany campus - panoramioPhoto: ronmcc · CC BY 3.0 · source
A colonnade at the New York State University uptown campus in Albany NN
124248aPhoto: Jwilson855 · CC BY-SA 4.0 · source
University Hall of the University at Albany, State University of New York, with
University Hall UAlbanyPhoto: Beyond My Ken · CC BY-SA 4.0 · source

Where electrical & computer engineering happens

Buildings on campus that fit the field: Information Technology.

Named buildings on the campus map: Dorm 73 · Academic 39 · Athletics 5 · Dining 3 · Arts 2 · Library 2.

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Nearby in the electrical & computer engineering ranking

  1. Texas Tech University 6.1
  2. Mississippi State University 6.1
  3. Case Western Reserve University 6.1
  4. Illinois Institute of Technology 6.1
  5. San Jose State University 6.1
  6. San Diego State University 6.1
  7. Colorado School of Mines 6.1
  8. California Polytechnic State University–San Luis Obispo 6.0

Other strong majors at University at Albany–SUNY

How the score works

The score is out of 10 and compares University at Albany–SUNY with every school we rank in electrical & computer engineering. It weighs what graduates earn four years out against the same major nationally (30%), research spending in electrical engineering (30%, NSF; at least its usual share of the school's EE and computer science research, since joint EECS departments report it either way), the student body's test scores (20%), how many undergraduate courses the department lists, where counted (15%), and the number of graduates in the major (5%; schools file EE and computer engineering under different codes, so the count says little). Pay is compared after a half adjustment for state price levels (BEA), since many graduates move. A program needs at least 15 graduates a year (or 8, with research spending in the field in the top quarter) and data about the program itself (its own graduates' pay, its course catalog or research in the field) to be ranked; school-wide numbers alone never rank a program. Missing inputs drop out and the rest are reweighted. Scores run 0–10 against the other ranked schools: 8.0+ is a standout program, 6.5+ strong, 4.5+ solid. Schools with the same score share a rank. Sources: US Department of Education (College Scorecard, IPEDS), NSF HERD, each school's current course catalog, OpenStreetMap and Wikimedia Commons.

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