What Engineering and Graduate Programs Does the University of St. Thomas College of Engineering Offer?

Updated

The University of St. Thomas College of Engineering offers undergraduate engineering degrees in Civil, Mechanical, Computer, Electrical, Manufacturing, Systems, Regulatory Science, and Engineering Management, plus graduate programs in Software — including Artificial Intelligence, Data Science, Information Technology, and Software Engineering. It also offers graduate studies in engineering and data science. This page is for prospective students comparing the college's program range against their study goals; program availability can change, so confirm current listings with the college directly.

Undergraduate engineering programs

Based on the college's own program listing, the undergraduate engineering degree areas are:

  • Civil
  • Mechanical
  • Computer
  • Electrical
  • Manufacturing
  • Systems
  • Regulatory Science
  • Engineering Management

The college describes its approach as "purposeful, applied, hands-on, collaborative, industry-relevant," and frames its identity around a liberal arts–engineering combination. That framing matters if you want an engineering degree embedded in a broader curriculum rather than a purely technical track.

Graduate programs

Graduate offerings fall into two clusters described on the page:

Graduate Studies in engineering and data science — positioned as practical, industry-relevant programs for staying current in the field.

Graduate Programs in Software, which include:

  • Artificial Intelligence
  • Data Science
  • Information Technology
  • Software Engineering

The page presents graduate study as an upskilling path ("Stay ahead of the curve"), which suggests these programs are aimed at working professionals or students adding a specialization rather than only at traditional full-time research students.

How the two levels differ

Dimension Undergraduate Graduate
Focus Broad engineering disciplines (civil, mechanical, electrical, etc.) plus regulatory science and engineering management Software-centric and data-centric specializations, plus engineering and data science graduate study
Orientation described Hands-on, collaborative, industry-relevant, paired with liberal arts Practical, industry-relevant upskilling
Typical fit Students seeking a first engineering degree across a range of disciplines Students or professionals deepening or redirecting into software, AI, data, or IT

The undergraduate list is discipline-broad; the graduate list is narrower and concentrated in software, AI, data, and IT. If your goal is a traditional engineering discipline at the graduate level, the page's explicit graduate naming centers on software and data — check directly whether additional graduate engineering tracks exist.

Facilities and faculty context

Two page details are worth weighing when comparing programs:

  • The Frey Science & Engineering Complex provides nearly 400,000 square feet of modern labs and equipment for STEM education.
  • The college states that faculty build strong connections with students inside and outside the classroom, with student development as the stated first priority.

Ranking context

The page cites U.S. News & World Report ranking St. Thomas #29 in the U.S. and #1 in Minnesota among engineering colleges without a doctoral program. Note the qualifier: this ranking category applies to engineering colleges without a doctoral program, so it is not directly comparable to rankings of doctoral-granting engineering schools.

Before you apply

  • Verify the current program list on the college's site, since degree offerings change.
  • Decide whether you want a broad undergraduate engineering discipline or a software/data-focused graduate specialization — the two lists barely overlap.
  • If you need a graduate engineering degree outside software and data science, confirm availability directly rather than assuming it from this page.