Best General Engineering Degree Programs in Minnesota in 2026
General engineering degrees in Minnesota include Minnesota State Mankato’s Integrated Engineering BSE, Northwestern St. Paul’s Engineering B.S. and Winona State’s General Engineering B.S. These rankings preserve the different award names and compare how each program develops technical depth and applied work.
The teaching arrangements differ as much as the names. Mankato’s program serves upper-division students at partner locations through project-based and co-op approaches. Northwestern provides a campus engineering curriculum with five concentrations and a Christian educational setting. Winona combines engineering with physics and quantitative study through two concentrations.
How we ranked general engineering bachelor’s programs in Minnesota
This selection covers three complete broad engineering bachelor’s awards. It distinguishes the institution granting the degree from the partner locations teaching Mankato’s upper-division program and preserves the concentration and catalog-version details relevant to the other degrees.
Mankato leads for a defined upper-division model that integrates industry projects, technical competencies and professionalism. Northwestern follows for its common engineering and design core and choice of disciplinary or general concentration. Winona adds a distinct comparison between electronic systems and industrial statistics, with clear accreditation and degree identity.
$4,799.2 · Resident tuition per term at metro partner locations
Cost basis & conditions +
The Mankato campus and metro partner schedule lists $4,799.20 tuition for 13 or more credits for Minnesota and Manitoba residents, with fees and course differentials additional. The Iron Range Engineering Bell pathway has a separate tuition and service-fee schedule; this metro rate should not be used for that pathway.
Minnesota State Mankato’s Integrated Engineering BSE is an upper-division program delivered through partner locations, including Normandale, Saint Paul College and Minnesota North College’s Mesabi campus. Students complete lower-division preparation before entering a curriculum that integrates technical learning with engineering projects. Design and professionalism courses develop alongside mechanics, materials, fluids, circuits, controls and instrumentation, followed by Capstone Design I and II. The complete degree requires 128 credits. The university describes project-based and co-op approaches, so applicants should identify the particular location and pathway before comparing the learning format or cost.
Where it stands out
Consider this degree if you have a substantial engineering foundation, including transferable community-college work, and want upper-division study organized around applied projects. The required design and professionalism sequence can suit a student who wants technical learning connected to team decisions, client communication and the practical development of a system.
What to weigh
This is a selective upper-division program with a separate application, GPA rules and required prerequisite grades. Admission to university pre-engineering does not secure a place. Partner-location and Bell-pathway tuition also differ, making the teaching arrangement and billing schedule essential parts of a transfer and financial plan.
The complete 128-credit BSE combines lower-division preparation with an upper-division integrated engineering curriculum at partner locations.
Required technical work spans statistics, programming and modeling, mechanical systems, fluids, manufacturing, materials, thermodynamics, circuits, controls, electronics and instrumentation.
Students select a broad or approved focus plan and develop advanced technical competencies within the degree structure.
Areas of focus
Broad focus or approved technical focus plan
Admission & progression
The program requires a separate selective application and a cumulative GPA of at least 2.5 across science, mathematics and engineering courses.
Required lower-division preparation includes calculus and differential equations, calculus-based physics, chemistry and other science, introductory engineering, mechanics, laboratory circuits and composition.
Prerequisite courses normally require at least C-minus grades before full upper-division enrollment; provisional admission may be available. University pre-engineering admission does not guarantee program admission.
Design & practical experience
Design I and II use industry projects for scoping, modeling, experimentation, analysis and design review.
Professionalism I and II develop communication, leadership, teamwork and ethics through project-team work.
Capstone Design I and II build on the earlier design sequence; the university describes both project-based and co-op approaches across its partner-location programs.
Engineering Accreditation Commission of ABET, under General Criteria
2026–27 tuition
$19,375 · First-year undergraduate tuition per semester
Cost basis & conditions +
The non-nursing full-time schedule covers 12–18 billed credits. Part-time and overload enrollment use separate per-credit rates. Fees, housing, meals, required computing equipment and individually applicable expenses should be included in a personal budget.
Northwestern St. Paul’s Engineering B.S. combines a common quantitative and engineering core with five concentration choices. Chemistry, calculus, statistics, differential equations and physics support study in statics, thermodynamics, analysis and materials science. Engineering Design I and II are required across the concentrations. Students then choose Chemical, Civil, Electrical, Mechanical or General Engineering. The general concentration retains circuits, laboratory work, materials mechanics and controls while allocating substantial space to approved upper-level engineering electives. The curriculum and wider university education are explicitly framed within a Christian understanding of engineering’s responsibilities and effects on people and the environment.
Where it stands out
Consider Northwestern if you want a Christian university setting with a defined choice between a disciplinary concentration and a broader engineering plan. The shared design sequence provides continuity across those choices, while the laboratory requirements within each concentration help show how its technical direction is practiced.
What to weigh
Review both the university’s faith-based admission expectations and the concentration’s technical requirements before applying. The common engineering core is only one part of the complete bachelor’s degree, and the general option still uses approved advanced electives. The stated tuition schedule applies to first-year non-nursing students within the full-time credit band.
The 47-credit engineering core includes chemistry, calculus, engineering statistics, differential equations, physics, statics, engineering analysis, thermodynamics, materials science and Engineering Design I and II.
Students select a 30–33-credit concentration in Chemical, Civil, Electrical, Mechanical or General Engineering.
The General Engineering concentration includes circuits and laboratory work, mechanics of materials and controls, with a substantial approved upper-level engineering elective block.
Areas of focus
Chemical Engineering
Civil Engineering
Electrical Engineering
Mechanical Engineering
General Engineering
Admission & progression
Traditional undergraduate admission criteria include Christian faith, a high-school diploma or equivalent, and academic preparation.
The published minimum high-school GPA is 2.50 for applicants without a post-high-school collegiate GPA; transfer applicants need at least a 2.50 cumulative collegiate GPA.
ACT, SAT or CLT scores are requested but not required for non-transfer applicants. Required application materials include essays and relevant transcripts.
Design & practical experience
Engineering Design I and II are required across the engineering concentrations.
Laboratory requirements depend on concentration, including electrical circuits, materials, surveying, soil testing or thermal-fluids work.
Engineering students must have a laptop capable of running Windows engineering applications.
$4,766.03 · Minnesota resident tuition per semester
Cost basis & conditions +
The full-time tuition band covers 12–18 credits. The Winona-campus schedule separately lists a $485 laptop-program charge, $699.96 campus fees and a $0.80-per-credit Students United fee. Course differentials and living expenses can add costs; other residency categories have their own rates.
Winona State’s General Engineering B.S. uses a broad science and engineering foundation before a concentration in Electronics or Industrial Statistics. The Electronics direction develops circuits, data acquisition, microprocessors, controls and electromagnetism. Industrial Statistics applies quantitative methods to operations, quality control and the design and analysis of experiments. Both sit within a 128-credit engineering award accredited by ABET’s Engineering Accreditation Commission. The department’s linked curriculum includes materials and circuit laboratory work and an Engineering Design Project, giving applicants specific applied requirements to examine alongside the different concentration goals.
Where it stands out
Consider Winona if you want to connect a strong physics and mathematics foundation with either electronic systems or the quantitative analysis of production and operations. The two concentrations create a useful distinction between designing and measuring physical devices and using data to improve how systems and processes perform.
What to weigh
The university’s live curriculum links currently lead to a 2026–27 catalog labeled draft. Confirm the final entry-term sequence, selective major-admission rules and exam requirements with the department. The degree’s existence, accreditation and 128-credit total are also stated on current public program pages; tuition is separate from the laptop program, campus fees and living costs.
The General Engineering B.S. offers Electronics and Industrial Statistics concentrations within a 128-credit degree.
The linked 2026–27 catalog, currently labeled draft by the university, lists a shared foundation in mathematics, physics, materials, computational methods, circuits and engineering statistics.
Electronics study includes data acquisition, digital circuits, microprocessors, controls and electromagnetism. Industrial Statistics includes regression, statistical quality control, operations management and experimental design.
Areas of focus
Electronics
Industrial Statistics
Admission & progression
University first-year admission requires school transcripts or GED documentation; ACT or SAT scores are optional but can assist course-placement or scholarship decisions.
The linked engineering catalog describes separate selective major admission after required lower-division preparation, with at least C grades and a 2.5 GPA in admission courses.
Because the university labels its linked 2026–27 catalog draft, applicants should confirm the final entry-term major requirements with the Physics Department.
Design & practical experience
The listed common core includes a materials laboratory and Electrical Circuits and Measurements.
The linked curriculum requires four credits of Engineering Design Project.
The linked catalog requires taking the Fundamentals of Engineering exam before graduation; applicants should confirm the final catalog requirements for their entering cohort.
What matters in general engineering bachelor’s programs in Minnesota
An appropriate point of entry
We distinguish upper-division transfer pathways from campus programs that accommodate first-year study.
Technical depth and application
Core subjects, concentration rules, laboratories and required design sequences inform the editorial assessment.
Clear teaching and billing conditions
Partner locations, faith-based admission expectations, catalog status and tuition bases are identified where they affect planning.
Choose general engineering degrees in Minnesota by entry point
Mankato’s Integrated Engineering program is an upper-division degree pathway at locations including Normandale, Saint Paul College and Minnesota North College’s Mesabi campus. It requires lower-division mathematics, science and engineering preparation, followed by a separate selective application. A community-college transfer should arrange course evaluation before treating the remaining degree as a fixed two-year commitment.
Northwestern and Winona offer campus engineering programs with their own progression rules. Northwestern’s university admission criteria include Christian faith and academic preparation. Winona describes separate admission to the General Engineering major after lower-division courses. University admission and permission to begin advanced engineering study should be checked as separate steps.
Compare project-based breadth with concentrations in systems and analysis
Mankato develops technical competencies alongside Design, Professionalism and Capstone Design courses. Its required subjects include mechanical systems, thermodynamics, circuits, controls and instrumentation. Northwestern uses a common core followed by Chemical, Civil, Electrical, Mechanical or General Engineering, with Design I and II required across those choices.
Winona’s Electronics concentration turns toward microprocessors, digital circuits, controls and data acquisition. Industrial Statistics instead emphasizes regression, quality control, operations and experimental design. For an interest combining mechanisms, sensing and programming, compare the specific elective and concentration requirements with mechatronics programs. The broad award name alone does not establish the same balance of skills.
Match the cost estimate to the location, pathway and course plan
Mankato’s campus and metro partner courses use residency-based tuition schedules, while the Iron Range Engineering Bell pathway has separate program pricing and service fees. A metro tuition figure therefore cannot stand in for every way of completing Integrated Engineering. Northwestern’s stated first-year non-nursing tuition band covers 12–18 billed credits, and Winona’s full-time tuition band also covers 12–18 credits with separate campus and laptop-program charges.
Winona’s live department links currently point to a 2026–27 catalog labeled draft. Its current public program pages independently confirm the degree, accreditation and 128-credit total, but applicants should verify the final entry-term sequence and major-admission requirements with the department. Across all three programs, an adviser-approved course plan and the applicable fee schedule provide a firmer budget than a general university cost figure.
Questions, answered
What else should you know?
Is Mankato’s Integrated Engineering BSE taught only on its main campus?+
No. The program lists partner locations including Normandale, Saint Paul College and Minnesota North College’s Mesabi campus. Applicants should identify the specific upper-division teaching pathway and its tuition schedule.
Does Northwestern St. Paul offer a general option within engineering?+
Yes. Its Engineering B.S. includes a General Engineering concentration alongside Chemical, Civil, Electrical and Mechanical Engineering concentrations.
What concentrations does Winona’s General Engineering B.S. offer?+
The program offers Electronics and Industrial Statistics. The former focuses on electronic systems and measurement; the latter applies statistics and related quantitative tools to systems and operations.
Does university pre-engineering admission guarantee a place in Mankato’s Integrated Engineering program?+
No. The current catalog requires a separate application, specified lower-division preparation and minimum academic performance, with admission subject to program faculty review.
Keep researching
Choosing a general engineering degree
Learn what a general engineering degree covers, how concentrations build technical depth and how broad bachelor's programs compare with specialized majors.
