Best Mechanical Engineering Degree Programs in Montana in 2026
Our 2026 ranking of mechanical engineering degree programs in Montana compares the bachelor’s degrees at Montana State in Bozeman and Montana Tech in Butte. Both combine design with laboratory work, but their plans give you different ways to develop a technical direction. The deciding detail may be a required computational course, a defined elective track or the treatment of your transfer credits.
Montana State leads this reviewed pair for the progression from computer-aided engineering to advanced analysis and a working-prototype capstone. Montana Tech offers a strong alternative for students drawn to instrumentation, materials and its catalog-defined elective tracks. Start with those course differences, then compare the campus and cost conditions that would shape your own degree.
Mechanical Engineering bachelor’s rankings by state+
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Inside this ranking
How we ranked mechanical engineering bachelor’s programs in Montana
We reviewed the exact mechanical bachelor’s awards using current university catalogs, department descriptions, first-year admission policies and 2026–27 tuition schedules. Mechanical engineering technology and graduate engineering degrees have different requirements and are outside this selection.
Montana State ranks first for its integrated computational sequence, multidisciplinary design preparation and broad professional-elective choices. Montana Tech follows for the connections among mechanical engineering, instrumentation and materials, with a longer plan and specific transfer restrictions to examine. Students seeking one of Tech’s defined tracks may reasonably prefer it. Read our ranking methodology for how we assess reviewed programs.
$4,720.45 per semester, resident tuition and general fees
Cost basis & conditions +
Fall 2026/Spring 2027 undergraduate tuition and general fees at 12 or more credits are $4,720.45 resident and $17,142.85 nonresident per semester. These totals exclude applicable program fees, course fees and health insurance. The university lists Engineering among programs with additional fees and directs students to the college for the applicable amount.
Montana State connects mechanical design with a visible computational sequence. Students progress from engineering graphics to calculations and systems analysis, then choose finite-element analysis or computational fluid dynamics in the senior plan. The required multidisciplinary design course and two-course mechanical capstone give that preparation a practical destination. For a student who wants to build models, test assumptions and develop a working prototype, the published curriculum provides a clear basis for comparing the Bozeman program.
Where it stands out
Look closely at Montana State if your interests might move between energy systems, materials, controls and biomechanics. Its professional-elective list gives several directions to explore. Ask an advisor to turn your preferred direction into a feasible sequence, including any prerequisites outside the standard mechanical plan.
What to weigh
A broad elective list does not mean every combination fits automatically into four years. Some approved options require additional preparation. The standard tuition-and-fee chart also excludes engineering program charges, course fees and insurance, so request the college-specific additions before treating its semester total as your expected bill.
Computer-aided engineering develops through graphics, mechanical computations and systems analysis. The senior plan requires a choice of Finite Element Analysis or Computational Fluid Dynamics.
Required laboratories cover manufacturing processes, materials properties, and measurement and instrumentation. A multidisciplinary design course precedes the two-course mechanical capstone.
Professional electives include approved options in energy, materials, biomechanics, controls and manufacturing; some have prerequisites beyond the standard mechanical sequence.
Admission & progression
The university offers several freshman academic eligibility routes, including a 2.5 high school GPA or upper-half class rank, together with the college-preparatory curriculum.
ACT/SAT scores are optional for admission and can assist with mathematics and English placement. Official academic records and required application materials remain necessary.
The department requires successful completion of prerequisites before course enrollment. At least 42 of the degree’s 128 credits must be upper division.
Design & practical experience
Mechanical Engineering Design Capstone I and II require a team solution to an engineering problem and development of a working prototype.
The approved professional-elective list includes undergraduate research and internship options, subject to the department’s elective policy and course prerequisites.
$4,592.18 per 15-credit semester, resident tuition and mandatory fees
Cost basis & conditions +
Fall 2026/Spring 2027 regular undergraduate tuition and mandatory fees at 15 credits total $4,592.18 for residents and $13,497.40 for nonresidents per semester. The university’s table varies with credit load. Course-specific charges, housing, food, supplies and other applicable expenses require separate budgeting.
Montana Tech brings substantial electrical and materials content into its mechanical degree through circuits, process instrumentation, electric machines and laboratory work. The current catalog’s four elective tracks help students turn that foundation toward controls, nanotechnology, mechanical design or biomedical engineering. A year-long senior project and the department’s instructional labs make the program a useful option for someone interested in the behavior, fabrication and testing of physical systems rather than design calculations alone.
Where it stands out
Consider the Butte program if you want a defined elective direction with connections to instrumentation or materials. Ask faculty how undergraduates prepare for the relevant laboratory or research work, and compare examples from the track you would actually choose instead of assuming every facility serves every student equally.
What to weigh
The 136-credit plan and the courses that must be taken at Montana Tech deserve early attention from transfer students. The current catalog also names a different fourth track from the marketing page. Confirm the applicable catalog and approved sequence with the department before arranging transfer credit or planning a specialized senior year.
The current 2026–27 catalog specifies a 136-credit degree with mechanics, circuits, thermodynamics, instrumentation, electric machines and upper-level mechanical design.
The catalog defines elective tracks in Control Systems, Nanotechnology, Mechanical Design and Biomedical Engineering. These differ from the focus-area list on the broader marketing page.
Engineering Design I and II form the senior sequence, accompanied by the mechanical engineering laboratory and professional electives.
Areas of focus
Control Systems elective track
Nanotechnology elective track
Mechanical Design elective track
Biomedical Engineering elective track
Admission & progression
First-year academic eligibility can be established through a 2.5 cumulative GPA, upper-half class rank or the listed test-score alternatives, alongside college-preparatory requirements.
Test scores are optional for the admission decision, while mathematics and writing placement must still be established through accepted scores or placement testing.
The mechanical catalog marks specified upper-level core courses that must be completed at Montana Tech and cannot be fulfilled through transfer coursework.
Design & practical experience
Instructional laboratories support fluids, materials testing and mechanical power-system experiments; the program culminates in a year-long senior design project.
Faculty offer undergraduate research and design opportunities in areas including control systems, nanotechnology, product design and welding. Participation depends on the available project and preparation.
What matters in mechanical engineering bachelor’s programs in Montana
Analysis leading to a design decision
We considered whether the curriculum connects models and calculations to experiments or a completed design. An advanced course is most valuable when you can explain how it supports the engineering work you want to do.
Elective structure
A wide approved list and a named elective track solve different planning problems. We assessed how each degree lets a student pursue an interest while completing a coherent mechanical foundation.
Transfer and semester cost
The review considers the courses that must remain at the institution, the credit load and the scope of published fees. A lower price per credit is not enough to establish a lower price for your remaining degree.
Decide how you want to combine models and hardware
Montana State’s plan makes advanced computation a concrete choice through finite-element analysis or computational fluid dynamics. Before choosing, ask what software students use, how they verify a model against physical behavior and what preparation the course expects. A useful answer should connect the tool to a specific engineering decision, not just list software names.
At Montana Tech, compare the current elective tracks with the work in its instructional labs. A controls interest might lead you toward sensors and instrumentation; a materials interest might lead toward specimen testing or fabrication. Ask how a student moves from a required laboratory exercise to a more independent project, and what access or training that move requires.
Check the courses that must remain after transfer
Montana Tech’s current mechanical catalog marks upper-level core courses that cannot be replaced with transfer classes. Send the department your prior syllabi before committing to a finish date. Even an accepted engineering course may fill a different part of the degree than you expected.
For Montana State, pay attention to prerequisites outside the normal mechanical sequence when selecting professional electives. Build a plan backward from your preferred senior courses, then identify the earliest prerequisite you still need. The same approach helps a first-year applicant choose a suitable mathematics starting point. Our mechanical degree guide explains the relationships among the foundational subjects.
Compare Bozeman and Butte with the same budget assumptions
Use the current semester fee tables in the reviews with an identical resident or nonresident status and a realistic course load. Montana State’s published total explicitly excludes program and course fees and insurance. Montana Tech’s mandatory-fee table changes with the number of credits even where some tuition components stop increasing. Ask each campus for a registration-specific estimate.
Then add housing, food, transportation and any summer work or course plans. Request the aid offer and renewal conditions before deciding that one campus is financially preferable. If your transfer evaluation leaves an additional term at one institution, include that term and its living expenses in the comparison. The engineering cost guide separates tuition, aid and attendance budgets.
Questions, answered
What else should you know?
Which Montana school leads this ranking?+
Montana State leads for its computational progression, design preparation and professional-elective flexibility. Montana Tech is a strong alternative when its instrumentation and materials connections or a particular elective track match your interests.
Does Montana Tech offer a welding concentration?+
Its broader program page describes welding as a focus area, but the 2026–27 catalog lists Control Systems, Nanotechnology, Mechanical Design and Biomedical Engineering elective tracks. Welding courses and faculty expertise can still be relevant; confirm the current approved track with the department.
Are these mechanical engineering technology degrees?+
No. The reviews cover the Bachelor of Science in Mechanical Engineering at each institution. When comparing nearby titles, check the exact award and curriculum using the engineering accreditation guide.
Can I assume four years from either curriculum?+
Treat the published plan as a starting point. Mathematics placement, transfer treatment, prerequisite sequencing and elective choices affect an individual schedule. Ask for a term-by-term audit, particularly if you have already completed upper-level engineering courses elsewhere.
Keep researching
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