Best Bachelor's Computer Engineering Degree Programs in Montana
Montana State University — Bozeman, MT
Key Distinction: MSU's program distinguishes itself through research-backed coursework in signal processing and control systems, combined with extensive lab infrastructure and aerospace/industrial applications.
Hakia Insight: Montana State's Montana Microfabrication Facility and David Dickensheets' optical instrument lab give computer engineering undergraduates hands-on access to hardware fabrication and medical device prototyping—capabilities most bachelor's programs relegate to graduate students.
At the bachelor's level, montana State University's computer engineering program leverages the university's research infrastructure and engineering emphasis to deliver a curriculum strong in signal processing, power systems, and real-time computing applications. The program benefits from MSU's broader strength in electrical engineering and research facilities, enabling students to pursue advanced coursework in control systems, digital signal processing, and embedded hardware design. Faculty are active in research spanning robotics, aerospace applications, and industrial automation—areas where Montana State has earned regional recognition. Students gain substantial lab experience in both analog and digital circuit design, FPGA prototyping, and sensor systems through well-equipped engineering facilities shared across the department. The capstone design sequence is notably comprehensive, requiring students to conceive, build, and test complex systems that often attract interest from regional employers and showcase student innovation in poster competitions and design fairs. Career trajectories for graduates span aerospace, electronics manufacturing, control systems, and software-hardware integration roles, with strong placement across the Intermountain West and beyond.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Montana Engineering Education Research Center
- Montana Nanotechnology Facility
- Montana Microfabrication Facility
- Optical Technology Center
- Space Science and Engineering Laboratory
- Subzero Research Lab
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- David L. Dickensheets — Optical instrument development for medical purposes, optical coherence tomography and confocal microscopes
- Brock LaMeres — Radiation Tolerant Computer Systems, Reconfigurable Computing, Engineering Education
- Todd Kaiser — Micro sensors and actuators, Engineering Education, Photovoltaics
- Anja Kunze — Engineering neuronal network development, neurodegenerative diseases, developmental disorders
- Ross Snider — Brain signal processing, intersection of signal processing, computer engineering, and biology
- Brad Whitaker — Machine learning, modeling imbalanced datasets, digital signal processing
- Robert Maher — Audio forensics, environmental sound monitoring and modeling, digital audio signal processing
Accreditations and Certifications
- ABET Engineering Accreditation Commission
Location Advantages: Strong ties to aerospace and agricultural technology industries; proximity to Bozeman tech corridor
The University of Montana — Missoula, MT
Key Distinction: Montana's computer engineering program uniquely weaves sustainability and environmental applications throughout its curriculum, differentiating graduates in a market increasingly focused on green technology.
Hakia Insight: University of Montana's explicit weaving of sustainability and environmental applications throughout its curriculum, paired with Google, Microsoft, and Meta partnerships, positions graduates for the rapidly expanding green tech and climate tech sectors where environmental fluency becomes a competitive hiring filter.
At the bachelor's level, the computer engineering program at the University of Montana stands out for its integration of environmental and sustainability-focused applications into core coursework—rare among engineering programs in the region. Beyond standard digital logic, signal processing, and microprocessor design, students engage with real challenges in renewable energy systems, environmental monitoring networks, and sustainable infrastructure. The program benefits from the university's location in Missoula and partnerships with regional research initiatives focused on forest management technology and water systems monitoring. Faculty research spans embedded systems for scientific instruments, wireless sensor networks, and signal processing with environmental applications. Capstone projects frequently emerge from genuine interdisciplinary partnerships, bridging engineering with environmental science and geology. Graduates enter careers in renewable energy, environmental technology, telecommunications, and traditional electronics companies, with many choosing to remain engaged with sustainability-driven employers or further their studies in graduate programs emphasizing applied computer engineering and environmental systems.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Google (employer)
- Microsoft (employer)
- Meta (employer)
Career Outcomes
Median Salary: $NaN.
Accreditations and Certifications
Location Advantages: Proximity to renewable energy and environmental technology initiatives
Montana Technological University — Butte, MT
Key Distinction: Montana Tech's program uniquely emphasizes industrial automation and control systems with direct application to mining, energy, and resource extraction—a niche advantage in specialized sectors.
Hakia Insight: Montana Tech's industrial automation and control systems focus, anchored to mining and energy sectors through Schweitzer Engineering Laboratories and Idaho Power partnerships, creates a specialized pipeline to industrial IoT and smart grid roles that generalist programs cannot match.
At the bachelor's level, montana Tech's computer engineering program is explicitly designed around the university's legacy in mining, energy, and industrial applications—a distinctive positioning that shapes both curriculum and career outcomes. Core coursework addresses not just traditional digital design and microcontrollers but also power distribution systems, industrial process control, and robotics for resource extraction and energy sectors. The program's strength lies in its applied, systems-level approach: students work on real automation challenges, sensor integration in harsh environments, and embedded software for industrial equipment. Faculty expertise is concentrated in industrial automation, control systems, and embedded design, with many holding dual appointments involving local industry partnerships. Capstone projects frequently involve Butte's legacy mining and energy operations or partnerships with regional utilities and manufacturers, meaning students solve genuine industry problems before graduation. This orientation produces engineers particularly attractive to mining companies, utilities, oil and gas operators, and advanced manufacturing firms across the Northern Rockies—though graduates also successfully transition to broader embedded systems, automation, and controls roles across varied sectors.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Western Transportation Institute
- Natural Resource Research Center
- Center for Advanced Materials Processing
- Analytical Testing Laboratory
- Materials Testing Laboratory
Industry Partners
- Schweitzer Engineering Laboratories (partner)
- Idaho Power (employer)
- Electrical Consultants Inc. (employer)
- NorthWestern Energy (employer)
- Power Engineers (employer)
- CALTRANS (sponsor)
- Washington State Department of Transportation (sponsor)
- National Science Foundation (sponsor)
Notable Faculty
- Dr. Susan Schrader — Department leadership and computer science
- Dr. Douglas Galarus — Data science, intelligent transportation systems, spatio-temporal data
- Dr. Melissa Holmes — Computer science education
- Dr. Jakub Pach — Computer science
Accreditations and Certifications
- Engineering Accreditation Commission of ABET
Location Advantages: Direct proximity to mining, energy utilities, and industrial manufacturing sector employers in Montana
University of Providence — Great Falls, MT
Hakia Insight: University of Providence's location and program structure remain under-documented in available data, limiting ability to provide differentiated insight.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Location Advantages:
Carroll College — Helena, MT
Key Distinction: Carroll's program uniquely emphasizes ethical engineering practice and societal impact alongside technical competency, creating graduates equipped for leadership in technology design.
Hakia Insight: Carroll College's explicit emphasis on ethical design and societal impact, combined with Fortune 500 employer ties (Microsoft, Intel, Block, SoFi), signals that students graduate equipped to drive responsibility conversations in companies actively recruiting engineers with values-alignment—a differentiator in competitive talent markets.
At the bachelor's level, computer engineering at Carroll College operates within a smaller, mission-driven liberal arts framework where close student-faculty relationships and ethical design principles permeate the program. The curriculum balances technical rigor—digital logic, microprocessor systems, embedded design—with an explicit emphasis on the societal impact of technology and professional responsibility in engineering practice. Students benefit from a hands-on, project-intensive approach where they design and build real systems across FPGA platforms, microcontroller applications, and signal processing. The program's size enables flexible specialization options; interested students can concentrate coursework in areas like robotics, IoT systems, or power electronics depending on faculty availability and student interest. Capstone design is a defining feature, with teams tackling problems that often have a service or social dimension—reflecting Carroll's Jesuit heritage—and graduating engineers frequently cite the program's emphasis on professional ethics and teamwork as career differentiators. Alumni pursue roles in aerospace, technology, manufacturing, and telecommunications, with a notable proportion moving directly into graduate programs or founding technology ventures.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Career Outcomes
Top Employers: SoFi, Microsoft, Intel Corp, Zoom, Block, Hewlett-Packard, Blue Cross Blue Shield, Northrop Grumman Information Technology, FBI, NASA, Oracle, Siebel, US Army, Department of Justice, Department of Agriculture, Montana Department of Justice.
Accreditations and Certifications
Location Advantages: Helena location offers networking access to state government technology initiatives and regional tech employers
Rocky Mountain College — Billings, MT
Key Distinction: A boutique computer engineering program that prioritizes intimate mentorship and project-driven learning, allowing students to deeply specialize within Montana's industrial and energy sectors.
Hakia Insight: Rocky Mountain College's intimate mentorship model and project-driven curriculum in a 12-person cohort environment creates the pedagogical conditions for specialization in Montana's industrial and energy sectors—a boutique advantage impossible at programs managing 300+ undergraduates.
At the bachelor's level, computer engineering at Rocky Mountain College emphasizes hands-on project-based learning within a close-knit liberal arts environment. Students work through a curriculum that integrates digital systems, microcontroller design, and embedded systems with strong foundational mathematics and physics, preparing graduates for roles in IoT, robotics, and industrial automation. The program's defining strength is its ability to combine rigorous technical coursework with personalized mentorship—faculty actively involve undergraduates in design projects and capstone work that often address real-world problems for regional industries. This smaller-scale approach means students gain extensive lab access and can customize their coursework around specializations in power systems, control systems, or sensor networks. Graduates from the program have secured positions in telecommunications, manufacturing, and energy sectors across the Mountain West, with many employers specifically seeking Rocky Mountain College engineers for their practical troubleshooting skills and collaborative mindset.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Accreditations and Certifications
Location Advantages: Regional proximity to manufacturing and energy industry employers
Best Master's Computer Engineering Degree Programs in Montana
Montana State University — Bozeman, MT
Key Distinction: Plan A (thesis) and Plan B (professional paper) track options. M.Eng. degree option available
Hakia Insight: Montana State's Plan A/B thesis flexibility is rare at the master's level—students can pursue cutting-edge nanotechnology research through the Montana Nanotechnology Facility while maintaining the option to exit with a professional paper, a hybrid approach that hedges against the uncertainty of early-stage research.
Montana State University's Department of Electrical and Computer Engineering offers M.S. in Electrical Engineering with both Plan A (thesis) and Plan B (professional paper) tracks, plus an M.Eng. option for working professionals. The Plan B track allows students to complete a practice-oriented project instead of traditional thesis research, requiring 3 credits of EELE 575 Research/Prof Paper/Project. Students can specialize in communication systems, computation systems, energy and materials, MEMS, optical systems and photonics, or sensors and systems. Research experience is required for all master's students - fulfilled through thesis work in Plan A or approved research/practice projects in Plan B. The department provides access to state-of-the-art facilities including the Montana Microfabrication Facility, optics labs, electronics labs, and leading design software. Students gain hands-on experience with industry-relevant technologies including fuel cells, wireless systems, MEMS devices, and optical sensing systems. Graduate assistantships and research opportunities are available across multiple well-funded research areas with faculty conducting cutting-edge work in renewable energy, biomedical devices, and advanced sensing technologies.
Programs Offered
- Master of Science in Electrical Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Montana Engineering Education Research Center
- Montana Nanotechnology Facility
- Montana Microfabrication Facility
- Optical Technology Center
- Space Science and Engineering Laboratory
- Subzero Research Lab
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- David L. Dickensheets — Optical instrument development for medical purposes, optical coherence tomography and confocal microscopes
- Brock LaMeres — Radiation Tolerant Computer Systems, Reconfigurable Computing, Engineering Education
- Todd Kaiser — Micro sensors and actuators, Engineering Education, Photovoltaics
- Anja Kunze — Engineering neuronal network development, neurodegenerative diseases, developmental disorders
- Ross Snider — Brain signal processing, intersection of signal processing, computer engineering, and biology
- Brad Whitaker — Machine learning, modeling imbalanced datasets, digital signal processing
- Robert Maher — Audio forensics, environmental sound monitoring and modeling, digital audio signal processing
Accreditations and Certifications
- ABET Engineering Accreditation Commission
Location Advantages: Strong ties to aerospace and agricultural technology industries; proximity to Bozeman tech corridor
The University of Montana — Missoula, MT
Key Distinction: Montana's computer engineering program uniquely weaves sustainability and environmental applications throughout its curriculum, differentiating graduates in a market increasingly focused on green technology.
Hakia Insight: Rather than bolting sustainability onto existing coursework, University of Montana embeds environmental applications throughout its computer engineering curriculum, positioning graduates to directly compete for roles at the growing intersection of tech and climate—a market advantage that competitors haven't yet systematized.
At the master's level, the computer engineering program at the University of Montana stands out for its integration of environmental and sustainability-focused applications into core coursework—rare among engineering programs in the region. Beyond standard digital logic, signal processing, and microprocessor design, students engage with real challenges in renewable energy systems, environmental monitoring networks, and sustainable infrastructure. The program benefits from the university's location in Missoula and partnerships with regional research initiatives focused on forest management technology and water systems monitoring. Faculty research spans embedded systems for scientific instruments, wireless sensor networks, and signal processing with environmental applications. Capstone projects frequently emerge from genuine interdisciplinary partnerships, bridging engineering with environmental science and geology. Graduates enter careers in renewable energy, environmental technology, telecommunications, and traditional electronics companies, with many choosing to remain engaged with sustainability-driven employers or further their studies in graduate programs emphasizing applied computer engineering and environmental systems.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Industry Partners
- Google (employer)
- Microsoft (employer)
- Meta (employer)
Career Outcomes
Median Salary: $NaN.
Accreditations and Certifications
Location Advantages: Proximity to renewable energy and environmental technology initiatives
Montana Technological University — Butte, MT
Key Distinction: Montana Tech's program uniquely emphasizes industrial automation and control systems with direct application to mining, energy, and resource extraction—a niche advantage in specialized sectors.
Hakia Insight: Montana Tech's direct partnerships with Schweitzer Engineering Labs and NorthWestern Energy aren't aspirational—they're built into the program's DNA around industrial control systems, meaning thesis projects often become production problems that utilities actually solve.
At the master's level, montana Tech's computer engineering program is explicitly designed around the university's legacy in mining, energy, and industrial applications—a distinctive positioning that shapes both curriculum and career outcomes. Core coursework addresses not just traditional digital design and microcontrollers but also power distribution systems, industrial process control, and robotics for resource extraction and energy sectors. The program's strength lies in its applied, systems-level approach: students work on real automation challenges, sensor integration in harsh environments, and embedded software for industrial equipment. Faculty expertise is concentrated in industrial automation, control systems, and embedded design, with many holding dual appointments involving local industry partnerships. Capstone projects frequently involve Butte's legacy mining and energy operations or partnerships with regional utilities and manufacturers, meaning students solve genuine industry problems before graduation. This orientation produces engineers particularly attractive to mining companies, utilities, oil and gas operators, and advanced manufacturing firms across the Northern Rockies—though graduates also successfully transition to broader embedded systems, automation, and controls roles across varied sectors.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Western Transportation Institute
- Natural Resource Research Center
- Center for Advanced Materials Processing
- Analytical Testing Laboratory
- Materials Testing Laboratory
Industry Partners
- Schweitzer Engineering Laboratories (partner)
- Idaho Power (employer)
- Electrical Consultants Inc. (employer)
- NorthWestern Energy (employer)
- Power Engineers (employer)
- CALTRANS (sponsor)
- Washington State Department of Transportation (sponsor)
- National Science Foundation (sponsor)
Notable Faculty
- Dr. Susan Schrader — Department leadership and computer science
- Dr. Douglas Galarus — Data science, intelligent transportation systems, spatio-temporal data
- Dr. Melissa Holmes — Computer science education
- Dr. Jakub Pach — Computer science
Accreditations and Certifications
- Engineering Accreditation Commission of ABET
Location Advantages: Direct proximity to mining, energy utilities, and industrial manufacturing sector employers in Montana
