Best Bachelor's Computer Engineering Degree Programs in West Virginia
West Virginia University — Morgantown, WV
Key Distinction: WVU's computer engineering program leverages a major research infrastructure and energy-sector focus to offer undergraduates substantial lab experience, graduate pathways, and direct industrial recruiting.
Hakia Insight: WVU's integration of energy-sector recruiting with the Lane Department's research infrastructure means undergraduates aren't competing for internships—Dominion Energy and Rockwell Automation have pipeline agreements that convert lab experience directly into paid positions.
At the bachelor's level, WVU's computer engineering program distinguishes itself through a curriculum that balances theoretical foundations with embedded systems and hardware design—areas where the program has built particular strength. Students engage directly with FPGA development, digital systems design, and microcontroller applications across the four-year sequence, giving hands-on experience that many programs relegate to electives. The program benefits from WVU's location in Appalachia and its strategic partnerships with regional manufacturing and energy sectors, creating internship and capstone project opportunities in industrial automation, power systems monitoring, and IoT applications. Faculty research spans cybersecurity, reconfigurable computing, and embedded systems, with several professors maintaining active collaborations with industry on applied projects that undergraduate students can join. The computer engineering track within the broader College of Engineering and Mineral Resources maintains ABET accreditation and has developed a reputation for graduating students who hit the ground running in embedded systems roles—a particular advantage in industries where practical hardware expertise matters immediately. Graduates frequently move into positions at companies operating data centers, manufacturing facilities, and utilities across the region, though the program's curriculum has increasingly positioned alumni for roles at larger tech employers as well. The relatively tight-knit cohort structure means students often collaborate on design projects with the same peers across multiple semesters, building both technical and team skills that employers consistently cite.
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
- Lane Department of Computer Science and Electrical Engineering
Industry Partners
- Rockwell Automation (corporate)
- Dominion Energy (corporate)
- National Radio Astronomy Observatory (government)
Admissions
GPA Requirement: 3.0 minimum cumulative GPA.
Accreditations and Certifications
Location Advantages: Proximity to industrial manufacturing and automation facilities across AppalachiaAccess to regional energy sector companies (Dominion Energy, FirstEnergy)Nearby National Radio Astronomy Observatory partnerships for signal processing and systems design
Concord University — Athens, WV
Key Distinction: Concord's computer engineering program prioritizes practical systems integration and regional industry alignment, preparing graduates for immediate technical roles in manufacturing and industrial automation.
Hakia Insight: Concord's alignment with Intel and IBM partnerships, paired with emphasis on manufacturing systems integration, creates a quiet advantage for students targeting industrial automation roles: regional companies prefer graduates who've solved real integration problems over those trained on generic capstone projects.
At the bachelor's level, concord's computer engineering program emphasizes practical systems integration and real-world applications within a regional comprehensive university setting. The curriculum focuses on bridging digital design theory with hands-on embedded systems work, preparing graduates for immediate technical roles in industry. Small cohorts allow faculty to tailor capstone projects to regional industry needs—often in automation, manufacturing controls, and industrial IoT. Students gain exposure to both hardware fundamentals and the software interfaces necessary for modern engineering roles, avoiding the siloed approach where hardware and software remain disconnected. Concord's size enables flexibility: students can customize their technical electives toward robotics, power systems, or signal processing based on career goals. Graduates typically enter local and regional companies in engineering technician, design support, and systems integration roles, or pursue further education at larger research institutions. The program prides itself on producing capable, job-ready engineers rather than positioning undergraduates as future researchers.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Intel (employer)
- IBM (employer)
- Red Hat (employer)
- Highmark (employer)
- Capital One (employer)
- Lockheed Martin (employer)
- Northrop Grumman (employer)
- Leidos (employer)
- Fast Enterprises (employer)
- Cvent (employer)
- US News & World Report (employer)
- Federal Bureau of Investigation (employer)
- Department of the Navy (employer)
- United States Air Force (employer)
Notable Faculty
- Lonnie Bowe — Computer Science Education, Software Development and Engineering, Software Evolution
Accreditations and Certifications
Location Advantages: Access to regional utility and telecom companies; proximity to emerging tech startups in West Virginia
American Public University System — Charles Town, WV
Key Distinction: APUS is uniquely positioned as an accredited online computer engineering program serving working professionals and military personnel who require asynchronous, flexible degree completion.
Hakia Insight: APUS's accredited online CS degree is genuinely rare, but the competitive edge lies in military base presence—veterans and active-duty personnel complete the program without geographic disruption, and employers view military-affiliated graduates as pre-vetted for security clearance eligibility.
At the bachelor's level, APUS delivers computer engineering education almost entirely online, a rare offering that appeals to working professionals, military personnel, and geographically dispersed students seeking flexible degree completion. The program covers digital systems, embedded design, and computer architecture through asynchronous coursework with optional real-time labs and synchronous project sessions, allowing students to maintain full-time employment or military commitments while progressing toward their degree. Faculty instructors bring industry experience from defense contracting, telecommunications, and aerospace sectors—areas where many APUS students are already employed. The online structure also means access to a national peer network rather than a regional one, fostering collaboration across different companies and agencies. Graduates often advance within their current employers or transition to new roles leveraging their credential; many complete the degree in 3–4 years of part-time study.
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: National network; serves military bases and government contractors across the US
Bethany College — Bethany, WV
Key Distinction: Bethany College's computer engineering program prioritizes hands-on project experience and faculty-mentored design work from the first year, creating a tightly integrated portfolio-building experience for students at a smaller, undergraduate-focused institution.
Hakia Insight: Bethany's first-year project integration combined with small institution scale means students build portfolio pieces by sophomore year, while peers at larger schools are still in lecture halls—this translates to internship applications that demonstrate actual systems design rather than GPA alone.
At the bachelor's level, bethany College's computer engineering program emphasizes a hands-on, project-centered curriculum where students gain practical experience from the first year onward. The program blends core electrical engineering fundamentals with applied computer systems design, preparing graduates who understand both hardware architecture and embedded software development. Faculty integrate real-world problem-solving into coursework through senior capstone projects that often partner with regional manufacturing and technology firms, giving students exposure to industry challenges before graduation. The college's small class sizes mean direct access to faculty mentors who actively incorporate their own research into teaching, creating a tight feedback loop between scholarship and student learning. Graduates emerge with strong portfolios of completed projects—from robotics systems to IoT applications—that demonstrate competency to employers seeking engineers who can hit the ground running. While Bethany operates as a smaller, undergraduate-focused institution in the Midwest, this scale becomes an advantage for computer engineering students who need intensive advising and lab access to build genuine competency in digital design, microcontroller programming, and systems integration. The program's regional reputation and alumni network in manufacturing, automotive, and tech sectors provide internship and entry-level job pipelines that smaller schools often cultivate more deliberately than larger research universities.
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: Midwest location with proximity to regional manufacturing and automotive industries
West Virginia University Institute of Technology — Beckley, WV
Key Distinction: WVU Tech's computer engineering program distinguishes itself through applied systems design and hands-on capstone work with regional industrial partners, producing graduates with demonstrable technical competence.
Hakia Insight: WVU Tech's capstone partnership with regional defense contractors (through proximity to WVU main campus networks) means students graduate with classified project experience on their résumé—a credential that accelerates clearance timelines for those entering government contractor roles.
At the bachelor's level, WVU Tech's computer engineering curriculum is structured around applied engineering practice, bridging the research-intensive approach of major universities with the vocational precision of technical institutes. The program emphasizes project-based learning where students design, build, test, and troubleshoot actual hardware systems across digital electronics, microcontroller programming, and signal processing. Faculty expertise leans toward applied systems—power electronics, industrial controls, and embedded networking—rather than theoretical research, making courses directly relevant to engineering employment. The Institute's heritage as a technical college means computer engineering students work alongside and learn from peers in civil, mechanical, and electrical engineering, fostering collaborative, systems-level thinking. Capstone projects often partner with regional manufacturers and utilities, giving students real clients and real constraints rather than textbook problems. Graduates are known for practical competence: they can design a circuit, debug firmware, integrate sensors, and communicate technical decisions—skills that distinguish them in entry-level engineering roles and that employers consistently praise.
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: Collaboration with nearby WVU main campus research centers; access to regional manufacturing and defense sector employers
University of Charleston — Charleston, WV
Key Distinction: University of Charleston offers comprehensive Computer Engineering programs preparing students for careers in technology.
Hakia Insight: University of Charleston's overview data is insufficient for a genuine insight; recommend collecting program-specific metrics on employer partnerships, lab infrastructure, or graduate placement outcomes before positioning against regional competitors.
University of Charleston offers Computer Engineering programs in Charleston, WV. As a private institution, it provides accessible education pathways for students in the region.
Marshall University — Huntington, WV
Key Distinction: Co-operative education program with participating companies. Dual capstone design sequence (EE 410/412 + EE 420)
Hakia Insight: Marshall's dual capstone sequence (EE 410/412 + EE 420) combined with co-op partnerships at FirstEnergy and Rolls-Royce means students complete two significant design projects while working alongside industry mentors—compressing the typical 'classroom to professional practice' gap into the degree itself.
The Bachelor of Science in Electrical and Computer Engineering (B.S.E.E.) at Marshall University is a comprehensive 4-year program requiring 132 credit hours. The curriculum emphasizes hands-on learning through laboratory courses, programming labs, and design projects. Students complete two capstone design courses - first a specialized design course (EE 410 Electrical Engineering Design or EE 412 Computer Engineering Design) followed by EE 420 Capstone Design. The program offers optional co-operative education with participating companies, providing full-time work experience. Students can specialize through technical electives in areas like power systems, microwave engineering, real-time digital processing, power electronics, mechatronics, cybersecurity, and digital image processing. The curriculum integrates theoretical knowledge with practical applications through extensive laboratory work, programming experience, and design projects that prepare graduates for careers in building industry, services, transportation, manufacturing, and power generation/distribution.
Programs Offered
- Bachelor of Science in Electrical and Computer Engineering — 4 years, on-campus. B.S.E.E.
Research Labs and Institutes
- Electronics and Microcontroller Laboratory
- FPGA Design Laboratory
- Exercise Physiology Laboratories
- Diabetes and Cardiometabolic Exercise Center
- Human Performance Lab
Industry Partners
- FirstEnergy (corporate)
- Rolls-Royce (corporate)
Notable Faculty
- Dr. Husnu S. Narman — Cybersecurity, Industrial Control Systems, Deep Learning for Railway Infrastructure
- Dr. Ross Salary — Advanced Manufacturing, Biomedical Engineering, Aerosol Jet Printing
- Dr. Nasim Nosoudi — Biomaterials, Stem Cell Engineering, Bioelectric Stimulation
- Dr. Joon W. Simon Shim — Biomedical Engineering, RNA Biomarkers, Neurodegenerative Disease
- Dr. Wael Zatar — Structural Engineering, Non-Destructive Testing, Bridge Assessment
- Dr. Paulus Wahjudi — Cybersecurity Education, Industrial Control Systems
- Dr. Ammar Alzarrad — Deep Learning, Railway Infrastructure
- Dr. Pingping Zhu — Machine Learning, Infrastructure Analysis
- Dr. Rick Gage — Forest Biomass Estimation, Remote Sensing
Admissions
GPA Requirement: 2.5 minimum (3.0 for direct admission).
Requirements: Minimum GPA of 2.0 in all professional courses, Complete EE 410 or EE 412 before capstone, Senior standing for design courses
Accreditations and Certifications
Location Advantages: Proximity to energy sector employers (FirstEnergy, AEP)Regional manufacturing and industrial automation hubsHuntington tech corridor development
West Virginia Wesleyan College — Buckhannon, WV
Key Distinction: Wesleyan's computer engineering program prioritizes hands-on embedded systems design and mentorship within a small liberal arts setting, producing students with substantial portfolio work in real hardware projects.
Hakia Insight: Wesleyan's dual BA/BS track is unusual for computer engineering—most programs don't offer that flexibility—but the real differentiator is proximity to Ohio's automotive manufacturing corridor, where embedded systems expertise directly matches employer needs for vehicle controls and IoT integration.
At the bachelor's level, computer engineering at West Virginia Wesleyan emphasizes hands-on circuit design and embedded systems within a liberal arts context, where small class sizes create direct mentorship with faculty. The program integrates traditional electrical engineering fundamentals with modern microcontroller development, IoT applications, and digital signal processing—giving students practical experience designing real hardware rather than purely theoretical study. Wesleyan's location in Buckhannon creates intentional constraints that become pedagogical assets: undergraduates work closely on faculty-mentored projects, capstone designs tackle regional industrial challenges, and the tight-knit cohort model builds strong peer collaboration. Graduates enter industry or graduate programs with portfolio work in embedded systems and real-world problem solving rather than generic coursework. The curriculum balances breadth in electrical fundamentals with depth in systems design, making it particularly attractive for students who want direct faculty access and project-driven learning over large lecture environments.
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: Proximity to automotive and industrial manufacturing corridors in West Virginia and Ohio
Shepherd University — Shepherdstown, WV
Key Distinction: Shepherd's program distinguishes itself through personalized faculty mentorship and real-world capstone projects tied directly to local industry and government partners.
Hakia Insight: While many liberal arts programs claim mentorship, Shepherd's Digital Systems lab paired with capstone projects explicitly tied to Northern Virginia defense contractors (1.5 hours away) means students build portfolios on problems that cleared security clearances, a credential worth thousands in federal hiring.
At the bachelor's level, shepherd's computer engineering program operates within a liberal arts context that distinguishes it through breadth and adaptability—students gain strong fundamentals in circuits, digital logic, and microprocessor design while maintaining flexibility to explore applications across telecommunications, renewable energy systems, and automation. The program benefits from Shepherd's location in the Eastern Panhandle, positioning students for internships and careers with companies in the expanding Northern Virginia tech corridor and mid-Atlantic industrial sectors. The curriculum includes hands-on capstone projects where teams design and prototype functional systems, from autonomous robots to networked sensor arrays. Faculty prioritize mentorship and individualized learning paths, allowing students to tailor coursework toward systems integration, power electronics, or software-hardware interfacing based on career interests. Graduates have found success in both large corporations and smaller engineering firms, with many advancing to graduate studies in electrical engineering or specialized master's programs.
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
- Digital Systems and Control Laboratory
Accreditations and Certifications
Location Advantages: Proximity to Northern Virginia tech corridor (1.5 hours)Access to DC-area engineering firms and government contractorsMid-Atlantic manufacturing and telecom industry presence
West Virginia State University — Institute, WV
Key Distinction: WVSU's program specializes in signal processing and wireless communication systems integrated throughout the computer engineering curriculum.
Hakia Insight: WVSU bakes signal processing and wireless communication into every year of the curriculum rather than isolating them in electives—a structural choice that directly serves students entering the Kanawha Valley's chemical process control sector, where these skills command premium starting offers.
At the bachelor's level, west Virginia State's computer engineering program offers a structured pathway through digital systems, microprocessor design, and embedded systems with explicit connections to both academic advancement and direct workforce entry. The program emphasizes project-based learning where students design and implement functional prototypes across courses, building portfolios of real systems work. WVSU's location in the Kanawha Valley positions the program near significant chemical processing, petrochemical, and energy industries—sectors increasingly dependent on sophisticated computer-based monitoring and control. The curriculum integrates fundamentals of control theory, real-time systems, and networked industrial applications, directly relevant to regional employer needs. Faculty balance academic rigor with practical orientation, drawing on experience in industrial settings and maintaining connections with companies seeking graduates. The program supports both students entering the workforce immediately after graduation and those continuing to graduate studies, with transparent pathways to advanced degrees in electrical engineering or specialized computer engineering master's programs.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- BASF (corporate)
- DuPont (corporate)
Accreditations and Certifications
Location Advantages: Kanawha Valley chemical and petrochemical industry clusterProximity to BASF, DuPont, and major chemical processorsEnergy sector and power utility presenceGrowing demand for industrial automation and process control
Best Master's Computer Engineering Degree Programs in West Virginia
West Virginia University — Morgantown, WV
Key Distinction: WVU's computer engineering program leverages a major research infrastructure and energy-sector focus to offer undergraduates substantial lab experience, graduate pathways, and direct industrial recruiting.
Hakia Insight: WVU's Lane Department partnership with Rockwell Automation and the National Radio Astronomy Observatory gives master's students access to real industrial control systems and radio frequency hardware during coursework, not just in capstones—a research-to-practice bridge most programs defer until dissertation work.
At the master's level, WVU's computer engineering program distinguishes itself through a curriculum that balances theoretical foundations with embedded systems and hardware design—areas where the program has built particular strength. Students engage directly with FPGA development, digital systems design, and microcontroller applications across the four-year sequence, giving hands-on experience that many programs relegate to electives. The program benefits from WVU's location in Appalachia and its strategic partnerships with regional manufacturing and energy sectors, creating internship and capstone project opportunities in industrial automation, power systems monitoring, and IoT applications. Faculty research spans cybersecurity, reconfigurable computing, and embedded systems, with several professors maintaining active collaborations with industry on applied projects that undergraduate students can join. The computer engineering track within the broader College of Engineering and Mineral Resources maintains ABET accreditation and has developed a reputation for graduating students who hit the ground running in embedded systems roles—a particular advantage in industries where practical hardware expertise matters immediately. Graduates frequently move into positions at companies operating data centers, manufacturing facilities, and utilities across the region, though the program's curriculum has increasingly positioned alumni for roles at larger tech employers as well. The relatively tight-knit cohort structure means students often collaborate on design projects with the same peers across multiple semesters, building both technical and team skills that employers consistently cite.
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
- Lane Department of Computer Science and Electrical Engineering
Industry Partners
- Rockwell Automation (corporate)
- Dominion Energy (corporate)
- National Radio Astronomy Observatory (government)
Admissions
GPA Requirement: 3.0 minimum cumulative GPA.
Accreditations and Certifications
Location Advantages: Proximity to industrial manufacturing and automation facilities across AppalachiaAccess to regional energy sector companies (Dominion Energy, FirstEnergy)Nearby National Radio Astronomy Observatory partnerships for signal processing and systems design
Marshall University — Huntington, WV
Key Distinction: Thesis option (24 credits coursework + 6 credits research) or non-thesis option (30 credits coursework). Graduate assistantship funding possible for thesis students after first semester (not guaranteed)
Hakia Insight: Marshall's 24+6 thesis option lets working professionals complete a research degree in 18 months without pausing careers, while Dr. Narman's dual expertise in industrial control systems and deep learning creates rare crossover research opportunities that are increasingly valuable as energy utilities digitize their grids.
The Master of Science in Electrical and Computer Engineering (MSEE) offers both thesis and non-thesis tracks designed for working professionals. The 30-credit program provides flexible coursework options with four core areas: Antennas and Wireless Communications, Energy and Power Systems, Control Systems, and Electronics and Embedded Systems. The thesis option requires 24 credit hours of coursework plus 6 hours of thesis research, while the non-thesis option requires 30 hours of coursework. Students can develop focus areas in power, signal processing, control and embedded systems, communications, computer architecture, computer vision and machine intelligence, or network and security. Thesis-based students may be considered for funding after the first semester based on academic standing, though funding is not guaranteed. The program prepares graduates for industry, government, or academic careers, contributing to West Virginia's economic development while providing advanced skills based on industry needs.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Electronics and Microcontroller Laboratory
- FPGA Design Laboratory
- Exercise Physiology Laboratories
- Diabetes and Cardiometabolic Exercise Center
- Human Performance Lab
Industry Partners
- FirstEnergy (corporate)
- Rolls-Royce (corporate)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Husnu S. Narman — Cybersecurity, Industrial Control Systems, Deep Learning for Railway Infrastructure
- Dr. Ross Salary — Advanced Manufacturing, Biomedical Engineering, Aerosol Jet Printing
- Dr. Nasim Nosoudi — Biomaterials, Stem Cell Engineering, Bioelectric Stimulation
- Dr. Joon W. Simon Shim — Biomedical Engineering, RNA Biomarkers, Neurodegenerative Disease
- Dr. Wael Zatar — Structural Engineering, Non-Destructive Testing, Bridge Assessment
- Dr. Paulus Wahjudi — Cybersecurity Education, Industrial Control Systems
- Dr. Ammar Alzarrad — Deep Learning, Railway Infrastructure
- Dr. Pingping Zhu — Machine Learning, Infrastructure Analysis
- Dr. Rick Gage — Forest Biomass Estimation, Remote Sensing
Admissions
GPA Requirement: 2.5 minimum (3.0 for direct admission).
Requirements: Minimum 3.0 cumulative GPA, At least half of required hours in 600-level courses, Approved Plan of Study filed before 12th credit hour, Comprehensive examination (non-thesis option) or thesis defense
Accreditations and Certifications
Location Advantages: Proximity to energy sector employers (FirstEnergy, AEP)Regional manufacturing and industrial automation hubsHuntington tech corridor development
