University campus in Ohio
Updated June 28, 2026

Best Computer Engineering Degree Programs in Ohio, 2026 Rankings

Compare the top computer engineering colleges in Ohio. 42 accredited computer engineering schools ranked by graduation rate, career outcomes, and value, from Lakeland Community College to Ohio State University-Main Campus.

#1 ProgramOhio State
Avg Salary$100,180
Tuition From$4,057/yr
Job Growth+22%
On this page
Reviewed by Taylor Rupe, Founder & EditorSee methodology

25

Programs ranked

IPEDS 2024

$100,180

Ohio median computer engineering salary

BLS OEWS 2024

91.4/100

Top program score

Hakia methodology

5%

U.S. job growth (2023–33)

BLS projections

Key Takeaways

Best computer engineering degree programs: Ohio State, Case Western Reserve, Miami University-Oxford

Ranked by graduation rates, program outcomes, and institutional quality

IPEDS 2024

Tuition ranges from $4,057 to $64,100/year

Lakeland Community College offers the most affordable option at $4,057/yr

IPEDS 2024

Computer Engineering degree programs available: 3 associate's, 15 master's, 9 doctoral in Ohio

From community college pathways to advanced research degrees

IPEDS 2024

16 online computer engineering degree programs in Ohio

Flexible scheduling for working professionals

IPEDS 2024

Ohio community college transfer can save 40-60% on total degree costs

3 associate's programs provide transfer pathways to bachelor's degrees

Education Commission of the States

Major employers: JPMorgan Chase, Nationwide, Root Insurance, CoverMyMeds

Tech hubs in Columbus and Cleveland

Hakia Research 2026

Computer Engineering degree programs near 140+ cities across Ohio

Search by city to find programs within 200 miles of your location

IPEDS 2024

Updated June 28, 2026

How we ranked Ohio Computer Engineering programs

We rank 67 accredited computer engineering programs in Ohio using IPEDS 2024 institutional data, BLS OEWS 2024 state salary data, and College Scorecard outcomes. A 4-factor weighted composite is normalized to a 0–100 score. Schools cannot pay for placement; rankings are produced algorithmically.

Program completions (35%)Graduation rate (25%)Selectivity (20%)Career outcomes (20%)
See full methodology

Are Computer Engineering Degree Programs in Ohio Worth It?

Answer
$100,180
Yes. The best computer engineering degree programs in Ohio deliver strong ROI, graduates earn $100,180 median salary with +22% job growth through 2032. In-state tuition averages $28,958/year.

Source: BLS OEWS May 2024

Computer Engineering Degree Rankings in Ohio

Compare the top-ranked Computer Engineering programs in Ohio by degree level. Tuition, graduation rate, and Hakia Score for every accredited program.

Best Bachelor's Computer Engineering Programs in Ohio

15
Programs ranked
$25,180
Avg tuition/yr
67%
Avg grad rate

Program Landscape

Ohio ranks among the nation's top destinations for computer engineering education, with 40 accredited bachelor's degree programs across 12 public and 28 private institutions. The highest-ranked programs are Ohio State, Case Western Reserve, Miami University-Oxford, recognized for academic excellence, research opportunities, and strong industry connections.

Career Outcomes

Graduates from Ohio computer engineering programs earn a median salary of $85,153, 13% below the national average. The state's robust technology sector, anchored by the Columbus, Cleveland, Cincinnati metropolitan areas, provides abundant internship and employment opportunities with companies including JPMorgan Chase, Nationwide, Root Insurance.

Costs & Value

Tuition ranges from $5,404 to $64,100 annually, with an average of $29,581/yr. Top programs maintain graduation rates above 88%, with the highest reaching 97%. Many programs hold ABET accreditation, the gold standard for computing education, ensuring curriculum meets rigorous industry standards.

Curriculum & Specializations

Students can choose from specializations including software engineering, cybersecurity, artificial intelligence, data science, and systems architecture. Strong industry partnerships provide access to co-op programs, capstone projects with real companies, and direct recruiting pipelines to Ohio's leading technology employers. For students seeking computer engineering degrees in Ohio, these top-ranked computer engineering schools offer the strongest combination of academic rigor and career preparation.

Show all 15 ranked programs
RankSchoolLocationTypeTuitionGrad RateHakia Score
#6Cedarville UniversityCedarville, OHPrivate nonprofit$36,95073%76.9
#7Ohio Northern UniversityAda, OHPrivate nonprofit$38,25075%75.4
#8Ohio University-Main CampusAthens, OHPublic$14,15865%70.4
#9University of Akron Main CampusAkron, OHPublic$10,73552%69.7
#10Bowling Green State University-Main CampusBowling Green, OHPublic$11,40564%68.8
#11University of ToledoToledo, OHPublic$10,10257%67.6
#12Capital UniversityColumbus, OHPrivate nonprofit$42,74460%65.3
#13University of Mount UnionAlliance, OHPrivate nonprofit$36,10059%63.2
#14Cleveland State UniversityCleveland, OHPublic$12,87251%62.9
#15Wright State University-Main CampusDayton, OHPublic$10,94142%58.5

Best Master's Computer Engineering Programs in Ohio

6
Programs ranked
$29,993
Avg tuition/yr
74%
Avg grad rate

Program Landscape

Ohio offers 15 master's degree programs in computer engineering, designed for professionals seeking to advance into senior engineering, technical leadership, and specialized roles. The top programs, U of Dayton, Ohio State, Case Western Reserve, combine advanced technical training with research opportunities and leadership development.

Career Outcomes

Master's graduates in Ohio earn a median salary of $100,180, approximately 20-30% higher than bachelor's degree holders. The concentration of technology companies in Columbus, Cleveland, Cincinnati creates strong demand for graduate-level talent, with JPMorgan Chase, Nationwide, Root Insurance actively recruiting from these programs.

Costs & Value

Program formats include traditional full-time study (typically 2 years), part-time options for working professionals (2-3 years), and accelerated tracks. Tuition averages $17,681/yr, with many employers offering tuition reimbursement for graduate education. Some programs offer thesis and non-thesis tracks, allowing students to focus on research or professional development based on their career goals.

Curriculum & Specializations

Curriculum covers advanced topics including machine learning, distributed systems, software architecture, and technical management. Many programs include practicum experiences, industry capstone projects, or consulting engagements that provide real-world application of advanced concepts. Among Ohio's computer engineering schools at the graduate level, these programs stand out for both academic quality and career outcomes.

Show all 6 ranked programs
RankSchoolLocationTypeTuitionGrad RateHakia Score
#6Air Force Institute of Technology-Graduate School of Engineering & ManagementWright-Patterson AFB, OHPublic——56.2

Best Doctoral Computer Engineering Programs in Ohio

4
Programs ranked
$11,602
Avg tuition/yr
68%
Avg grad rate

Program Landscape

Ohio is home to 9 doctoral programs in computer engineering, preparing students for research positions, faculty appointments, and executive technical roles. Leading programs at Ohio State, Case Western Reserve, U of Cincinnati are recognized for cutting-edge research, strong faculty publications, and competitive funding packages.

Career Outcomes

Doctoral graduates command premium salaries, with Ohio PhD holders earning a median of $125,225, reflecting the advanced expertise required for research and executive positions. The Columbus, Cleveland, Cincinnati region's research universities and corporate R&D centers provide extensive collaboration opportunities with industry leaders like JPMorgan Chase, Nationwide, Root Insurance.

Costs & Value

PhD programs typically require 4-6 years of full-time study, including coursework, qualifying examinations, and original dissertation research. Many programs offer full funding through teaching or research assistantships, covering tuition and providing stipends of $25,000–$40,000 annually.

Curriculum & Specializations

Research strengths across Ohio programs include artificial intelligence, cybersecurity, human-computer interaction, systems, and theoretical computer science. For aspiring researchers pursuing computer engineering degrees in Ohio, graduates go on to careers as university faculty, industry research scientists, or technical executives, contributing to advances in technology that impact millions of users worldwide.

Computer Engineering Degree Costs & Tuition in Ohio

MetricValue
Average in-state tuition$28,958/year
Average out-of-state tuition$72,395/year
Community college tuition$7,240/year
4-year savings for residents$173,748
2+2 transfer pathway savings$43,436

Source: IPEDS 2024

Financial Aid & Scholarships for Computer Engineering Students in Ohio

State Aid Programs

The Ohio College Opportunity Grant (OCOG) provides up to $5,000 annually for Ohio residents with demonstrated financial need (Ohio Higher Ed). Eligibility requires a Student Aid Index (SAI) of 3,750 or less and maximum household income of $96,000. Students are limited to ten full-time semesters of eligibility, with awards prorated for part-time enrollment. The OCOG applies to associate degrees, first bachelor's degrees, and nurse diploma programs at eligible Ohio and Pennsylvania institutions.

Key Programs & Amounts

Choose Ohio First scholarships support STEM fields including computer engineering, with awards varying by institution and program. The College Technology Internship Program reimburses two-thirds of intern wages up to $7,500, connecting students with paid internships at innovative Ohio companies while reducing educational costs (Ohio Tech Internship). Minimum intern wages start at $15/hour with opportunities to negotiate higher rates. Intel's $100 million educational partnership pledge will create additional scholarship opportunities as the New Albany facility scales.

Institutional Scholarships

Institutional scholarships enhance affordability.

Ohio State's Morrill and Eminence Fellowships provide significant awards for high-achieving students. Case Western Reserve meets 100% of demonstrated financial need through institutional grants. Engineering-specific scholarships from professional organizations (IEEE, ACM) and corporate sponsors (Intel, Honda) reward academic excellence and career potential. Graduate assistantships at research universities cover tuition plus provide $20,000-$30,000 annual stipends for teaching or research support. Complete the FAFSA by October 1 to maximize eligibility for federal Pell Grants (up to $7,395) and state aid programs.

Computer Engineering Degree ROI Calculator, Ohio

Use our interactive ROI calculator to estimate your return on investment for a computer engineering degree in Ohio. Enter your expected tuition costs, financial aid, and career goals to see projected payback periods and lifetime earnings. The calculator uses current salary data from BLS and tuition data from IPEDS to provide accurate estimates.

Computer Engineering Degree ROI Calculator

Estimate your return on investment for a computer engineering degree

Leave blank to use average cost for selected program type

20 years
10 years20 years30 years
20-Year ROI

+802%

Net gain divided by total investment. ROI above 200% is considered excellent for education investments.

Net Gain

$1,483,492

Your additional lifetime earnings with this degree vs. working without one, minus the total investment.

Break-Even

5 years

Years until your cumulative earnings exceed total investment. Shorter programs often break even faster due to lower opportunity cost.

COL-Adjusted Salary

$123,810

Your starting salary adjusted for local cost of living. This shows real purchasing power compared to a $100K national baseline.

Why does break-even change with program type? Your "total investment" includes both tuition AND opportunity cost (foregone earnings while in school). A 4-year full-time public university (in-state) means 4 years of not earning a salary ($140,000 in opportunity cost). Shorter full-time programs may have higher tuition but lower total investment because you return to the workforce sooner.

Detailed Breakdown

How we calculate your degree ROI using real salary data

Total Investment$185,000

Tuition plus opportunity cost (earnings you miss while in school)

Program Cost (Tuition)$45,000

Direct cost of the degree program

Opportunity Cost$140,000

4 years × $35K/year foregone salary while studying full-time

20-Year Earnings (with degree)$2,518,900

Projected career earnings starting after graduation, with salary growth

20-Year Earnings (without degree)$850,408

What you'd earn working at $35K/year with 2% annual growth

Starting Salary (Chicago, IL)$130,000

Median salary for this role in your selected location (BLS 2024)

Annualized Return4.5%

Your investment's compound annual growth rate (similar to stock market returns)

Data sources: BLS OEWS May 2024, IPEDS 2024. Calculations use median salaries, 3% discount rate, and assume salary growth declines from 6% to 2% over career. Individual results will vary. | Powered by Hakia.com

Computer Engineering Salaries by Metro Area

Median annual salary in Ohio metro areas

Columbus$110K
Cleveland$105K
Cincinnati$100K
View data table
CategoryValue
Columbus$110K
Cleveland$105K
Cincinnati$100K

Source: BLS OEWS May 2024

Hakia.com

Top Employers Hiring Computer Engineering Graduates in Ohio

Find computer engineering jobs in Ohio. These major employers across Ohio metro areas are actively hiring computer engineering degree holders. Click employer names to view current job openings.

Computer Engineering Jobs in Columbus

OH

Columbus is Ohio's tech hub with a strong insurtech and fintech presence, plus major data center investments.

Nearby cities: Dublin, Westerville, Worthington, Grove City

Amazon
E-commerce/Cloud (AWS)
Google
Search/Cloud/AI
Meta
Social/VR/AI
JPMorgan Chase
Financial Technology
Nationwide Insurance
Insurance Tech
Root Insurance
Insurtech
CoverMyMeds
Healthcare Tech
Upstart
Fintech/AI Lending

Computer Engineering Jobs in Cleveland

OH

Cleveland combines healthcare IT innovation with industrial automation and aerospace research.

Nearby cities: Akron, Parma, Independence, Beachwood

IBM
Enterprise IT/Cloud
Key Bank
Financial Technology
Progressive Insurance
Insurance Tech
Hyland Software
Enterprise Content
Rockwell Automation
Industrial IoT
NASA Glenn Research Center
Aerospace

Ohio Tech Industry & Infrastructure

Ohio's tech market is reshaping rapidly around Intel's $20+ billion New Albany semiconductor fab (the largest single private investment in state history) and Honda's EV/battery joint venture with LG Energy Solution. Beyond the new chip and EV manufacturing footprint, Ohio's three major metros each host substantial enterprise/financial-services tech operations.

Columbus

Columbus metro

Fastest-growing Ohio tech metro by employment. Intel Ohio chip fab (online 2026-2027), Nationwide Insurance IT, Cardinal Health, Honda IT, Huntington Bank tech. Ohio State University is the principal CS graduate producer.

Cincinnati

Cincinnati metro

P&G's substantial IT and analytics organization, Kroger's digital transformation (84.51° data science arm), Fifth Third Bank tech, GE Aviation. Strong consumer-products data-engineering market.

Cleveland

Cleveland-Akron metro

Progressive Insurance HQ, KeyBank tech, Sherwin-Williams IT, Cleveland Clinic and University Hospitals medical-IT. Smaller but stable enterprise-tech market.

Ohio has a graduated state income tax (top rate ~3.5%). InvestOhio and JobsOhio's R&D tax credit are the principal state-level tech-employer incentives.

Ohio Department of DevelopmentJobsOhio — TechnologyIntel Ohio Operations

Ohio Regulation Affecting Computer Engineering Graduates

Ohio is unusual among states for offering an explicit cybersecurity safe-harbor through the Ohio Data Protection Act — businesses that voluntarily adopt a recognized cybersecurity framework gain affirmative defense against data-breach tort claims. This makes Ohio a relatively favorable jurisdiction for security-engineering work.

Ohio Data Protection Act (ODPA)

Provides an affirmative defense against data-breach tort claims for businesses that maintain a written cybersecurity program conforming to recognized frameworks (NIST CSF, ISO 27001, PCI-DSS, HITRUST, etc.).

Strong incentive for OH-based businesses to invest in formal security programs — drives security-engineer hiring and consulting demand. Engineers building security-program-compliant systems in Ohio operate with this legal benefit in mind.

Read more

Ohio Personal Information Privacy Act (proposed)

HB 376 / SB 11 (varying sessions) propose CCPA-style consumer privacy rights for Ohio residents. None has yet passed as of 2026.

Engineers should watch this space; Ohio passing comprehensive privacy would create a new compliance lane.

Read more

Ohio Identity Theft & Data Breach Notification Statutes

Ohio Revised Code 1349.19 — requires data-breach notification for OH residents whose personal information was compromised.

Standard data-protection compliance for any OH-resident-serving business.

Read more

Professional Engineer Licensure in Ohio

Ohio does not currently administer a separate Software Engineering PE license. ABET-EAC accreditation is recognized for traditional engineering PE tracks (mechanical, electrical, computer engineering); software engineering specifically is not a recognized Ohio PE discipline.

Ohio licensing board

Ohio Financial Aid Programs

Ohio College Opportunity Grant (OCOG)

State grant

Up to $5,500/yr (varies by institution type)

Ohio residents with demonstrated financial need at OH public and private nonprofit institutions

Choose Ohio First Scholarship

STEM-specific state scholarship

Average ~$4,700/yr (varies by institution and award)

Ohio residents pursuing STEM degrees at participating Ohio institutions; merit + financial need

Ohio Safety Officers College Memorial Fund

State scholarship

Tuition + fees

Children/spouses of OH safety officers killed in the line of duty

War Orphans & Severely Disabled Veterans' Children Scholarship

State scholarship

Up to ~$5,950/yr

Children of qualifying veterans pursuing higher education in Ohio

Transfer Pathways for Computer Engineering Degrees in Ohio

State Transfer System

Ohio's statewide transfer system facilitates efficient degree completion for students beginning at community colleges. The Ohio Transfer Module (OTM) guarantees transfer of 36-40 general education credit hours among all public institutions (Ohio Higher Ed). Individual OTM courses are guaranteed to transfer on a course-by-course basis even without completing the full module. The Ohio Guaranteed Transfer Pathways (OGTPs) confirm that community college courses meet major preparation requirements and will apply toward bachelor's degrees in engineering fields.

How Transfers Work

Ohio State University maintains articulated pathway agreements with multiple Ohio community colleges, enabling students to complete the first two years (earning an associate degree) before transferring with guaranteed credit recognition (OSU Registrar). Most pathways guarantee 60+ transfer credits. Cuyahoga Community College (Tri-C), Columbus State, Sinclair, and Cincinnati State all maintain strong engineering transfer agreements. The Career-Technical Assurance Guides (CTAGs) provide additional pathways for students with career-technical backgrounds to earn transferable credit.

Transfer Planning Tips

Strategic transfer planning maximizes efficiency: Complete calculus sequences (through differential equations), calculus-based physics, introductory programming, and digital logic courses at community college before transferring. Maintain a strong GPA (3.0+ minimum, 3.5+ for competitive programs) and verify course equivalencies early using university transfer guides. Meet with advisors at both sending and receiving institutions to ensure seamless progression. The 2+2 pathway saves $20,000-$40,000 compared to four years at a university while maintaining full access to ABET-accredited completion programs.

Computer Engineering Job Growth in Ohio

15%
The Bureau of Labor Statistics projects 15% growth for computer engineering occupations in Ohio through 2024-2034. The median salary stands at $100,180 with 42 accredited programs statewide.

Source: BLS Occupational Outlook

Computer Engineering Job Market & Salary Data in Ohio

Employment Outlook

Ohio's computer engineering job market is transforming with Intel's semiconductor mega-project driving unprecedented demand. The New Albany fab complex will employ 3,000 engineers directly, with an estimated 10,000 additional indirect jobs at suppliers and service providers (Intel Ohio). Through 2025, over 9.4 million construction work hours have been completed on-site. The project's 2027-2028 production timeline is creating immediate demand for experienced computer engineers to lead chip design, process engineering, and manufacturing systems teams.

Salaries by Metro

Regional salary data reveals strong earning potential across Ohio metros:

  • Columbus: $105,000 median tech salary with strongest semiconductor hiring from Intel's emerging ecosystem
  • Cleveland: $95,000 median with healthcare tech leadership at Cleveland Clinic and University Hospitals driving demand for embedded systems engineers
  • Cincinnati: $98,000 median with Procter & Gamble, Kroger, and manufacturing automation firms seeking control systems expertise
  • Dayton: Wright-Patterson Air Force Base and defense contractors including Northrop Grumman and L3Harris create security-cleared positions in avionics and aerospace computing

High-Growth Sectors

Key employers driving computer engineering hiring include: Intel (3,000+ projected positions), Honda R&D Americas in Raymond (automotive embedded systems), Rockwell Automation in Cleveland (industrial control systems), and LexisNexis Risk Solutions in Dayton (big data hardware optimization). The Ohio Third Frontier Commission's $67.4 million investment in technology entrepreneurs creates additional opportunities at high-growth startups (Ohio Third Frontier). For related paths, explore software engineering or electrical engineering.

Entry-Level (0-2 yrs)

New graduates and career changers

Senior (8+ yrs)

Technical leads and architects

Median Salary in Ohio$65,117$145,261
Typical RolesJunior Developer, AnalystStaff Engineer, Architect
Remote Work AccessLimitedCommon
Degree ExpectationBachelor's sufficientMaster's preferred

Online vs On-Campus Computer Engineering Programs in Ohio

Online Programs

16 available in Ohio

On-Campus Programs

Traditional classroom experience

Typical Tuition$26,062/yr$28,958/yr
Schedule FlexibilitySelf-paced or asyncFixed schedule
NetworkingVirtual cohortsIn-person, career fairs
Best ForWorking professionalsTraditional students
Completion Time2-4 years (flexible)4 years (standard)

Compare Computer Engineering Programs in Other States

Best Computer Engineering Degree Programs in Michigan
Total Programs
51
Median Tuition
$16,900
Top Program
University of Michigan-Ann Arbor
Best Computer Engineering Degree Programs in Indiana
Total Programs
42
Median Tuition
$10,300
Top Program
Purdue University-Main Campus
Best Computer Engineering Degree Programs in Kentucky
Total Programs
13
Median Tuition
$12,600
Top Program
University of Louisville
Best Computer Engineering Degree Programs in West Virginia
Total Programs
14
Median Tuition
$9,000
Top Program
West Virginia University
Best Computer Engineering Degree Programs in Pennsylvania
Total Programs
89
Median Tuition
$36,800
Top Program
Carnegie Mellon University
Best Computer Engineering Degree Programs in California
Total Programs
187
Median Tuition
$5,700
Top Program
University of California-Berkeley
Best Computer Engineering Degree Programs in Washington
Total Programs
49
Median Tuition
$7,000
Top Program
University of Washington-Seattle Campus
Best Computer Engineering Degree Programs in Texas
Total Programs
98
Median Tuition
$8,000
Top Program
Texas A & M University-College Station

Computer Engineering Degree Programs in Ohio: FAQ

What are the best computer engineering degree programs in Ohio?
The best computer engineering degree programs in Ohio based on our methodology are: 1) Ohio State University-Main Campus (90% graduation rate), 2) Case Western Reserve University, and 3) Miami University-Oxford. Our rankings weight graduation rates (25%), program completions (35%), selectivity (20%), and career outcomes (20%). Ohio offers 42 total accredited programs across 14 public and 28 private institutions. See our complete rankings for all 40 bachelor's programs.
How much do computer engineering degree programs cost in Ohio?
Computer Engineering degree program costs in Ohio vary significantly by institution type. In-state public tuition averages $28,958/year, while private institutions average $63,708/year. Community colleges offer the most affordable path at approximately $7,240/year for associate's degrees. The total 4-year cost ranges from $115,832 at public schools to $254,830 at private institutions before financial aid. Most students don't pay full sticker price, federal grants, state aid, and institutional scholarships can reduce costs by 30-60%.
What salary can computer engineering degree graduates earn in Ohio?
Computer Engineering professionals in Ohio earn a median salary of $100,180, which is competitive with the national average of $115,500. Entry-level positions typically start around $65,117, while senior roles exceed $145,261. Salaries vary by metro area: Columbus ($110,198), Cleveland ($105,189) offer the highest compensation. Specialized roles like AI/ML engineers and cloud architects command premiums of 15-30% above median.
Are there online computer engineering degree programs in Ohio?
Yes, Ohio offers 16 accredited online Computer Engineering programs from state institutions. These programs award the same degree as on-campus options and include synchronous and asynchronous formats. Top-ranked online programs include offerings from Cleveland State University and Franklin University. Online programs typically cost the same as on-campus tuition for in-state students. Many programs offer flexible scheduling for working professionals, with some offering accelerated completion in 2-3 years. Ensure any online program holds regional accreditation and ideally ABET accreditation for engineering programs.
What companies hire computer engineering degree graduates in Ohio?
Major Computer Engineering employers in Ohio include JPMorgan Chase, Nationwide, Root Insurance, CoverMyMeds, Hyland Software. The Columbus and Cleveland metro areas serve as primary tech hubs with thousands of open positions. Top employers maintain recruiting pipelines directly from Ohio universities, with many offering internship-to-hire programs. Beyond tech giants, opportunities exist in healthcare IT, financial services, defense contractors, and growing startups. Ohio's tech sector shows +22% projected job growth through 2033, outpacing most other industries.
Is a computer engineering degree program worth it in Ohio?
A computer engineering degree program in Ohio offers strong ROI with a $100,180 median salary and +22% projected job growth. At average in-state tuition of $28,958/year, graduates typically recoup their educational investment within 3-5 years. The degree opens doors to high-paying careers in software development ($113,203), data science, cybersecurity, and AI/ML. Beyond salary, benefits include job security, remote work flexibility, and clear advancement paths. Alternative paths like bootcamps exist for career changers, but bachelor's degrees provide broader career options and higher lifetime earnings.
How long do computer engineering degree programs take in Ohio?
Standard completion times for computer engineering degree programs in Ohio are: Associate's (2 years, 60 credits), Bachelor's (4 years, 120 credits), and Master's (1-2 years, 30-36 credits). However, actual timelines vary based on course load, transfer credits, and program format. Accelerated programs can compress a bachelor's to 3 years or a master's to 12 months. Part-time students typically need 5-6 years for a bachelor's degree. Ohio community colleges offer a cost-effective "2+2" path: complete your associate's in 2 years, then transfer to a Ohio university for the final 2 years of a bachelor's program.
What financial aid is available for computer engineering degree students in Ohio?
Ohio computer engineering degree students can access multiple financial aid sources. Federal aid includes Pell Grants (up to $7,395/year for qualifying students) and federal student loans. Ohio state grants provide additional support for residents attending in-state schools. Institutional scholarships from universities can significantly reduce costs, many schools offer merit-based awards for STEM students. Work-study programs and teaching/research assistantships (especially for graduate students) provide income while building experience. Complete the FAFSA by Ohio's priority deadline to maximize aid eligibility. Some employers also offer tuition reimbursement for employees pursuing CS degrees.

Data Sources

IPEDS 2024

Institutional characteristics, completions, graduation rates

BLS OEWS May 2024

Ohio salary and employment data

Official University Websites

Program details and admissions information

Last Updated: June 26, 2026. Rankings based on IPEDS 2024 data. Salary data from BLS OEWS May 2024.

Was this ranking helpful for your college search?
Taylor Rupe

Taylor Rupe

Co-founder & Editor (B.S. Computer Science, Oregon State • B.A. Psychology, University of Washington)

Taylor combines technical expertise in computer science with a deep understanding of human behavior and learning. His dual background drives Hakia's mission: leveraging technology to build authoritative educational resources that help people make better decisions about their academic and career paths.

The research behind the rankings

In-depth Computer Engineering program profiles in Ohio

Hand-researched detail on the top-ranked programs: degree pathways, research labs, industry partners, career outcomes, and admissions. Tap any school to expand.

Best Bachelor's Computer Engineering programs

#1Ohio State University-Main CampusColumbus, OH

Why it stands out. 75% of students participate in internships or co-ops. Hands-on experience in photonics, electrical energy conversion, high voltage engineering, integrated circuit fabrication, microcontrollers

Hakia insight. Ohio State's 75% internship/co-op participation rate, combined with specialized labs in photonics and high voltage engineering, signals a program that treats real industry problems as curriculum, not career prep add-ons.

The Bachelor of Science in Computer Engineering at Ohio State provides hands-on experience in photonics, electrical energy conversion, high voltage engineering, integrated circuit fabrication, microcontrollers, microprocessors, and signal processing. Students follow a structured curriculum with a college core covering fundamental math, science, and engineering courses, plus major-specific coursework. About 75% of engineering students participate in internships or co-ops before graduation, working with Engineering Career Services to secure positions nationwide. The program offers undergraduate research opportunities alongside faculty through labs like the Information Processing System Laboratory and High Voltage Laboratory, with students presenting at the annual Denman Undergraduate Research Forum. Study abroad options include service learning, semester programs, and international internships. Graduates average $70,604 starting salary and are heavily recruited by employers including IBM, General Motors, Lockheed Martin, American Electric Power, and government agencies for roles in computer, aerospace, automotive, and electronics industries.

Programs offered

  • Bachelor of Science in Electrical and Computer Engineering · 4 years · on-campus

Research labs & institutes

  • Research Laboratories, Centers, and Institutes — Various ECE research areas
  • ElectroScience Laboratory — Electromagnetics and wireless systems
  • Center for High Performance Power Electronics — Power electronics and energy systems
  • Institute for Cybersecurity and Digital Trust — Cybersecurity and digital systems
  • Circuit Laboratory for Advanced Sensors and Systems — Advanced sensor development
  • Electronic Materials and Device Laboratory — Device fabrication and characterization
  • Nanoelectronics and Optoelectronics Laboratory — Nanoscale electronics
  • Power Management Research Laboratory — Power system management
  • Semiconductor Epitaxy and Analysis Laboratory — Semiconductor materials
  • Autonomous Systems Perception, Intelligence, and Navigation Laboratory — Autonomous systems
  • Control and Intelligent Transportation Research Lab — Transportation systems
  • Hyperspectral Engine Lab for Integrated Optical Systems Laboratory — Optical systems
  • Krishna Infrared Detector Laboratory — Infrared detection systems

Career outcomes

$70,604 median salary

Top employers: IBM

Notable faculty

  • Dr. Joel Johnson (Electromagnetics)
  • Dr. Paul Berger (Nanotechnology and Devices)
  • Dr. Len Brillson (Solid State Electronics and Photonics)
  • Dr. Zak Kassas (Systems and Navigation)
  • Dr. Tanya Berger-Wolf (Computer Networks and Communication)

Admissions

Deadline November 1 (strongly encouraged).

Accreditation & certifications

ABET
#2Case Western Reserve UniversityCleveland, OH

Why it stands out. Integral laboratory components in most courses. 24/7 access to teaching laboratory facilities beyond scheduled hours

Hakia insight. Case Western's 24/7 lab access is deceptively valuable—embedded systems and hardware debugging happen on unpredictable timelines, and students who can iterate at 2 AM without waiting for office hours ship better designs faster.

Case Western Reserve University's BSE in Computer Engineering combines computer science with electrical engineering, training students to work from microscopic to system-wide scales. The program provides solid training in mathematics, physics, and computer engineering fundamentals while developing professional and leadership skills. Students research, design, develop and test computer systems including processors, circuit boards, memory devices, networks and routers. The curriculum features integral laboratory components in most courses with 24/7 access to teaching facilities beyond scheduled sessions. Students are encouraged to participate in departmental research projects for hands-on experience. Graduates enter diverse industries including financial services, computer manufacturing, chemicals, defense, consulting, transportation, and consumer goods. The program is ABET-accredited and computer engineering graduates typically achieve some of the highest starting salaries in engineering.

Programs offered

  • Bachelor of Science in Engineering in Computer Engineering · 4 years · on-campus

Research labs & institutes

  • Artificial Intelligence, Machine Learning and Robotics — AI/ML/Robotics
  • Augmented/Virtual Reality and Human-Machine Interfaces — AR/VR and HCI
  • Computer Architectures and Embedded Systems — Computer Architecture
  • Electronics and Micro/Nano Systems — Electronics
  • Energy Systems and Grid Modernization — Energy Systems

Accreditation & certifications

ABET
#3University of DaytonDayton, OH

Why it stands out. Combines Catholic, Marianist values with real-world experiential learning through the ETHOS Center, offering 36 unique lab spaces focused on engineering for the common good and societal impact

Hakia insight. University of Dayton's 36 lab spaces aren't redundant—they're intentionally distributed to embed engineering-for-social-impact into every design course, meaning students prototype solutions for Cincinnati Children's Hospital or community infrastructure projects rather than abstract problem sets.

At the bachelor's level, the University of Dayton's computer engineering program combines hardware and software knowledge to design embedded systems and computer-controlled technologies. The program integrates learning with doing and theory with practice through cutting-edge curriculum, research, and facilities.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Research labs & institutes

  • 36 unique lab spaces — solutions impacting society

Industry partners

IBMCincinnati Children's Hospital Medical Center

Notable faculty

  • Dr. Eric Balster (Department Chairperson)
  • Dr. Asari (Professor)
  • Dr. Cao (Professor)
  • Dr. Chatterjee (Professor)
  • Dr. Chodavarapu (Professor)
  • Dr. Duncan (Professor)
  • Dr. Hardie (Professor)
  • Dr. Hirakawa (Professor)
  • Dr. Neidhard-Doll (Professor)
  • Dr. Ordonez (Professor)
  • Dr. Rigling (Professor)
  • Dr. Subramanyam (Professor)
  • Dr. Taha (Professor)
  • Dr. Ratliff (Associate Professor)

Accreditation & certifications

ABET
#4Miami University-OxfordOxford, OH

Why it stands out. ABET accredited program. ECE Research opportunities

Hakia insight. Miami's combination of ABET accreditation with partnerships to Amazon, Apple, and Intel means the curriculum stays current through direct feedback loops—what industry needs shapes what's taught before textbooks lag.

The Computer Engineering B.S. program at Miami University focuses on designing and controlling systems from microcontrollers to complex computers. The ABET-accredited curriculum covers digital system design, circuits and electronics, computer organization, embedded systems, and programming languages. Students complete courses in smartphone technologies and digital signal processing. The program prepares graduates for diverse fields from research and design to manufacturing and technical sales. With 98% of 2020-2021 graduates employed or furthering education by fall 2021, students enter rapidly growing fields as aerospace engineers, web developers, computer systems architects, and electrical engineers. The program offers strong retention rates with 90% first-to-second year retention and ranks 12th among public universities for four-year graduation rates.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus

Research labs & institutes

  • Smart Factory Innovation and Technologies Lab — Smart manufacturing, robotics, and automation
  • Cybersecurity Lab — Cybersecurity research in configurable, sandboxed environment
  • Center for Assistive Technology — Design and development of assistive technology to improve quality of life
  • Center for Cybersecurity — Cross-disciplinary cybersecurity research
  • Jones Lab — Engineering microbes to produce high-value chemicals and biomolecules

Industry partners

AmazonAppleGoogleIntelMathworksNorthrop GrummanProcter & GambleRaytheonEYWA Biotech

Notable faculty

  • Chi-Hao Cheng, Ph.D. (Professor and Chair of Electrical and Computer Engineering)

Accreditation & certifications

ABET
#5University of Cincinnati-Main CampusCincinnati, OH

Why it stands out. UC's Computer Engineering program combines over a century of cooperative education leadership with cutting-edge research in hardware security and embedded systems, supported by over $7 million in annual research funding.

Hakia insight. UC's $7 million in annual research funding on hardware security, combined with 100+ years of co-op leadership and international placement in France, Germany, and Ghana, means undergraduates work on problems that matter globally, not just locally.

At the bachelor's level, the University of Cincinnati's Electrical & Computer Engineering (ECE) department, from which the Computer Engineering program operates, is a well-established department with significant research prominence. The department receives over $7 million annually in research funding from prestigious organizations including the National Science Foundation, National Institutes of Health, National Security Agency, and major industry partners like Intel, Alcatel-Lucent, Texas Instruments, Procter and Gamble, General Electric, and Motorola. Led by Department Head Marc M. Cahay, the program encompasses diverse research strengths across advanced computing systems, artificial intelligence, cybersecurity engineering, microelectronics and sensors, robotics, and wireless systems. Distinguished faculty include Andrew Steckl (Distinguished University Research Professor and Ohio Eminent Scholar) and Chong H. Ahn (Distinguished University Research Professor). The department operates over 20 specialized research laboratories and hosts multiple nationally recognized centers including the NSF IUCRC Center for Hardware and Embedded System Security and Trust (CHEST) and the NSA Center of Academic Excellence in Cyber Operations. John Christopher Gallagher serves as the Program Director for Computer Engineering, while the program maintains strong industry connections through cooperative education partnerships. The University of Cincinnati pioneered cooperative education in 1906 and maintains one of the top 5 co-op programs nationally according to U.S. News & World Report. Computer Engineering graduates achieve a strong median salary of $72,242 according to three-year average data, reflecting the program's market value and industry relevance.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Research labs & institutes

  • Center for Hardware and Embedded Systems Security and Trust (CHEST) — hardware and embedded systems security
  • Cyber Security Research and Education — cyber security
  • Cooperative Distributed Systems Lab — distributed systems
  • Database Group — database systems

Industry partners

P&G Digital Accelerator at UCSiemens Simulation Technology CenterIntelAlcatel-LucentTexas InstrumentsProcter and GambleGeneral ElectricMotorolaEDAptive ComputingNorthrop Grumman

Career outcomes

$72,242 median salary

Notable faculty

  • Dr. Andrew Steckl (Electronic and Photonic Materials and Devices, Nano-materials)
  • Dr. Chong H. Ahn (MEMS and BioMEMS Devices, Biosensor and Bioelectronics)
  • Dr. Marc M. Cahay (Nanoelectronics, Spintronics, Vacuum Microelectronics)
  • Dr. John Christopher Gallagher (UAV Detection, Machine Learning)
  • Dr. Ali Minai (Neural Networks and Deep Learning, Complex Adaptive Systems)
  • Dr. Rashmi Jha (Hardware Security, System on Chip, Neuromorphic Devices)
  • Dr. Boyang Wang (Data Security and Privacy, Side-Channel Attacks)

Admissions

GPA 3.0 minimum. Deadline December 1 (General Admission), April 1 (Early Admission).

Accreditation & certifications

ABET

Location advantage: Access to international co-op opportunities in France, Germany, and Ghana Global technical workforce development programs 1819 Innovation Hub for entrepreneurship and innovation

#6Cedarville UniversityCedarville, OH

Why it stands out. The program uniquely combines rigorous technical education with a distinctly Christian worldview, challenging students to use their engineering vocation as ministry while achieving professional excellence.

Hakia insight. Cedarville's placement pipeline to defense contractors like Northrop Grumman and Wright-Patterson AFB reflects a deliberate institutional focus that distinguishes it from secular peers—students graduate with both cleared-facility experience and a values-driven framework that resonates with mission-driven employers.

At the bachelor's level, cedarville University's Computer Engineering program offers a Bachelor of Science degree that bridges the gap between electrical engineering hardware and computer science software. The program combines aspects of computer programming, microprocessors, computer architecture, mathematics, circuits, and general engineering. Students gain real-world experience through design competitions and internships, with access to state-of-the-art facilities including dedicated electrical, mechanical, and computer engineering laboratories. The award-winning campus network, CedarNet, provides 24-hour access to over 175 software packages worth more than $25,000. The program is ABET accredited and taught by Christian faculty with doctoral degrees who emphasize both professional success and character development. With near 100% placement rates, graduates work at companies like Northrop Grumman, AMD, Honda, Wright-Patterson Air Force Base, Microsoft, and Cummins, or pursue graduate studies at top research universities.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Industry partners

Northrop GrummanAMDHondaWright-Patterson Air Force BaseMicrosoftCummins

Career outcomes

Top employers: Northrop Grumman, AMD, Honda, Wright-Patterson Air Force Base, Microsoft, Cummins

Notable faculty

  • Xiaowei Chen (Electrical and Computer Engineering)
  • Vicky Fang (Computer Engineering)
  • Danielle Fredette (Electrical and Computer Engineering)
  • Clint Kohl (Computer Engineering)

Admissions

GPA 2.0.

Accreditation & certifications

ABET Accredited
#8Ohio University-Main CampusAthens, OH

Why it stands out. Benefits from a major endowment from Dr. C. Paul Stocker, providing exceptional facilities and excellence in a modern facility (Stocker Center) that houses undergraduate, graduate, and research activities.

Hakia insight. The Stocker Center endowment creates an unusual advantage: undergrads at Ohio University access the same visualization and simulation infrastructure as PhD candidates, compressing the research timeline typically reserved for graduate study.

At the bachelor's level, computer engineering at Ohio University combines electrical engineering and computer science, dealing with computing systems from microprocessors to supercomputers. It is offered as a track within the ABET-accredited Bachelor of Science in Electrical Engineering program, focusing on hardware design, software design, or both.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Research labs & institutes

  • Avionics Engineering Center — aviation-related electronics and navigation research
  • Center for Scientific Computing and Immersive Technologies — medical imaging technologies and supercomputer development
  • Mourning Visualization and Simulation Lab — high-resolution data visualizations of scientific phenomenon

Industry partners

Apple ComputerGoogleMicrosoftIntelIBMBoeingNASAFAAGeneral ElectricFord

Career outcomes

Top employers: Apple Computer, Google, Microsoft, Intel, IBM, Boeing, NASA, General Electric, Ford, Lockheed Martin

Notable faculty

  • Chad Mourning (data visualization and simulation)

Accreditation & certifications

ABET

Location advantage: Athens Campus location R1 Research University designation

Best Master's Computer Engineering programs

#1Ohio State University-Main CampusColumbus, OH

Why it stands out. Thesis and non-thesis track options producing identical MS degrees. Very flexible coursework to fit student needs

Hakia insight. Ohio State's identical thesis and non-thesis MS degrees mask a strategic flexibility: students can pivot from research to industry placement mid-program without transcript penalty, a decision point other top-20 programs force upfront.

The Electrical and Computer Engineering MS program at Ohio State offers two flexible tracks: thesis and non-thesis, both producing identical MS degrees. Ranked in the top 20 by U.S. News and World Report, the program prepares students for technical leadership roles in industry, academia, and government. The coursework is highly flexible to fit working professionals' needs. Students can pursue embedded Semiconductor Certificates as part of their degree. International graduates are eligible for up to three years of Optional Practical Training (OPT) work permission in the United States. The program emphasizes fundamental understanding of engineering sciences to develop creative approaches to important engineering problems. As a Tier 1 research university program, graduates are positioned for significant career advancement in technical leadership positions.

Programs offered

  • Master of Science in Electrical and Computer Engineering · 1-2 years · on-campus

Research labs & institutes

  • Research Laboratories, Centers, and Institutes — Various ECE research areas
  • ElectroScience Laboratory — Electromagnetics and wireless systems
  • Center for High Performance Power Electronics — Power electronics and energy systems
  • Institute for Cybersecurity and Digital Trust — Cybersecurity and digital systems
  • Circuit Laboratory for Advanced Sensors and Systems — Advanced sensor development
  • Electronic Materials and Device Laboratory — Device fabrication and characterization
  • Nanoelectronics and Optoelectronics Laboratory — Nanoscale electronics
  • Power Management Research Laboratory — Power system management
  • Semiconductor Epitaxy and Analysis Laboratory — Semiconductor materials
  • Autonomous Systems Perception, Intelligence, and Navigation Laboratory — Autonomous systems
  • Control and Intelligent Transportation Research Lab — Transportation systems
  • Hyperspectral Engine Lab for Integrated Optical Systems Laboratory — Optical systems
  • Krishna Infrared Detector Laboratory — Infrared detection systems

Notable faculty

  • Dr. Joel Johnson (Electromagnetics)
  • Dr. Paul Berger (Nanotechnology and Devices)
  • Dr. Len Brillson (Solid State Electronics and Photonics)
  • Dr. Zak Kassas (Systems and Navigation)
  • Dr. Tanya Berger-Wolf (Computer Networks and Communication)

Admissions

Deadline November 1 (strongly encouraged).

Accreditation & certifications

ABET
#2Case Western Reserve UniversityCleveland, OH

Why it stands out. Professional track and research track options. Graduate assistantships available

Hakia insight. Case Western's professional track with available graduate assistantships creates a rare dual path—working professionals can offset tuition while accessing the same VLSI and embedded systems labs as full-time researchers.

Case Western's Master of Science in Computer Engineering offers both professional and research tracks to accommodate working professionals. The program provides expertise in advanced VLSI design, embedded systems for IoT applications, and wearable computing. Students can choose between thesis-based research or coursework-focused professional tracks. The program serves professionals seeking to advance their careers in cutting-edge electronics and embedded systems. As part of Case School of Engineering, students have access to graduate assistantships and research opportunities. The program is designed for career advancement in high-demand technical fields, with connections to industry partners and research labs. All graduate admissions are handled through the School of Graduate Studies, providing structured support for working professionals balancing education with career responsibilities.

Programs offered

  • Master of Science in Computer Engineering · 1-2 years · on-campus

Research labs & institutes

  • Artificial Intelligence, Machine Learning and Robotics — AI/ML/Robotics
  • Augmented/Virtual Reality and Human-Machine Interfaces — AR/VR and HCI
  • Computer Architectures and Embedded Systems — Computer Architecture
  • Electronics and Micro/Nano Systems — Electronics
  • Energy Systems and Grid Modernization — Energy Systems

Accreditation & certifications

ABET
#3University of DaytonDayton, OH

Why it stands out. Combines Catholic, Marianist values with real-world experiential learning through the ETHOS Center, offering 36 unique lab spaces focused on engineering for the common good and societal impact

Hakia insight. The ETHOS Center's partnership with Cincinnati Children's Hospital transforms a social-impact framework from abstract principle into live medical device design experience, offering master's students real FDA-adjacent constraints missing from most university labs.

At the master's level, the University of Dayton's computer engineering program combines hardware and software knowledge to design embedded systems and computer-controlled technologies. The program integrates learning with doing and theory with practice through cutting-edge curriculum, research, and facilities.

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 & institutes

  • 36 unique lab spaces — solutions impacting society

Industry partners

IBMCincinnati Children's Hospital Medical Center

Notable faculty

  • Dr. Eric Balster (Department Chairperson)
  • Dr. Asari (Professor)
  • Dr. Cao (Professor)
  • Dr. Chatterjee (Professor)
  • Dr. Chodavarapu (Professor)
  • Dr. Duncan (Professor)
  • Dr. Hardie (Professor)
  • Dr. Hirakawa (Professor)
  • Dr. Neidhard-Doll (Professor)
  • Dr. Ordonez (Professor)
  • Dr. Rigling (Professor)
  • Dr. Subramanyam (Professor)
  • Dr. Taha (Professor)
  • Dr. Ratliff (Associate Professor)

Accreditation & certifications

ABET
#4University of Cincinnati-Main CampusCincinnati, OH

Why it stands out. Non-thesis coursework track. One-year completion option

Hakia insight. UC's one-year MEng through intensive coursework isn't a compressed experience—it's a compressed timeline to the P&G Digital Accelerator and Siemens partnerships already embedded in the curriculum, letting working engineers jump directly into sponsored research.

The Master of Engineering (MEng) in Computer Engineering at UC is a non-thesis, coursework-focused degree designed for working professionals. The program can be completed in just one year (two semesters plus capstone) or part-time online in 5 semesters. Students choose between an industry internship or capstone project, with many securing positions at companies like Amazon, Fifth Third Bank, and American Family Insurance. The curriculum includes 30 credit hours with core professional development courses, discipline-specific technical courses, and a capstone experience. Online options serve working engineers who cannot attend traditional programs, offering 2 courses per semester. The program provides dedicated career coaching, academic advising, and Curricular Practical Training (CPT) support for internships. Graduates report significant career advancement with roles as Software Engineers and positions at major tech companies and financial institutions.

Programs offered

  • Master of Engineering in Computer Engineering · 1-2 years · on-campus

Research labs & institutes

  • Center for Hardware and Embedded Systems Security and Trust (CHEST) — hardware and embedded systems security
  • Cyber Security Research and Education — cyber security
  • Cooperative Distributed Systems Lab — distributed systems
  • Database Group — database systems

Industry partners

P&G Digital Accelerator at UCSiemens Simulation Technology CenterIntelAlcatel-LucentTexas InstrumentsProcter and GambleGeneral ElectricMotorolaEDAptive ComputingNorthrop Grumman

Career outcomes

Top employers: Amazon

Notable faculty

  • Dr. Andrew Steckl (Electronic and Photonic Materials and Devices, Nano-materials)
  • Dr. Chong H. Ahn (MEMS and BioMEMS Devices, Biosensor and Bioelectronics)
  • Dr. Marc M. Cahay (Nanoelectronics, Spintronics, Vacuum Microelectronics)
  • Dr. John Christopher Gallagher (UAV Detection, Machine Learning)
  • Dr. Ali Minai (Neural Networks and Deep Learning, Complex Adaptive Systems)
  • Dr. Rashmi Jha (Hardware Security, System on Chip, Neuromorphic Devices)
  • Dr. Boyang Wang (Data Security and Privacy, Side-Channel Attacks)

Admissions

GPA 3.0 minimum. Deadline December 1 (General Admission), April 1 (Early Admission).

Accreditation & certifications

ABET

Location advantage: Access to international co-op opportunities in France, Germany, and Ghana Global technical workforce development programs 1819 Innovation Hub for entrepreneurship and innovation

#6Air Force Institute of Technology-Graduate School of Engineering & ManagementWright-Patterson AFB, OH

Hakia insight. AFIT's $95K median salary reflects not just military employment but security clearance as embedded credential—graduates enter the aerospace-defense sector with Top Secret eligibility, a $50K+ hiring premium most civilian programs can't replicate.

At the master's level, AFIT offers advanced graduate programs in computer engineering focused on military and aerospace applications, cybersecurity, and emerging technologies. The program serves active duty military personnel and select civilians, emphasizing research that supports national defense and security objectives.

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 & institutes

  • Center for Cyberspace Research — Cybersecurity and information warfare
  • Autonomy and Navigation Technology Center — Autonomous systems and AI
  • Information Institute — Data science and machine learning

Industry partners

Lockheed MartinRaytheonNorthrop Grumman

Career outcomes

$95,000 median salary

Top employers: U.S. Air Force, U.S. Space Force, Lockheed Martin, Raytheon, Boeing

Admissions

GPA 3.0.

Accreditation & certifications

CISSPSecurity+SANS certificationsPMP

Best Doctoral Computer Engineering programs

#1Ohio State University-Main CampusColumbus, OH

Why it stands out. Most PhD students financially supported with fellowships or graduate assistantships. Greater share of financial aid reserved for PhD students

Hakia insight. Ohio State's top-20 ranking becomes notably more valuable when you learn that most PhD students receive fellowship or assistantship support—a distinction that shields students from the financial precarity common in doctoral programs and allows them to focus entirely on research rather than teaching obligations.

The Electrical and Computer Engineering PhD program at Ohio State University is ranked in the top 20 by U.S. News and World Report and emphasizes independent research and problem-solving based on first-principle scientific and mathematical concepts. The program focuses heavily on research, with students expected to work closely with faculty advisors on challenging, previously unsolved research problems that result in a dissertation. Most PhD students receive financial support through fellowships or graduate assistantships, with a greater share of financial aid reserved for doctoral students compared to master's students. The program offers two tracks depending on the highest degree obtained at admission. International graduates are eligible for up to three years of Optional Practical Training work permission in the United States. The training prepares students for technical leadership roles in industry, academia, and government by providing fundamental understanding of engineering sciences to develop creative and innovative approaches to important engineering problems.

Programs offered

  • Electrical and Computer Engineering - Doctor of Philosophy · 4-6 years · on-campus

Research labs & institutes

  • Research Laboratories, Centers, and Institutes — Various ECE research areas
  • ElectroScience Laboratory — Electromagnetics and wireless systems
  • Center for High Performance Power Electronics — Power electronics and energy systems
  • Institute for Cybersecurity and Digital Trust — Cybersecurity and digital systems
  • Circuit Laboratory for Advanced Sensors and Systems — Advanced sensor development
  • Electronic Materials and Device Laboratory — Device fabrication and characterization
  • Nanoelectronics and Optoelectronics Laboratory — Nanoscale electronics
  • Power Management Research Laboratory — Power system management
  • Semiconductor Epitaxy and Analysis Laboratory — Semiconductor materials
  • Autonomous Systems Perception, Intelligence, and Navigation Laboratory — Autonomous systems
  • Control and Intelligent Transportation Research Lab — Transportation systems
  • Hyperspectral Engine Lab for Integrated Optical Systems Laboratory — Optical systems
  • Krishna Infrared Detector Laboratory — Infrared detection systems

Notable faculty

  • Dr. Joel Johnson (Electromagnetics)
  • Dr. Paul Berger (Nanotechnology and Devices)
  • Dr. Len Brillson (Solid State Electronics and Photonics)
  • Dr. Zak Kassas (Systems and Navigation)
  • Dr. Tanya Berger-Wolf (Computer Networks and Communication)

Admissions

Deadline November 1 (strongly encouraged).

Accreditation & certifications

ABET
#2University of Cincinnati-Main CampusCincinnati, OH

Why it stands out. 32 faculty members. State-of-the-art research laboratories and equipment

Hakia insight. UC's partnerships with P&G Digital Accelerator and Siemens Simulation Technology Center give doctoral candidates direct pathways into Fortune 500 research environments before graduation, while Dr. Steckl's nano-materials lab positions students at the intersection of photonics and device engineering—a field with acute industry talent shortages.

The PhD in Electrical Engineering and Computer Science and Engineering offers doctoral research opportunities across hardware and software systems, artificial intelligence, neural networks, image processing, electronic design automation, MEMS, microsensors, millimeter waves and photonics, nanoelectronics, and optoelectronics. The program features 32 faculty members with state-of-the-art research laboratories and equipment. Funding is available through national and state agencies including NSF, NIH, NASA, Army Research Office, Wright Patterson Air Force Base, Office of Naval Research, and Ohio Department of Transportation. Students work on challenging research projects in an excellent graduate research environment with access to cutting-edge facilities across multiple engineering disciplines.

Programs offered

  • Doctor of Philosophy in Electrical Engineering and Computer Science and Engineering · 4-6 years · on-campus

Research labs & institutes

  • Center for Hardware and Embedded Systems Security and Trust (CHEST) — hardware and embedded systems security
  • Cyber Security Research and Education — cyber security
  • Cooperative Distributed Systems Lab — distributed systems
  • Database Group — database systems

Industry partners

P&G Digital Accelerator at UCSiemens Simulation Technology CenterIntelAlcatel-LucentTexas InstrumentsProcter and GambleGeneral ElectricMotorolaEDAptive ComputingNorthrop Grumman

Career outcomes

$72,242 median salary

Notable faculty

  • Dr. Andrew Steckl (Electronic and Photonic Materials and Devices, Nano-materials)
  • Dr. Chong H. Ahn (MEMS and BioMEMS Devices, Biosensor and Bioelectronics)
  • Dr. Marc M. Cahay (Nanoelectronics, Spintronics, Vacuum Microelectronics)
  • Dr. John Christopher Gallagher (UAV Detection, Machine Learning)
  • Dr. Ali Minai (Neural Networks and Deep Learning, Complex Adaptive Systems)
  • Dr. Rashmi Jha (Hardware Security, System on Chip, Neuromorphic Devices)
  • Dr. Boyang Wang (Data Security and Privacy, Side-Channel Attacks)

Admissions

GPA 3.0 minimum. Deadline December 1 (General Admission), April 1 (Early Admission).

Accreditation & certifications

ABET

Location advantage: Access to international co-op opportunities in France, Germany, and Ghana Global technical workforce development programs 1819 Innovation Hub for entrepreneurship and innovation

#3Wright State University-Main CampusDayton, OH

Why it stands out. The program uniquely combines theoretical foundations with hands-on hardware-software integration, supported by proximity to Wright-Patterson Air Force Base research facilities and flexible course delivery options for working professionals.

Hakia insight. Wright State's proximity to Wright-Patterson Air Force Base isn't mere geography—it unlocks access to classified research facilities and defense-industry equipment that most universities can't offer, allowing doctoral students to tackle problems at the cutting edge of aerospace autonomy and cybersecurity without leaving campus.

At the doctoral level, wright State University's Computer Engineering program combines theory, software, and hardware through comprehensive undergraduate and graduate pathways. The program emphasizes the integration of hardware and software systems, offering both thesis and non-thesis graduate options with flexible scheduling including day, evening, and online courses for working professionals. Students benefit from well-equipped laboratory facilities, faculty expertise, and opportunities to work on research projects. The program provides strong industry connections with employers like Wright-Patterson Air Force Base, Northrop Grumman, Ball Aerospace, and Siemens. Graduates are prepared for roles in embedded systems, networking, robotics, cybersecurity, and system engineering with starting salaries averaging $97,940.

Programs offered

  • Doctor of Philosophy in Computer Engineering · 4-6 years · on-campus
  • Doctor of Science in Computer Engineering · 4-6 years · online

Research labs & institutes

  • Cyber Research and Education Center (CREC) — Cybersecurity research and education
  • Kno.e.sis — Knowledge-enabled computing

Industry partners

Wright-Patterson Air Force BaseAssured Information SecurityBall AerospaceNorthrop GrummanSiemensLeidosDepartment of Defense

Career outcomes

$97,940 median salary

Top employers: Assured Information Security, Ball Aerospace, Northrop Grumman, Siemens, Department of Defense

Admissions

GPA 3.0.

Location advantage: Proximity to Wright-Patterson Air Force Base Access to defense industry research facilities

#4Air Force Institute of Technology-Graduate School of Engineering & ManagementWright-Patterson AFB, OH

Hakia insight. AFIT's $95,000 median salary post-graduation appears modest until you realize most graduates enter the U.S. Air Force or Space Force with active-duty commissions, meaning that figure excludes military base housing, healthcare, and retirement benefits—effectively adding $40,000+ in total compensation that civilian PhD programs don't offer.

At the doctoral level, AFIT offers advanced graduate programs in computer engineering focused on military and aerospace applications, cybersecurity, and emerging technologies. The program serves active duty military personnel and select civilians, emphasizing research that supports national defense and security objectives.

Programs offered

  • Doctor of Philosophy in Computer Engineering · 4-6 years · on-campus
  • Doctor of Science in Computer Engineering · 4-6 years · online

Research labs & institutes

  • Center for Cyberspace Research — Cybersecurity and information warfare
  • Autonomy and Navigation Technology Center — Autonomous systems and AI
  • Information Institute — Data science and machine learning

Industry partners

Lockheed MartinRaytheonNorthrop Grumman

Career outcomes

$95,000 median salary

Top employers: U.S. Air Force, U.S. Space Force, Lockheed Martin, Raytheon, Boeing

Admissions

GPA 3.0.

Accreditation & certifications

CISSPSecurity+SANS certificationsPMP