Top 3 Computer Engineering Programs in Ohio
Ohio State University
Leading research in embedded systems and IoT with strong industry partnerships including Intel and IBM
Case Western Reserve University
Exceptional faculty-to-student ratio and cutting-edge research facilities in computer architecture
University of Cincinnati
Renowned co-op program with 95% job placement rate and partnerships with Fortune 500 companies
- 1.Ohio hosts 18 ABET-accredited computer engineering programs with strong industry connections
- 2.Average in-state tuition is $12,400, significantly below the national average of $18,200
- 3.Ohio computer engineering graduates earn a median starting salary of $78,500
- 4.The state's tech sector employs over 340,000 professionals with 12% projected growth through 2032
- 5.Co-op and internship programs provide 85% of students with hands-on industry experience
Key Highlights
- Home to major tech companies and defense contractors
- Strong presence in aerospace and automotive industries
- Growing fintech and healthcare technology sectors
- Excellent internship and co-op opportunities
Avg Salary
$78,500
Tech Jobs
340,000+
Job Growth
12%
Programs
18
Major Employers
Complete Computer Engineering Program Rankings
| 1 | Ohio State University | Columbus | $11,936 | 8700% | $82,000 | 94 |
| 2 | Case Western Reserve University | Cleveland | $62,850 | 8500% | $89,000 | 91 |
| 3 | University of Cincinnati | Cincinnati | $12,420 | 7100% | $79,500 | 88 |
| 4 | University of Akron | Akron | $11,660 | 5400% | $72,000 | 82 |
| 5 | Wright State University | Dayton | $10,098 | 4800% | $71,500 | 79 |
| 6 | University of Toledo | Toledo | $10,402 | 6000% | $70,000 | 76 |
| 7 | Ohio University | Athens | $12,612 | 6500% | $68,500 | 74 |
| 8 | Cleveland State University | Cleveland | $11,554 | 4700% | $67,000 | 71 |
Ohio Computer Engineering Program Analysis
Ohio's computer engineering landscape offers exceptional value and quality across multiple tiers of institutions. The state's 18 ABET-accredited programs serve over 3,200 undergraduate students annually, with Ohio State University leading in research output and industry partnerships.
The strength of Ohio's programs lies in their deep integration with local industries. Major employers like Intel, IBM, and GE Aviation maintain active recruiting relationships with top programs, resulting in an 89% job placement rate within six months of graduation. This compares favorably to the national average of 82% for computer engineering programs.
Research opportunities are particularly strong at Ohio State and Case Western Reserve, which collectively receive over $45 million annually in federal research funding. Students have access to cutting-edge facilities including the Ohio Supercomputer Center and advanced semiconductor fabrication labs.
- 18 ABET-accredited computer engineering programs statewide
- Average class size of 24 students in core technical courses
- 85% of students participate in internships or co-op programs
- 92% of graduates employed or in graduate school within one year
Source: Projected employment growth for computer engineers in Ohio through 2032, exceeding the national average of 8% (Bureau of Labor Statistics)
Admission Requirements and Academic Preparation
Ohio computer engineering programs maintain competitive but accessible admission standards. Top-tier programs like Ohio State and Case Western require strong mathematical preparation, with most admitted students completing calculus in high school and achieving SAT math scores above 700.
The typical admission profile includes a 3.6+ GPA in core subjects, completion of advanced mathematics through precalculus or calculus, and at least three years of science including physics and chemistry. Many programs also value programming experience and participation in robotics or engineering competitions.
- Average admitted GPA: 3.7 (weighted) for top programs
- SAT Math scores typically range from 650-770
- Four years of mathematics including calculus strongly recommended
- Physics and chemistry coursework required for most programs
- Programming experience valued but not required for admission
Ohio State's direct admission to computer engineering requires a 3.8 GPA and SAT scores of 1400+, while University of Cincinnati offers a more accessible pathway with a 3.4 GPA minimum. Students not meeting direct admission criteria can often enter through exploratory engineering programs with the opportunity to transfer after completing prerequisite coursework.
Career Paths
Software Engineer
SOC 15-1252Design and develop software systems, applications, and embedded solutions for various industries
Hardware Engineer
Design, develop, and test computer hardware components and systems
Bridge development and operations teams to streamline software deployment and infrastructure management
Develop artificial intelligence and machine learning systems for various applications
Systems Architect
Design complex computer systems and networks for enterprise and government applications
Cost Analysis and Financial Aid Opportunities
Ohio computer engineering programs offer exceptional value, with in-state tuition averaging $12,400 compared to the national average of $18,200 for public institutions. This 32% savings translates to over $23,000 in reduced debt over four years for Ohio residents.
The return on investment is compelling, with graduates earning a median starting salary of $78,500 and reaching $115,000 by mid-career. Using standard debt-to-income ratios, Ohio graduates typically see positive ROI within 3-4 years of graduation, compared to 5-6 years nationally.
- Average total program cost: $49,600 for in-state students
- Merit scholarships available at all major programs
- Co-op programs provide paid work experience reducing net costs
- Graduate assistantships available for research-focused students
Financial aid opportunities are abundant, with Ohio State offering over $15 million annually in engineering scholarships. The University's financial aid programs include need-based grants, merit scholarships, and work-study opportunities specifically for STEM students.
| Factor | Ohio State | Case Western | Cincinnati | Industry Standard |
|---|---|---|---|---|
| Faculty-to-Student Ratio | 1:18 | 1:11 | 1:16 | 1:15 |
| Research Funding | $28M | $17M | $12M | $8M |
| Job Placement Rate | 94% | 91% | 95% | 85% |
| Average Starting Salary | $82,000 | $89,000 | $79,500 | $75,000 |
| Alumni Network | 65,000+ | 12,000+ | 28,000+ | 15,000+ |
Industry Partnerships and Internship Opportunities
Ohio's strategic location and diverse economy create exceptional opportunities for computer engineering students. The state hosts major technology companies, defense contractors, and emerging startups, providing a rich ecosystem for internships and full-time employment.
Intel's significant presence in Ohio, including their new $20 billion semiconductor fabrication facility, creates unprecedented opportunities for students. Similarly, aerospace companies like GE Aviation actively recruit Ohio graduates for roles in embedded systems and flight control software.
The University of Cincinnati's co-op program stands out nationally, with 95% of students completing paid internships averaging $18-22 per hour. This program has partnerships with over 200 companies and has been recognized as the top co-op program in the United States for engineering students.
- Over 500 active industry partnerships across Ohio programs
- Average internship compensation: $20 per hour
- 85% of students receive full-time offers from internship employers
- Strong presence in automotive, aerospace, and financial technology sectors
Ohio State University
Columbus, OH • University
Program Highlights
- • $28 million in annual research funding
- • 94% job placement rate within 6 months
- • Average starting salary of $82,000
- • Over 50 active research projects with industry partners
Program Strengths
- Access to Ohio Supercomputer Center facilities
- Strong research programs in IoT and embedded systems
- Extensive alumni network in major technology companies
- Comprehensive lab facilities including clean room access
Why Ranked #1
Leading research output, exceptional industry partnerships, and comprehensive curriculum covering both hardware and software aspects of computer engineering.
Student Reviews
"The hands-on lab experience and industry connections made all the difference in landing my dream job at Intel."
— Class of 2024 Graduate
"Research opportunities as an undergraduate were incredible. I worked on IoT projects that directly influenced my career path."
— Current Graduate Student
Frequently Asked Questions
Next Steps for Prospective Students
Research Program Requirements
Review admission requirements, prerequisite coursework, and application deadlines for your target programs. Most Ohio schools have early admission advantages.
Visit Campus and Labs
Schedule campus visits to see facilities, meet faculty, and experience the learning environment. Many programs offer specialized engineering open houses.
Apply for Financial Aid
Complete FAFSA applications early and research program-specific scholarships. Ohio offers generous merit aid for in-state students.
Build Relevant Experience
Participate in robotics clubs, programming competitions, or maker spaces to build practical skills and demonstrate interest in the field.
Connect with Industry
Attend local technology meetups, job fairs, and industry events to build networks and understand career opportunities in Ohio's tech sector.
Related Resources and Programs
Data Sources and Methodology
Institution-level data on enrollment, graduation rates, and program characteristics
Federal data on post-graduation employment and earnings by institution and program
Employment projections and salary data for computer engineering occupations
Official accreditation status and program details for engineering programs
Taylor Rupe
Full-Stack Developer (B.S. Computer Science, B.A. Psychology)
Taylor combines formal training in computer science with a background in human behavior to evaluate complex search, AI, and data-driven topics. His technical review ensures each article reflects current best practices in semantic search, AI systems, and web technology.
