Top 3 Computer Engineering Programs in Georgia
Georgia Institute of Technology
Top-ranked program with exceptional industry connections and research opportunities
University of Georgia
Strong engineering program with growing computer engineering focus
Kennesaw State University
Emerging program with modern facilities and industry partnerships
- 1.Georgia Tech ranks as the top computer engineering program in the state and among the best nationally
- 2.Average starting salaries for Georgia computer engineering graduates reach $78,500 annually
- 3.Computer hardware engineers in Georgia earn a median salary of $98,720 according to BLS data
- 4.The state offers 8 ABET-accredited computer engineering programs across public and private institutions
- 5.Georgia's tech industry growth creates strong demand for computer engineering graduates
Computer Engineering Education Landscape in Georgia
Georgia has established itself as a major technology hub in the Southeast, driven largely by Atlanta's growing tech sector and the presence of world-class engineering programs. The state's computer engineering programs benefit from strong industry partnerships, with major companies like Microsoft, Google, and numerous startups providing internship and employment opportunities for graduates.
Computer hardware engineers in Georgia earn a median annual salary of $98,720, significantly higher than the national median of $132,360 (Bureau of Labor Statistics). The state's favorable business climate and growing technology sector create excellent prospects for computer engineering graduates.
Georgia Institute of Technology dominates the state's computer engineering landscape, consistently ranking among the top programs nationally. However, other institutions like the University of Georgia and Kennesaw State University are building strong programs that serve different student populations and career goals. Students interested in exploring related fields should also consider computer science programs in Georgia and software engineering options.
The state's ABET-accredited programs ensure graduates meet industry standards for engineering practice. With Georgia's continued investment in technology infrastructure and education, computer engineering graduates can expect strong career prospects both within the state and nationally.
Complete Computer Engineering Program Rankings
| Location | ||||||
|---|---|---|---|---|---|---|
| 1 | Georgia Institute of Technology | Atlanta, GA | Public | $33,764 | 9400% | 98.5 |
| 2 | University of Georgia | Athens, GA | Public | $30,404 | 8800% | 87.2 |
| 3 | Kennesaw State University | Kennesaw, GA | Public | $25,686 | 7600% | 82.1 |
| 4 | Georgia Southern University | Statesboro, GA | Public | $24,578 | 7100% | 78.9 |
| 5 | Mercer University | Macon, GA | Private | $42,660 | 8200% | 76.4 |
| 6 | Augusta University | Augusta, GA | Public | $27,956 | 6800% | 73.7 |
| 7 | Clayton State University | Morrow, GA | Public | $22,890 | 6400% | 69.2 |
| 8 | Georgia State University | Atlanta, GA | Public | $29,432 | 7200% | 68.5 |
Georgia Institute of Technology
Atlanta, GA โข University
Program Highlights
- โข Average starting salary: $89,500
- โข 98% job placement rate
- โข Student-to-faculty ratio: 18:1
- โข Research expenditures: $1.2 billion annually
Program Strengths
- Top-tier faculty conducting cutting-edge research in computer architecture, embedded systems, and VLSI design
- Extensive industry partnerships providing internships and job opportunities with leading tech companies
- State-of-the-art facilities including advanced fabrication labs and high-performance computing resources
- 94% graduation rate and near 100% job placement within six months of graduation
- Strong alumni network in major tech companies and startups nationwide
Why Ranked #1
Georgia Tech's computer engineering program consistently ranks among the top 5 nationally, with exceptional faculty research, industry partnerships, and graduate outcomes that set the standard for engineering education.
What Makes Georgia's Computer Engineering Programs Stand Out
Georgia's computer engineering programs benefit from the state's position as a growing technology hub, particularly in Atlanta. The presence of major technology companies, including Microsoft's Atlanta development center, Google's regional operations, and numerous fintech companies, creates a robust ecosystem for internships, co-op programs, and post-graduation employment.
The state's programs emphasize practical, hands-on learning combined with strong theoretical foundations. Students typically engage in projects involving embedded systems design, computer architecture, digital signal processing, and VLSI design. Many programs offer specialized tracks in areas like cybersecurity, artificial intelligence hardware, and Internet of Things (IoT) systems.
Industry collaboration is a hallmark of Georgia's top programs. Georgia Tech, in particular, maintains research partnerships with companies like Intel, AMD, and NVIDIA, giving students access to cutting-edge technology and real-world problem-solving opportunities. These connections often translate directly into career opportunities for graduates.
Students interested in the broader technology landscape should also explore data science programs in Georgia and artificial intelligence degrees, as these fields increasingly intersect with computer engineering in areas like machine learning hardware and AI accelerators.
Career Paths
Computer Hardware Engineer
SOC 17-2061Design and develop computer systems, processors, and hardware components for various applications from consumer electronics to enterprise systems.
Embedded Systems Engineer
SOC 17-2061Develop software and hardware for embedded systems used in automotive, medical devices, IoT applications, and consumer electronics.
Software Engineer
SOC 15-1252Design, develop, and maintain software applications with a strong understanding of underlying hardware systems and performance optimization.
Systems Architect
SOC 15-1199Design complex computer systems and networks, focusing on the integration of hardware and software components for optimal performance.
VLSI Design Engineer
SOC 17-2071Design integrated circuits and microprocessors, working on chip architecture and optimization for performance and power efficiency.
DevOps Engineer
SOC 15-1299Bridge software development and system operations, with hardware knowledge being valuable for infrastructure optimization and performance tuning.
Choosing the Right Computer Engineering Program in Georgia
When selecting a computer engineering program in Georgia, consider your career goals, learning preferences, and financial situation. Georgia Tech offers the most prestigious program with the highest graduate salaries and strongest industry connections, but it's also the most competitive for admission and most expensive.
For students seeking a more accessible path into computer engineering, programs like Kennesaw State University and Georgia Southern University offer solid ABET-accredited education at lower costs. These programs may have smaller class sizes and more personalized attention, though with fewer research opportunities and industry connections.
Consider the program's specialization areas when making your decision. Some programs focus more heavily on embedded systems and hardware design, while others emphasize the software aspects of computer engineering. Review the curriculum and faculty research areas to ensure alignment with your interests.
Location within Georgia can also impact your experience. Atlanta-based programs like Georgia Tech and Georgia State University offer more internship opportunities and industry networking events. However, programs in smaller cities may offer a more traditional college experience with lower living costs.
Students should also consider complementary programs and certifications. Explore cybersecurity programs in Georgia if you're interested in security-focused hardware design, or information technology degrees for a broader technology education.
Source: Georgia Institute of Technology Career Services
Financial Considerations and Return on Investment
Computer engineering programs in Georgia offer strong return on investment, with graduates typically recovering their educational costs within 8-12 years. Public institutions like Georgia Tech and University of Georgia provide excellent value, especially for in-state students who benefit from lower tuition rates.
Private institutions like Mercer University charge higher tuition but often provide more financial aid and smaller class sizes. Calculate the net cost after financial aid when comparing options, not just the sticker price. Many students also benefit from co-op programs that provide paid work experience and help offset educational costs.
Georgia residents should take advantage of state programs like the HOPE Scholarship, which can significantly reduce the cost of attendance at public institutions. The scholarship covers a substantial portion of tuition for students maintaining strong academic performance.
Consider the long-term earning potential when evaluating program costs. Computer engineering graduates from top Georgia programs often secure positions with starting salaries above $80,000, with mid-career earnings frequently exceeding $120,000. For additional financial planning resources, review our student loan strategies guide and FAFSA guide for STEM majors.
Based on 8 programs from Compiled from NCES, College Scorecard, BLS, and institutional data
Based on peer assessments, faculty credentials, and national rankings
Employment rates, starting salaries, and career advancement metrics
Graduation rates, retention rates, and student satisfaction scores
Faculty research output, funding, and industry partnerships
Lab facilities, equipment, library resources, and technology access
Cost relative to outcomes and financial aid availability
Frequently Asked Questions
Related Degree Programs and Resources
Data Sources and Methodology
Salary and employment data for computer hardware engineers and related occupations
Institutional data, graduation rates, and program statistics
Student outcomes, earnings data, and institutional performance metrics
Program accreditation status and engineering education standards
Salary data and return on investment calculations for degree programs
Graduate placement rates, employer recruitment data, and alumni outcomes
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.
