University campus in Texas
Updated June 28, 2026

Best Computer Engineering Degree Programs in Texas, 2026 Rankings

Compare the top computer engineering colleges in Texas. 63 accredited computer engineering schools ranked by graduation rate, career outcomes, and value, from Houston Community College to Texas A & M University-College Station.

#1 ProgramTexas A&M
Avg Salary$115,110
Tuition From$2,904/yr
Job Growth+22%
On this page
Reviewed by Taylor Rupe, Founder & EditorSee methodology

30

Programs ranked

IPEDS 2024

$115,110

Texas median computer engineering salary

BLS OEWS 2024

89.1/100

Top program score

Hakia methodology

5%

U.S. job growth (2023–33)

BLS projections

Key Takeaways

Best computer engineering degree programs: Texas A&M, UT Austin, UT Dallas

Ranked by graduation rates, program outcomes, and institutional quality

IPEDS 2024

Tuition ranges from $768 to $57,212/year

Houston Community College offers the most affordable option at $2,904/yr

IPEDS 2024

Computer Engineering degree programs available: 17 associate's, 25 master's, 11 doctoral in Texas

From community college pathways to advanced research degrees

IPEDS 2024

23 online computer engineering degree programs in Texas

Flexible scheduling for working professionals

IPEDS 2024

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

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

Education Commission of the States

Major employers: Dell, Oracle, AT&T, Texas Instruments

Tech hubs in Austin and Dallas

Hakia Research 2026

Computer Engineering degree programs near 125+ cities across Texas

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

IPEDS 2024

Updated June 28, 2026

How we ranked Texas Computer Engineering programs

We rank 98 accredited computer engineering programs in Texas 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 Texas Worth It?

Answer
$115,110
Yes. The best computer engineering degree programs in Texas deliver strong ROI, graduates earn $115,110 median salary with +22% job growth through 2032. In-state tuition averages $15,382/year.

Source: BLS OEWS May 2024

Computer Engineering Degree Rankings in Texas

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

Best Associate's Computer Engineering Programs in Texas

1
Programs ranked
$2,160
Avg tuition/yr
32%
Avg grad rate

Program Landscape

Texas offers 17 accredited associate's degree programs in computer engineering, providing an affordable entry point into the technology field. The top-ranked programs include Houston Community College, El Paso Community College, South Texas College, which combine rigorous technical curriculum with practical skills training.

Costs & Value

Community colleges in Texas offer these two-year programs at an average cost of $3,097/yr, significantly less than four-year university tuition. Students completing associate's degrees can pursue entry-level technical positions and transfer opportunities, with entry-level salaries averaging $63,311 in Texas.

Career Pathways

Many programs feature guaranteed transfer agreements with Texas's public universities, allowing students to complete their first two years at reduced cost before transferring to complete a bachelor's degree. The Austin, Dallas, Houston areas offer particularly strong job markets for associate's degree holders, with employers like Dell, Oracle, AT&T hiring for technical support, junior development, and IT specialist positions.

Curriculum & Specializations

Programs typically include coursework in programming fundamentals, database management, networking basics, and software development. Among computer engineering schools in Texas, these associate's programs offer the best value for students beginning their computer engineering degrees in Texas.

🥇
Amarillo College
Amarillo, TXPublic
$2,160
Tuition/yr
32%
Grad rate
81.5
Hakia Score

Best Bachelor's Computer Engineering Programs in Texas

15
Programs ranked
$14,931
Avg tuition/yr
60%
Avg grad rate

Program Landscape

Texas ranks among the nation's top destinations for computer engineering education, with 45 accredited bachelor's degree programs across 25 public and 20 private institutions. The highest-ranked programs are Texas A&M, UT Austin, UT Dallas, recognized for academic excellence, research opportunities, and strong industry connections.

Career Outcomes

Graduates from Texas computer engineering programs earn a median salary of $97,844, 0% above the national average. The state's robust technology sector, anchored by the Austin, Dallas, Houston metropolitan areas, provides abundant internship and employment opportunities with companies including Dell, Oracle, AT&T.

Costs & Value

Tuition ranges from $3,818 to $57,212 annually, with an average of $20,251/yr. Top programs maintain graduation rates above 80%, with the highest reaching 99%. 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 Texas's leading technology employers. For students seeking computer engineering degrees in Texas, these top-ranked computer engineering schools offer the strongest combination of academic rigor and career preparation.

Show all 15 ranked programs
RankSchoolLocationTypeTuitionGrad RateHakia Score
#6University of North TexasDenton, TXPublic$8,31961%74.1
#7LeTourneau UniversityLongview, TXPrivate nonprofit$36,34059%72.1
#8The University of Texas at ArlingtonArlington, TXPublic$9,20654%70.3
#9Texas A & M International UniversityLaredo, TXPublic$3,81846%69.4
#10The University of Texas at San AntonioSan Antonio, TXPublic$6,26653%68.2
#11The University of Texas Rio Grande ValleyEdinburg, TXPublic$7,84251%63.3
#12University of Houston-Clear LakeHouston, TXPublic$6,60052%62.4
#13Prairie View A & M UniversityPrairie View, TXPublic$7,38743%62.3
#14St. Mary's UniversitySan Antonio, TXPrivate nonprofit$36,19859%59.4
#15Texas A&M University-KingsvilleKingsville, TXPublic$5,13742%58.3

Best Master's Computer Engineering Programs in Texas

10
Programs ranked
$15,832
Avg tuition/yr
62%
Avg grad rate

Program Landscape

Texas offers 25 master's degree programs in computer engineering, designed for professionals seeking to advance into senior engineering, technical leadership, and specialized roles. The top programs, Texas A&M, Lamar, UT Dallas, combine advanced technical training with research opportunities and leadership development.

Career Outcomes

Master's graduates in Texas earn a median salary of $115,110, approximately 20-30% higher than bachelor's degree holders. The concentration of technology companies in Austin, Dallas, Houston creates strong demand for graduate-level talent, with Dell, Oracle, AT&T 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 $15,761/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 Texas's computer engineering schools at the graduate level, these programs stand out for both academic quality and career outcomes.

Show all 10 ranked programs
RankSchoolLocationTypeTuitionGrad RateHakia Score
#6The University of Texas at San AntonioSan Antonio, TXPublic$6,26653%64.3
#7University of Houston-Clear LakeHouston, TXPublic$6,60052%59.9
#8Tarleton State UniversityStephenville, TXPublic$4,79848%59.2
#9St. Mary's UniversitySan Antonio, TXPrivate nonprofit$36,19859%57.5
#10The University of Texas at El PasoEl Paso, TXPublic$7,70450%57.5

Best Doctoral Computer Engineering Programs in Texas

4
Programs ranked
$9,406
Avg tuition/yr
70%
Avg grad rate

Program Landscape

Texas is home to 11 doctoral programs in computer engineering, preparing students for research positions, faculty appointments, and executive technical roles. Leading programs at Texas A&M, UT Dallas, U of Houston are recognized for cutting-edge research, strong faculty publications, and competitive funding packages.

Career Outcomes

Doctoral graduates command premium salaries, with Texas PhD holders earning a median of $143,888, reflecting the advanced expertise required for research and executive positions. The Austin, Dallas, Houston region's research universities and corporate R&D centers provide extensive collaboration opportunities with industry leaders like Dell, Oracle, AT&T.

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 Texas programs include artificial intelligence, cybersecurity, human-computer interaction, systems, and theoretical computer science. For aspiring researchers pursuing computer engineering degrees in Texas, 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 Texas

MetricValue
Average in-state tuition$15,382/year
Average out-of-state tuition$38,455/year
Community college tuition$3,846/year
4-year savings for residents$92,292
2+2 transfer pathway savings$23,072

Source: IPEDS 2024

Financial Aid & Scholarships for Computer Engineering Students in Texas

State Aid Programs

Texas offers strong state-funded financial aid programs that complement federal assistance.

The flagship program is the TEXAS Grant (Towards Excellence, Access, and Success), providing need-based aid exclusively for Texas residents at public universities. Eligibility requires demonstrated financial need (determined via FAFSA), enrollment in an approved degree program, and satisfactory academic progress. The TEXAS Grant can cover a significant portion of tuition costs, making flagship universities accessible to students from all economic backgrounds. Students must reapply annually and maintain eligibility requirements (Texas Higher Education Coordinating Board).

Key Programs & Amounts

Key state aid programs and amounts:

  • TEXAS Grant: Need-based aid for public university students. Amounts vary by institution but often cover most tuition at public schools
  • Texas Educational Opportunity Grant (TEOG) for community colleges: For students at community colleges, state colleges, and technical institutes. Provides need-based grants for lower-division study
  • Tuition Equalization Grant (TEG) up to $5,810/year for private schools: Up to $3,873/year for students at private universities (or $5,810/year for low-income students with Student Aid Index below 3,698)
  • TASFA for DACA and undocumented students: Texas Application for State Financial Aid for students ineligible for FAFSA (including DACA recipients and undocumented students). Priority deadline: February 15. Application window runs December 2 through June 30
  • Federal Pell Grant: Up to $7,395 maximum for 2024-25 academic year (apply via FAFSA at studentaid.gov)
  • FORWARD Loan Program: Low-interest loans for students in high-demand fields including technology

Institutional Scholarships

These programs can be combined, a low-income student at UT Austin might receive TEXAS Grant, Pell Grant, and institutional aid covering nearly all expenses.

Computer Engineering Degree ROI Calculator, Texas

Use our interactive ROI calculator to estimate your return on investment for a computer engineering degree in Texas. 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

+907%

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

Net Gain

$1,677,254

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

$133,333

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)$2,712,662

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 (Austin, TX)$140,000

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

Annualized Return4.9%

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 Texas metro areas

Austin$127K
Dallas$121K
Houston$115K
San Antonio$109K
View data table
CategoryValue
Austin$127K
Dallas$121K
Houston$115K
San Antonio$109K

Source: BLS OEWS May 2024

Hakia.com

Top Employers Hiring Computer Engineering Graduates in Texas

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

Computer Engineering Jobs in Austin

TX
~2,606 Open Positions

Austin is the fastest-growing tech hub in the US. Tesla, Oracle, and major tech companies have relocated headquarters here.

Nearby cities: Round Rock, Cedar Park, Georgetown, Pflugerville, San Marcos, Kyle, Leander

Tesla
Electric Vehicles & Energy
Apple
Consumer Electronics
Dell Technologies
Enterprise Technology
Oracle
Enterprise Software
Google
Big Tech
Meta
Social Media & VR
Amazon
E-commerce & Cloud
IBM
Enterprise Technology

Computer Engineering Jobs in Dallas-Fort Worth

TX
~1,205 Open Positions

Dallas-Fort Worth has major corporate headquarters and a growing tech presence. AT&T and Texas Instruments are based here.

Nearby cities: Fort Worth, Plano, Irving, Arlington, Frisco, McKinney, Richardson, Garland

Texas Instruments
Semiconductors
AT&T
Telecommunications
Capital One
Financial Technology
Cisco
Networking
Microsoft
Big Tech
ServiceNow
Enterprise SaaS

Computer Engineering Jobs in Houston

TX
~805 Open Positions

Houston leads in energy tech, healthcare IT, and aerospace. NASA Johnson Space Center drives space technology.

Nearby cities: The Woodlands, Sugar Land, Katy, Pearland, League City, Pasadena, Baytown

ExxonMobil
Energy Technology
Schlumberger (SLB)
Oilfield Services
Halliburton
Energy Services
JPMorgan Chase
Financial Technology
Sysco LABS
Food Tech
Hewlett Packard Enterprise
Enterprise Technology

Computer Engineering Jobs in San Antonio

TX
~795 Open Positions
USAA
Financial Services
Lockheed Martin
Defense & Aerospace
Northrop Grumman
Defense Technology
Raytheon
Defense & Cybersecurity
Deloitte
Professional Services
Booz Allen Hamilton
Defense Consulting

Texas Tech Industry & Infrastructure

Texas now sits second only to California in tech-job employment and has been the destination of the heaviest tech-employer relocations of the last five years — Oracle, Tesla, HPE, Charles Schwab, and CBRE moved headquarters to the state. No state income tax, business-friendly regulation, and a deep pool of state universities have produced one of the largest tech-graduate markets in the country.

Austin

Austin metro

Capital tech hub anchored by Apple, Tesla, Oracle, Indeed, Dell, IBM, and a dense startup/VC scene. UT Austin's CS program feeds directly into this market; entry-level total comp at named employers commonly clears $150,000.

Dallas-Fort Worth

DFW metro

Largest Texas tech-employer concentration: AT&T, Texas Instruments, Toyota North America IT, Capital One, USAA, Charles Schwab. Strong enterprise/IT, telecom, and financial-services tech markets.

Houston

Houston metro

Energy-tech, healthcare-IT (Texas Medical Center), and growing aerospace/defense software. Rice and University of Houston are the principal CS feeders.

No state income tax. Texas Enterprise Fund and R&D franchise-tax credit are the principal state-level tech incentives.

Texas Regulation Affecting Computer Engineering Graduates

Texas passed comprehensive privacy legislation in 2023, joining a small set of states with binding consumer privacy laws. The state's approach generally favors employers and remains less restrictive than California's, but compliance is now a real engineering concern for any business serving Texas residents at scale.

Texas Data Privacy and Security Act (TDPSA)

Effective July 2024. Grants Texas consumers rights to access, correct, delete, and opt out of sale of personal data. Applies to businesses conducting business in Texas that process personal data of Texas residents.

Engineers building consumer-facing products serving Texas users must implement opt-out mechanisms, data-access flows, and breach-notification logic.

Read more

Texas SB 8 (Consumer Data Protection)

Part of the broader TDPSA package establishing the Texas AG as the primary privacy enforcement authority.

Texas AG's office actively investigates non-compliance; tech-employer legal/engineering review of privacy posture has expanded since 2024.

Read more

Texas Cybersecurity Act (HB 8)

Establishes data-breach notification requirements and minimum cybersecurity standards for state agencies and contractors.

Engineers working with state/local government tech in Texas operate under these standards; the law shapes hiring criteria for state-IT and gov-tech roles.

Read more

Professional Engineer Licensure in Texas

Texas is one of the few US states that still actively administers a Software Engineering PE license. ABET-EAC accredited software engineering degrees count toward eligibility; ABET-CAC computer science does not. Most Texas CS graduates do not pursue PE licensure; the credential is most relevant for state agency, infrastructure, or defense-adjacent software work.

Texas licensing board

Texas Financial Aid Programs

Up to ~$5,195/yr for universities, $2,790/yr for community colleges

Texas residents with demonstrated financial need at public colleges/universities

Up to ~$3,800/yr

Texas residents at independent (private) Texas colleges/universities

Up to ~$1,860/yr

Texas residents at public two-year community colleges with financial need

Top 10% Scholarship

State scholarship

$2,000 per academic year

Texas high-school students graduating in top 10% of class enrolling at participating Texas universities

Transfer Pathways for Computer Engineering Degrees in Texas

State Transfer System

Texas has one of the nation's most strong transfer systems.

The Texas Common Course Numbering System (TCCNS) is a voluntary cooperative effort among 137 participating institutions in TCCNS, including all 50 community college districts plus public and private universities (TCCNS). Courses bearing TCCNS numbers are guaranteed to transfer if they fall within your approved degree curriculum. This statewide coordination means Texas transfer students experience far less credit loss than the national average of 43% of credits lost in transfer. The system covers all freshman and sophomore-level courses, precisely the ones community college students complete before transferring.

How Transfers Work

How TCCNS works in practice: Each participating school maps its courses to common numbers, for example, a programming course at any Texas community college may transfer as equivalent to introductory courses at UT Austin. When you transfer, the receiving institution automatically recognizes courses by their TCCNS numbers rather than requiring individual evaluation. This eliminates the frustrating credit reviews that plague transfer students elsewhere. Additionally, UT Austin maintains the Automated Transfer Equivalency (ATE) system with over 300,000 evaluated courses from institutions nationwide (UT Admissions). Austin Community College has specific partnership programs including the "Bats to Cats" program with Texas State and transfer agreements with multiple UT System schools (ACC Transfer).

Transfer Planning Tips

Strategic transfer planning for Computer Engineering students:

  1. 1Complete foundational coursework: Finish calculus, statistics, and introductory computer engineering courses at community college
  2. 2Verify equivalencies early: Use TCCNS and ATE systems to confirm your courses will transfer before enrolling
  3. 3Maintain strong GPA: Target 3.0+ for university admission. 3.5+ for competitive programs like UT Austin
  4. 4Meet priority deadlines: Most universities have February-March deadlines for fall transfer admission
  5. 5Consider structured tracks: Many community colleges offer Associate of Science degrees specifically designed for computer engineering transfer students

Texas Take-Home Pay Advantage

$0 State Income Tax
Texas has no state income tax. At the median computer engineering salary of $115,110, that keeps roughly $5,756 more in your pocket annually compared to states with a 5% income tax rate.

Source: Texas Department of Revenue

Computer Engineering Job Market & Salary Data in Texas

Employment Outlook

Texas offers exceptional job prospects for Computer Engineering graduates.

The Bureau of Labor Statistics reports strong demand across all Texas metros, with 15% projected growth for software developers through 2034, outpacing the national average (BLS OEWS May 2024). Texas tech employment grew 24% over the past decade, nearly double the national rate. The state added 40,051 new tech jobs in 2025, cementing its position as the second-largest tech workforce in the nation with 972,747 tech workers as of 2024 (CompTIA) (CompTIA State of Tech Workforce 2025). Entry-level computer engineering positions start around $70,000-$90,000, with rapid advancement opportunities available.

Salaries by Metro

Salaries vary significantly by metro area, reflecting local industry concentrations:

  • Austin: Austin: $135,000 median tech salary, with Austin: 16.3% of workforce in tech vs 9% nationally. AI/ML job market grew 35% since 2023. Software developers earn $85,000-$165,000+ depending on experience.
  • Dallas-Fort Worth: Dallas-Fort Worth: $120,866 median tech salary with strong demand in enterprise technology and financial services. Tech contributed $85.3 billion to the regional economy. Entry-level positions start around $75,000-$95,000.
  • Houston: $125,885 median, with Houston: 158,176 tech workers and Houston: 4,000+ startups. Energy technology dominates, with digital transformation roles at oil majors paying premium salaries for computer engineering skills.
  • San Antonio: $112,000 median for general tech, but San Antonio: #2 cybersecurity hub nationally. Cybersecurity and defense specialists command higher salaries with excellent job security. (BLS OEWS Metro Data)

High-Growth Sectors

High-growth sectors shaping Texas's tech future include: cloud computing infrastructure (CenterPoint Energy reported 700% spike in data center power requests), artificial intelligence and machine learning (35% job growth in Austin), cybersecurity (Texas launched the nation's largest state cyber command in 2025), and semiconductor manufacturing (Texas committed $1.4 billion to chip manufacturing incentives). Texas Tech University recently received a $2 million NSF grant to prepare students for semiconductor workforce opportunities (Texas Tech Semiconductor Grant). The Brookings Institution classifies Austin as a "Star Hub" for AI economy development, with Dallas-Fort Worth and Houston as emerging AI centers (Brookings AI Economy 2025). For related career paths, explore our AI degree programs, data science rankings, or cybersecurity rankings.

Entry-Level (0-2 yrs)

New graduates and career changers

Senior (8+ yrs)

Technical leads and architects

Median Salary in Texas$74,822$166,910
Typical RolesJunior Developer, AnalystStaff Engineer, Architect
Remote Work AccessLimitedCommon
Degree ExpectationBachelor's sufficientMaster's preferred

Online vs On-Campus Computer Engineering Programs in Texas

Online Programs

23 available in Texas

On-Campus Programs

Traditional classroom experience

Typical Tuition$13,844/yr$15,382/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

Computer Engineering Degree Programs in Texas: FAQ

What are the best computer engineering degree programs in Texas?
The best computer engineering degree programs in Texas based on our methodology are: 1) Texas A & M University-College Station (84% graduation rate), 2) The University of Texas at Austin, and 3) The University of Texas at Dallas. Our rankings weight graduation rates (25%), program completions (35%), selectivity (20%), and career outcomes (20%). Texas offers 63 total accredited programs across 43 public and 20 private institutions. See our complete rankings for all 45 bachelor's programs.
How much do computer engineering degree programs cost in Texas?
Computer Engineering degree program costs in Texas vary significantly by institution type. In-state public tuition averages $15,382/year, while private institutions average $33,840/year. Community colleges offer the most affordable path at approximately $3,846/year for associate's degrees. The total 4-year cost ranges from $61,528 at public schools to $135,362 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 Texas?
Computer Engineering professionals in Texas earn a median salary of $115,110, which is competitive with the national average of $115,500. Entry-level positions typically start around $74,822, while senior roles exceed $166,910. Salaries vary by metro area: Austin ($126,621), Dallas ($120,866) 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 Texas?
Yes, Texas offers 23 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 Southern Methodist University and South Texas College. 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 Texas?
Major Computer Engineering employers in Texas include Dell, Oracle, AT&T, Texas Instruments, AMD. The Austin and Dallas metro areas serve as primary tech hubs with thousands of open positions. Top employers maintain recruiting pipelines directly from Texas universities, with many offering internship-to-hire programs. Beyond tech giants, opportunities exist in healthcare IT, financial services, defense contractors, and growing startups. Texas's tech sector shows +22% projected job growth through 2033, outpacing most other industries.
Is a computer engineering degree program worth it in Texas?
A computer engineering degree program in Texas offers strong ROI with a $115,110 median salary and +22% projected job growth. At average in-state tuition of $15,382/year, graduates typically recoup their educational investment within 3-5 years. The degree opens doors to high-paying careers in software development ($130,074), 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 Texas?
Standard completion times for computer engineering degree programs in Texas 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. Texas community colleges offer a cost-effective "2+2" path: complete your associate's in 2 years, then transfer to a Texas university for the final 2 years of a bachelor's program.
What financial aid is available for computer engineering degree students in Texas?
Texas 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. Texas 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 Texas's priority deadline to maximize aid eligibility. Some employers also offer tuition reimbursement for employees pursuing CS degrees.

Data Sources

Institutional characteristics, completions, graduation rates

Texas 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.

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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 Texas

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

#1Texas A&M University-College StationCollege Station, TX

Why it stands out. Undergraduate research opportunities. Study abroad programs

Hakia insight. Texas A&M's undergraduate researchers publish in peer-reviewed venues through labs like AggieFab and the Connected Intelligence Laboratory, a rare advantage for bachelor's students that dramatically strengthens graduate school and industry applications compared to programs where research access waits until senior year.

The Bachelor of Science in Computer Engineering at Texas A&M provides a balanced curriculum covering hardware, software, and hardware-software tradeoffs from a total computer systems perspective. The program encompasses core material from both computer science and electrical engineering, allowing students to specialize in areas like computer networks, computer architecture, artificial intelligence, microcomputers, VLSI circuits, embedded systems, and software systems. Students follow a common first-year engineering curriculum before entering their major through the Entry to a Major process. The program is consistently ranked 14th among public undergraduate engineering programs by U.S. News & World Report. With over 70 tenured faculty and 1,400+ undergraduate students, the program offers extensive undergraduate research opportunities, study abroad programs, and the ability to pursue a master's degree while completing the bachelor's degree.

Programs offered

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

Research labs & institutes

  • AggieFab Nanofabrication Facility — Micro- and nano-scale fabrication of diverse materials
  • Advanced Electrical Machines and Power Electronics Laboratory (EMPE) — Electric machinery and power electronics, motor drives topologies
  • Connected Intelligence Laboratory — Connected intelligent systems
  • Cyber-Physical Systems Laboratory — Cyber-physical system infrastructure, communication, control, and computation
  • Hardware Security/SETH Laboratory — Hardware design security, design-automation algorithms and circuit techniques
  • Intelligent Electromagnetic Sensor Laboratories (iEMSL) — Electromagnetic sensor research from DC to millimeter-wave frequencies
  • Learning and Emerging Networked Systems (LENS) Laboratory — Machine learning with networked systems applications
  • Scientific Machine Learning Laboratory — Scientific Machine Learning algorithmic, computational, and applied components

Location advantage: College Station, TX location Access to Emerging Technologies Building facilities Multiple specialized research facilities

#2The University of Texas at DallasRichardson, TX

Why it stands out. One of the largest internship and cooperative education programs averaging 1,200+ undergraduate and graduate student placements annually. Fast-Track Program allowing up to 15 hours of master's level courses in undergraduate degree plan

Hakia insight. UT Dallas's 1,200+ annual internship placements—coupled with its Fast-Track master's program allowing 15 graduate-level credits toward both degrees—enables students to earn a master's degree worth $25K-40K elsewhere while still technically undergraduates, compressing both cost and time-to-earning-power.

The Bachelor of Science in Computer Engineering at UT Dallas focuses on system-level design, computer architecture, and programming applications, combining hardware and software expertise for embedded systems. The curriculum covers circuits and devices, computer systems, and engineering software systems. Students benefit from one of the largest internship and co-op programs in the region, averaging 1,200+ placements annually at major tech companies including Texas Instruments, Intel, Amazon, Apple, and Google. The program is housed in state-of-the-art facilities including a new 220,000-square-foot interdisciplinary research building and 200,000-square-foot engineering building. Located in the Technology Corridor with the second-largest high-tech economy in the U.S., students have exceptional access to industry partnerships. The Fast-Track Program allows exceptional students to include up to 15 hours of master's level coursework in their undergraduate degree, providing automatic admission to graduate school and reducing master's degree requirements.

Programs offered

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

Industry partners

Texas InstrumentsIntelRaytheonAmazonAppleGoogleIBM

Career outcomes

Top employers: Intel, Amazon, Apple, Google, IBM

Notable faculty

  • Dr. Naofal Al-Dhahir
  • Dr. Poras T. Balsara
  • Dr. John H. L. Hansen
  • Dr. Nasser Kehtarnavaz

Accreditation & certifications

ABET

Location advantage: Located in Dallas region - rated #1 'Best City for Jobs' by Forbes Easy access to employers and internship opportunities Large and supportive alumni population

#3Southern Methodist UniversityDallas, TX

Why it stands out. SMU's Computer Engineering program uniquely combines semiconductor research excellence with flexible Lyle Anywhere® learning platform, preparing graduates who rank in the top 5% of highest paid alumni across various fields.

Hakia insight. SMU's top-5%-of-alumni salary outcome combined with its Lyle Anywhere® hybrid platform means students can intern full-time at Dallas tech firms while completing coursework asynchronously—effectively doubling early career income relative to programs requiring on-campus attendance.

At the bachelor's level, southern Methodist University's Computer Engineering program, housed within the Department of Electrical and Computer Engineering at the Lyle School of Engineering, offers comprehensive education in embedded systems, semiconductor design, artificial intelligence, and machine learning. The program prepares leaders for development and design of smart systems through industry-leading faculty and hands-on experience. Students can pursue undergraduate B.S.E.C.E. degrees and graduate M.S.Cp.E. degrees with flexible learning options including Lyle Anywhere® platform. The program emphasizes sophisticated computer architecture, integrated circuit design techniques, and modern computing systems. Research focuses on cybersecurity, electronic design automation, VLSI test, computer arithmetic algorithms, and disaster/fault tolerance. Graduates are positioned for high-demand careers in semiconductor design, biomedical engineering, autonomous systems, and technology leadership roles.

Programs offered

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

Research labs & institutes

  • Data Science Infrastructure Lab — Data Science Infrastructure

Notable faculty

  • Ping Gui (Computer Engineering Program Director)
  • Xiao Luo (AI and Healthcare)
  • Muhsin Menekse (Engineering Education)

Admissions

GPA 3.000. Deadline August 10 for Fall term.

Accreditation & certifications

ABET accredited

Location advantage: Dallas technology hub access George W. Bush Presidential Center proximity

#4University of HoustonHouston, TX

Why it stands out. Two-phase program structure with ECE Base foundation. Faculty advisor assignment in Computer Engineering area

Hakia insight. University of Houston's two-phase structure with ECE Base foundation plus assigned faculty advisors in the Computer Engineering area means students get early-stage department mentorship on specialization, reducing the curriculum drift that plagues large programs where students spend first two years undifferentiated.

The Bachelor of Science in Computer Engineering (BSCPE) at the University of Houston combines electrical engineering and computer science, focusing on the interface between hardware and software. The program follows a two-phase structure: the first two years cover the ECE Base providing fundamental skills in math, science, and electrical engineering, plus 42 semester hours of core curriculum for liberal arts education. The final two years specialize in Computer Engineering with a mix of Electrical Engineering and Computer Science courses. Students must submit a Degree Plan for Computer Engineering before enrolling in their first Computer Engineering Elective and are assigned a Faculty Advisor in the Computer Engineering area. Specialized areas include system architecture, computer chip design, layout design, package/board design and system integration. The program prepares graduates to design and maintain hardware and software in computer-based systems ranging from PCs to supercomputers and embedded systems in vehicles, appliances and communication networks.

Programs offered

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

Location advantage: Located in Houston with access to major engineering and technology companies Engineering Building 1 facilities with advanced laboratories

#5Texas Tech UniversityLubbock, TX

Why it stands out. Texas Tech's Computer Engineering program stands out through its integration with multiple research centers and its emphasis on both theoretical foundations and hands-on research experience within the Edward E. Whitacre Jr. College of Engineering.

Hakia insight. Texas Tech's Biomedical Systems and Engineering lab plus Microelectronics and MEMS research centers give undergraduates immediate access to niche specializations that most schools reserve for master's students, creating early differentiation in medical device and semiconductor job markets.

At the bachelor's level, texas Tech University's Computer Engineering program within the Edward E. Whitacre Jr. College of Engineering offers comprehensive undergraduate and graduate study through the Department of Electrical and Computer Engineering. The BS in Computer Engineering provides foundational curriculum including calculus, physics, and engineering fundamentals, followed by upper-division coursework. The program operates alongside cutting-edge research areas including biomedical systems engineering, computer vision and image/signal analysis, microelectronics and MEMS, nanophotonics and nanotechnology, pulsed power and power electronics, RF/analog systems, advanced semiconductors, and cyber-physical systems. Graduate opportunities include MS and PhD pathways with thesis-based research components. The department maintains strong industry connections and research facilities, preparing students for careers in technology companies and advanced research positions.

Programs offered

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

Research labs & institutes

  • Biomedical Systems and Engineering — Biomedical applications and systems
  • Computer Vision and Image/Signal Analysis — Computer vision and signal processing
  • Microelectronics and MEMS — Microelectronics and micro-electromechanical systems
  • Nanophotonics and Nanotechnology — Nanoscale photonics and nanotechnology
  • Pulsed Power and Power Electronics (P3E) — Power systems and electronics
  • RF/Analog System and Microwave Engineering — Radio frequency and microwave systems
  • Advanced Semiconductors — Semiconductor research and development
  • Cyber-Physical Systems Research Group — Integration of computational and physical systems
  • Three-Dimensional Heterogeneous Integration (3DHI) — 3D integration technologies

Notable faculty

  • Dr. Miao He (Engineering research)
  • Dr. Rui He (Engineering research)
  • Dr. Changzhi Li (Engineering research)
  • Dr. Ranadip Pal (Engineering research)
  • Dr. Jacob Stephens (Engineering research)
  • Dr. Hieu Nguyen (Engineering research)
  • Dr. Hongxing Jiang (Engineering research)

Admissions

GPA 2.75.

#8The University of Texas at ArlingtonArlington, TX

Why it stands out. UTA's Computer Engineering program uniquely combines theoretical foundations with extensive hands-on experience in embedded systems and FPGA implementation, supported by cutting-edge research labs focused on cloud computing, autonomous systems, and biomedical applications.

Hakia insight. UTA's Abacus Cloud and Edge Systems Lab (ACES) and biomedical AI work under Junzhou Huang creates a rare pathway where computer engineering students access medical imaging research before grad school, positioning them competitively for biomedical device roles at companies like Boston Scientific and Medtronic.

At the bachelor's level, the University of Texas at Arlington's Computer Engineering program offers comprehensive undergraduate and graduate education in computer organization technology and hardware systems. The program emphasizes practical skills in embedded systems design using microcontrollers, system-on-chip, and FPGA devices, multi-threaded programming on bare-metal and real-time operating systems, and network protocol development for IoT devices. Students gain hands-on experience with RISC processor implementation, advanced digital logic systems, and microprocessor systems analysis. The program features strong research opportunities through multiple specialized labs including the Abacus Cloud and Edge Systems Lab, Autonomous and Intelligent Systems Lab, and Biomedical Computing and Intelligent Systems Lab. Graduate students can choose from thesis and non-thesis tracks with concentrations in Computer Architecture and Systems or Embedded Systems, preparing them for careers in the growing IT industry or doctoral studies.

Programs offered

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

Research labs & institutes

  • Abacus Cloud and Edge Systems Lab (ACES) — Cloud and edge computing resource management
  • Adaptive and Scalable Systems Lab — Adaptive computer systems and machine learning
  • Arlington Computational Linguistics Lab (ACL2) — Natural language processing and knowledge engineering
  • ASSIST Laboratory — Assistive technologies for elderly and disabled
  • Autonomous and Intelligent Systems Lab — Machine learning, robotics and autonomous systems
  • Biomedical Computing and intelligent Systems Lab (BioMeCIS) — Medical computing and pattern recognition
  • Cyber Guard Research Lab (CGRL) — Cybersecurity research

Notable faculty

  • Kenny Zhu (Natural language processing and computational linguistics)
  • Junzhou Huang (AI and drug development)
  • Hong Jiang (Cloud and edge computing systems)
  • Nicholas Gans (Autonomous systems and robotics)

Admissions

GPA 3.0 overall, 3.2 in last two years (PhD). Deadline March 15 (Fall), October 15 (Spring) for PhD.

Location advantage: Located in Arlington, Texas with access to Dallas-Fort Worth tech industry

#11The University of Texas Rio Grande ValleyEdinburg, TX

Why it stands out. ABET-EAC accredited program. Curriculum designed with ACM and IEEE model curricula guidelines

Hakia insight. UTRGV's cross-border partnerships with Mexican technology firms and proximity to Rio Grande Valley manufacturing create an unusual advantage: students gain bilingual, binational project experience that's rare on Texas campuses and increasingly valuable in border-region engineering roles.

The Bachelor of Science in Computer Engineering at UTRGV provides a comprehensive education in computer engineering fundamentals with opportunities for specialized study. The curriculum is designed following ACM and IEEE model curricula guidelines and meets ABET-EAC standards, ensuring industry-relevant education. Students develop skills in software and hardware engineering practice at the industry level, including conducting experimentation, analyzing data, and applying engineering judgment. The program emphasizes both theoretical foundations and practical applications, covering software and hardware components of modern computing systems. Graduates are well-prepared for immediate entry into the workforce or for pursuing graduate studies in computer science, computer engineering, and related disciplines. The program's ABET accreditation ensures graduates meet industry standards and are competitive in the job market.

Programs offered

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

Accreditation & certifications

ABET-EAC

Location advantage: Proximity to Rio Grande Valley manufacturing sector Cross-border partnerships with Mexican technology firms Access to agricultural and infrastructure tech innovation

Best Master's Computer Engineering programs

#1Texas A&M University-College StationCollege Station, TX

Why it stands out. Coursework-based program with no thesis requirement. Online delivery through Engineering Online platform

Hakia insight. Texas A&M's online Master of Engineering in Computer Engineering requires no thesis but mandates 12 hours of computer science coursework—a structure that produces career-ready practitioners rather than researchers, directly aligned with industry hiring for senior IC and systems design roles where research output matters less than systems thinking.

The online Master of Engineering in Computer Engineering is a coursework-based program requiring 30 credit hours, including 12 hours of computer science graduate coursework, 6 hours of electrical/computer engineering coursework, and 6 hours of electives. The program is designed for working professionals through Texas A&M's Engineering Online platform, backed by the university's national recognition in engineering education. Students engage with industry leaders through a rigorous curriculum and gain access to the extensive Aggie Alumni Network for career advancement. The online format provides flexibility for working professionals, though specific part-time scheduling details are not specified. The program focuses on practical application without a thesis requirement, making it ideal for career advancement in the engineering field.

Programs offered

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

Research labs & institutes

  • AggieFab Nanofabrication Facility — Micro- and nano-scale fabrication of diverse materials
  • Advanced Electrical Machines and Power Electronics Laboratory (EMPE) — Electric machinery and power electronics, motor drives topologies
  • Connected Intelligence Laboratory — Connected intelligent systems
  • Cyber-Physical Systems Laboratory — Cyber-physical system infrastructure, communication, control, and computation
  • Hardware Security/SETH Laboratory — Hardware design security, design-automation algorithms and circuit techniques
  • Intelligent Electromagnetic Sensor Laboratories (iEMSL) — Electromagnetic sensor research from DC to millimeter-wave frequencies
  • Learning and Emerging Networked Systems (LENS) Laboratory — Machine learning with networked systems applications
  • Scientific Machine Learning Laboratory — Scientific Machine Learning algorithmic, computational, and applied components

Location advantage: College Station, TX location Access to Emerging Technologies Building facilities Multiple specialized research facilities

#2The University of Texas at DallasRichardson, TX

Why it stands out. World-class faculty with industry experience. Large network of computer facilities including faculty laboratories and specialized research computers

Hakia insight. UT Dallas' placement advantage stems less from its faculty pedigree than from geography: sitting in the nation's second-largest high-tech economy with direct pipelines to Texas Instruments and Intel means recruiting conversations begin before graduation, not after.

The Master of Science in Computer Engineering at UT Dallas prepares students for leadership roles in research, development, and design positions. The program offers specializations in operating systems, computer graphics, AI/machine learning, embedded systems, cybersecurity, and data science. Students benefit from world-class faculty with industry experience and comprehensive facilities including faculty laboratories and specialized research computers. Located in the Dallas region, recently rated by Forbes as the #1 'Best City for Jobs,' graduates have access to abundant employer and internship opportunities. The program does not specify thesis vs coursework tracks, part-time options, or embedded certifications based on available information. Career outcomes include roles in software design engineering, computer engineering, hardware design engineering, and systems consulting.

Programs offered

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

Industry partners

Texas InstrumentsIntelRaytheonAmazonAppleGoogleIBM

Notable faculty

  • Dr. Naofal Al-Dhahir
  • Dr. Poras T. Balsara
  • Dr. John H. L. Hansen
  • Dr. Nasser Kehtarnavaz

Accreditation & certifications

ABET

Location advantage: Located in Dallas region - rated #1 'Best City for Jobs' by Forbes Easy access to employers and internship opportunities Large and supportive alumni population

#3Southern Methodist UniversityDallas, TX

Why it stands out. SMU's Computer Engineering program uniquely combines semiconductor research excellence with flexible Lyle Anywhere® learning platform, preparing graduates who rank in the top 5% of highest paid alumni across various fields.

Hakia insight. SMU's Lyle Anywhere® platform alongside semiconductor research labs creates an unusual arbitrage: students can maintain full-time engineering roles while pursuing credentials that rank their alumni in the top 5% for compensation, a flexibility Tier 1 programs rarely accommodate.

At the master's level, southern Methodist University's Computer Engineering program, housed within the Department of Electrical and Computer Engineering at the Lyle School of Engineering, offers comprehensive education in embedded systems, semiconductor design, artificial intelligence, and machine learning. The program prepares leaders for development and design of smart systems through industry-leading faculty and hands-on experience. Students can pursue undergraduate B.S.E.C.E. degrees and graduate M.S.Cp.E. degrees with flexible learning options including Lyle Anywhere® platform. The program emphasizes sophisticated computer architecture, integrated circuit design techniques, and modern computing systems. Research focuses on cybersecurity, electronic design automation, VLSI test, computer arithmetic algorithms, and disaster/fault tolerance. Graduates are positioned for high-demand careers in semiconductor design, biomedical engineering, autonomous systems, and technology leadership roles.

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

  • Data Science Infrastructure Lab — Data Science Infrastructure

Notable faculty

  • Ping Gui (Computer Engineering Program Director)
  • Xiao Luo (AI and Healthcare)
  • Muhsin Menekse (Engineering Education)

Admissions

GPA 3.000. Deadline August 10 for Fall term.

Accreditation & certifications

ABET accredited

Location advantage: Dallas technology hub access George W. Bush Presidential Center proximity

#5The University of Texas at ArlingtonArlington, TX

Why it stands out. UTA's Computer Engineering program uniquely combines theoretical foundations with extensive hands-on experience in embedded systems and FPGA implementation, supported by cutting-edge research labs focused on cloud computing, autonomous systems, and biomedical applications.

Hakia insight. UTA's ACES lab (cloud and edge systems) sits at the intersection of autonomous vehicles and biomedical devices, two verticals where DFW concentration is acute; graduates don't migrate to job clusters, they're already embedded in them.

At the master's level, the University of Texas at Arlington's Computer Engineering program offers comprehensive undergraduate and graduate education in computer organization technology and hardware systems. The program emphasizes practical skills in embedded systems design using microcontrollers, system-on-chip, and FPGA devices, multi-threaded programming on bare-metal and real-time operating systems, and network protocol development for IoT devices. Students gain hands-on experience with RISC processor implementation, advanced digital logic systems, and microprocessor systems analysis. The program features strong research opportunities through multiple specialized labs including the Abacus Cloud and Edge Systems Lab, Autonomous and Intelligent Systems Lab, and Biomedical Computing and Intelligent Systems Lab. Graduate students can choose from thesis and non-thesis tracks with concentrations in Computer Architecture and Systems or Embedded Systems, preparing them for careers in the growing IT industry or doctoral studies.

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

  • Abacus Cloud and Edge Systems Lab (ACES) — Cloud and edge computing resource management
  • Adaptive and Scalable Systems Lab — Adaptive computer systems and machine learning
  • Arlington Computational Linguistics Lab (ACL2) — Natural language processing and knowledge engineering
  • ASSIST Laboratory — Assistive technologies for elderly and disabled
  • Autonomous and Intelligent Systems Lab — Machine learning, robotics and autonomous systems
  • Biomedical Computing and intelligent Systems Lab (BioMeCIS) — Medical computing and pattern recognition
  • Cyber Guard Research Lab (CGRL) — Cybersecurity research

Notable faculty

  • Kenny Zhu (Natural language processing and computational linguistics)
  • Junzhou Huang (AI and drug development)
  • Hong Jiang (Cloud and edge computing systems)
  • Nicholas Gans (Autonomous systems and robotics)

Admissions

GPA 3.0 overall, 3.2 in last two years (PhD). Deadline March 15 (Fall), October 15 (Spring) for PhD.

Location advantage: Located in Arlington, Texas with access to Dallas-Fort Worth tech industry

#7University of Houston-Clear LakeHouston, TX

Why it stands out. The program is uniquely positioned in Clear Lake's high-tech community on a 524-acre campus located on a wildlife and nature preserve, offering ABET-accredited education with specialized focus on robotics, embedded systems, and integrated circuit design.

Hakia insight. The 524-acre wildlife preserve isn't aesthetic window dressing—it's the physical manifestation of Clear Lake's identity as a high-performance semiconductor design hub, where Nvidia and AMD engineers routinely recruit directly into embedded systems and IC design specializations that most programs still treat as electives.

The University of Houston-Clear Lake Computer Engineering program offers comprehensive Bachelor's and Master's degree pathways with an accelerated 5-year B.S./M.S. option. The undergraduate program is ABET-accredited and emphasizes the study of large and small computer systems for industrial, scientific, and business applications. Students gain hands-on experience in robotics, digital system design, communication and networks, microcontrollers, and microprocessors using state-of-the-art laboratory equipment. The curriculum integrates systems design, software applications, and hardware design with current specializations including robotics, integrated circuits and systems, digital signal and image processing, communication and networks, and embedded system design. Located in Clear Lake's high-tech community, the program prepares students for leadership roles in computer-related industries and graduate studies.

Programs offered

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

Industry partners

NvidiaAMDIntelTesla

Career outcomes

0

Top employers: Nvidia, AMD, Intel, Tesla

Accreditation & certifications

ABET Accredited

Location advantage: Located in Clear Lake's high-tech community 524-acre campus on wildlife and nature preserve

#10The University of Texas at El PasoEl Paso, TX

Why it stands out. UTEP's Computer Engineering program uniquely combines strong technical foundations with diverse research opportunities spanning from cybersecurity through the Army Research Lab-funded CyWAR initiative to AI and interactive systems research.

Hakia insight. UTEP's Army Research Lab-funded CyWAR initiative creates thesis opportunities in active defense research from day one, a distinction that transmutes what could be a regional program into a credible pipeline for federal cybersecurity roles.

At the master's level, the University of Texas at El Paso's Computer Engineering program offers comprehensive education in the application of science to design, implementation, and maintenance of hardware/software components of computers and embedded systems. The program prepares students for computer engineering practice and graduate studies with core knowledge in circuits and electronics, software design including data structures and algorithms, digital design, computer architecture and organization, embedded systems, computer networks, signal processing, and systems resource management. The program provides marketable skills in high demand including software development, digital design, data analysis, communication network design and management, and cybersecurity. UTEP offers multiple degree pathways from BS to PhD levels, with strong research focus areas and active labs conducting cutting-edge research in artificial intelligence, cybersecurity, data mining, and interactive systems.

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

  • Discovery Analytics Laboratory — Machine Learning, Data Mining
  • Cybersecurity through Workshops, Analysis & Research (CyWAR) — Formal Software Methods, Software Assurance, Cybersecurity
  • Linking Knowledge Across Disciplines, Data and Models (iLink) — Data Integration, Knowledge Graphs, Scientific Workflows
  • Interactive Systems Group (ISG) — Dialog Modeling, Spoken Dialog Systems, Human-Computer Interaction
  • Intelligent Agents and Strategic Reasoning Laboratory (IASRL) — Artificial Intelligence, Multi-Agent Systems, Computational Game Theory

Industry partners

Army Research Lab

Notable faculty

  • Mahmud Shahriar Hossain (Machine Learning, Data Mining)
  • Salamah I. Salamah (Cybersecurity, Software Engineering)
  • Natalia Villanueva-Rosales (Data Integration, Knowledge Graphs, Smart Cities)
  • Nigel Ward (Human-Computer Interaction, Spoken Language Processing)

Admissions

GPA 3.3.

Accreditation & certifications

ABET Accredited

Best Doctoral Computer Engineering programs

#1Texas A&M University-College StationCollege Station, TX

Why it stands out. Ranked #11 graduate program among public institutions. 80 faculty researchers

Hakia insight. Texas A&M's 80 faculty advisors serving 280 PhD students (1:3.5 ratio) is deceptively generous—AggieFab's shared nanofabrication facility means students collaborate across research groups rather than siloing, accelerating cross-disciplinary insight that isolation-based advising models can't replicate.

The PhD in Computer Engineering at Texas A&M is ranked #11 among public institutions with 80 faculty researchers serving 280 enrolled PhD students (Fall 2022), providing a strong faculty-to-student ratio. The program offers comprehensive funding through teaching assistantships, research assistantships, fellowships, and scholarships administered by both the department and individual faculty members. Students engage in cutting-edge research across various electrical and information technology areas. The degree emphasizes both technical mastery and communication skills, requiring candidates to demonstrate clear oral and written expression abilities. The program goes beyond coursework completion, focusing on original research contribution through dissertation work. With faculty expertise spanning multiple research areas in electrical and computer engineering, students have extensive opportunities for interdisciplinary collaboration and access to advanced research facilities to advance technologies for humanity's benefit.

Programs offered

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

Research labs & institutes

  • AggieFab Nanofabrication Facility — Micro- and nano-scale fabrication of diverse materials
  • Advanced Electrical Machines and Power Electronics Laboratory (EMPE) — Electric machinery and power electronics, motor drives topologies
  • Connected Intelligence Laboratory — Connected intelligent systems
  • Cyber-Physical Systems Laboratory — Cyber-physical system infrastructure, communication, control, and computation
  • Hardware Security/SETH Laboratory — Hardware design security, design-automation algorithms and circuit techniques
  • Intelligent Electromagnetic Sensor Laboratories (iEMSL) — Electromagnetic sensor research from DC to millimeter-wave frequencies
  • Learning and Emerging Networked Systems (LENS) Laboratory — Machine learning with networked systems applications
  • Scientific Machine Learning Laboratory — Scientific Machine Learning algorithmic, computational, and applied components

Location advantage: College Station, TX location Access to Emerging Technologies Building facilities Multiple specialized research facilities

#2The University of Texas at DallasRichardson, TX

Why it stands out. The program combines hardware (Electrical Engineering) and software (Computer Science) knowledge with a focus on embedded systems and system-level design, strategically located in the Technology Corridor with the second-largest high-tech economy in the U.S.

Hakia insight. UT Dallas' dual-department PhD (Computer Science + Electrical Engineering) isn't administrative convenience—it's structural protection against the false choice between systems depth and architecture breadth, a tension that single-department programs force students to negotiate alone.

At the doctoral level, the Computer Engineering program at UT Dallas is an interdisciplinary BS program delivered by the combined faculties of Computer Science and Electrical Engineering departments. It provides an excellent education in modern computer systems and prepares graduates for outstanding careers in the rapidly changing profession.

Programs offered

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

Industry partners

Texas InstrumentsIntelRaytheonAmazonAppleGoogleIBM

Career outcomes

Top employers: Texas Instruments, Intel, Raytheon, Amazon, Apple, Google, IBM

Notable faculty

  • Dr. Naofal Al-Dhahir
  • Dr. Poras T. Balsara
  • Dr. John H. L. Hansen
  • Dr. Nasser Kehtarnavaz

Accreditation & certifications

ABET

Location advantage: Located in Dallas region - rated #1 'Best City for Jobs' by Forbes Easy access to employers and internship opportunities Large and supportive alumni population

#3University of HoustonHouston, TX

Why it stands out. Computer engineers are more involved with software than electrical engineers while maintaining expertise in both hardware and software systems integration

Hakia insight. Houston's deliberate framing of computer engineers as software-forward (vs. electrical engineers' hardware primacy) signals a departmental identity often left implicit elsewhere, directly shaping which students self-select in and which research labs they gravitate toward.

At the doctoral level, computer engineering combines electrical engineering and computer science, focusing on the interface between machines (hardware) and computers (software). Computer engineers design and maintain hardware and software in computer-based systems, from PCs to supercomputers, as well as embedded systems in vehicles, appliances and communication networks.

Programs offered

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

Location advantage: Located in Houston with access to major engineering and technology companies Engineering Building 1 facilities with advanced laboratories

#4The University of Texas at ArlingtonArlington, TX

Why it stands out. UTA's Computer Engineering program uniquely combines theoretical foundations with extensive hands-on experience in embedded systems and FPGA implementation, supported by cutting-edge research labs focused on cloud computing, autonomous systems, and biomedical applications.

Hakia insight. UTA's proximity to the Dallas-Fort Worth tech corridor combined with its ACES lab focus on cloud and edge systems means doctoral students can conduct research directly aligned with hyperscaler hiring demands, shortening the gap between dissertation and industry relevance.

The University of Texas at Arlington's Computer Engineering program offers comprehensive undergraduate and graduate education in computer organization technology and hardware systems. The program emphasizes practical skills in embedded systems design using microcontrollers, system-on-chip, and FPGA devices, multi-threaded programming on bare-metal and real-time operating systems, and network protocol development for IoT devices. Students gain hands-on experience with RISC processor implementation, advanced digital logic systems, and microprocessor systems analysis. The program features strong research opportunities through multiple specialized labs including the Abacus Cloud and Edge Systems Lab, Autonomous and Intelligent Systems Lab, and Biomedical Computing and Intelligent Systems Lab. Graduate students can choose from thesis and non-thesis tracks with concentrations in Computer Architecture and Systems or Embedded Systems, preparing them for careers in the growing IT industry or doctoral studies.

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

  • Abacus Cloud and Edge Systems Lab (ACES) — Cloud and edge computing resource management
  • Adaptive and Scalable Systems Lab — Adaptive computer systems and machine learning
  • Arlington Computational Linguistics Lab (ACL2) — Natural language processing and knowledge engineering
  • ASSIST Laboratory — Assistive technologies for elderly and disabled
  • Autonomous and Intelligent Systems Lab — Machine learning, robotics and autonomous systems
  • Biomedical Computing and intelligent Systems Lab (BioMeCIS) — Medical computing and pattern recognition
  • Cyber Guard Research Lab (CGRL) — Cybersecurity research

Notable faculty

  • Kenny Zhu (Natural language processing and computational linguistics)
  • Junzhou Huang (AI and drug development)
  • Hong Jiang (Cloud and edge computing systems)
  • Nicholas Gans (Autonomous systems and robotics)

Admissions

GPA 3.0 overall, 3.2 in last two years (PhD). Deadline March 15 (Fall), October 15 (Spring) for PhD.

Location advantage: Located in Arlington, Texas with access to Dallas-Fort Worth tech industry