Computer Engineering in Texas

📊 Employment Overview

Texas employs 79,200 computer engineering professionals, representing approximately 11.5% of the national workforce in this field. Texas ranks #2 nationally for computer engineering employment.

💰 Salary Information

Computer Engineering professionals in Texas earn competitive salaries across all experience levels, with an average annual salary of $126,000.

Note: Salaries are adjusted for cost of living and local market conditions. Data based on BLS statistics and industry surveys (2024-2025).

🎓 Schools Offering Computer Engineering

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🚀 Career Insights

Key information for computer engineering professionals in Texas.

🏢 Industry Landscape & Top Employers

Texas is the second-largest market for computer engineers in the United States, driven by a powerful combination of semiconductor manufacturing, enterprise technology, defense electronics, and one of the fastest-growing startup ecosystems in the country. The Austin–Dallas–Houston–San Antonio corridor forms a sprawling tech corridor that rivals coastal markets in scale while offering a dramatically lower cost of living.

Major Employers: Dell Technologies (Round Rock) remains one of the largest technology employers in the state, with deep roots in hardware, software, and cloud infrastructure. Texas Instruments (Dallas) is the state's premier semiconductor company, employing thousands of computer and electrical engineers across chip design, embedded systems, and process engineering. Samsung's Austin and Taylor fabrication facilities, along with NXP Semiconductors (Austin), anchor the semiconductor manufacturing cluster. In enterprise tech, Oracle's relocated headquarters in Austin and AT&T's global HQ in Dallas drive large-scale hiring for software systems and network engineers. Amazon, Apple, Google, and Meta all maintain major Austin offices with 5,000+ employees each.

Key Industry Clusters: Austin's "Silicon Hills" is the fastest-growing tech hub in the country, attracting waves of Bay Area transplants and corporate relocations. The city specializes in semiconductor design, SaaS software, fintech, and autonomous vehicle technology — Tesla's Gigafactory and headquarters are here, employing hundreds of computer engineers for its vehicle software and energy systems platforms. Dallas–Fort Worth leads in enterprise software, telecommunications (AT&T, T-Mobile's presence), and defense electronics, with Raytheon, Lockheed Martin, and L3Harris employing computer engineers for radar, avionics, and guidance systems. San Antonio is a national cybersecurity hub, home to the NSA's Texas Cryptologic Center, USAA's extensive technology division, and numerous defense contractors. Houston's energy sector is increasingly software-driven, with companies like Schlumberger, Halliburton, and BP's digital hubs requiring computer engineers for IoT sensors, predictive analytics, and digital oilfield platforms.

Startup Ecosystem: Austin ranked as the #4 startup ecosystem in the US and continues to attract venture capital. Notable unicorns include CrowdStrike (cybersecurity), Bumble (consumer tech), and a growing constellation of AI, web3, and climate tech startups. The city's combination of UT Austin talent, affordable office space, and an entrepreneurial culture makes it one of the best places in the nation for computer engineers who want both startup energy and corporate stability within the same metro area.

📈 Career Growth & Pathways

Texas offers computer engineers competitive career trajectories with a decisive cost-of-living advantage over coastal markets — making it one of the top states for engineers who want to build long-term wealth without sacrificing career quality.

Typical Career Trajectory:

• Junior Computer Engineer (0–2 years): $72,000–$100,000 — Entry-level roles at Dell, TI, Samsung, defense firms, or Austin startups. Focus on embedded systems development, firmware, hardware design, or software integration.
• Mid-Level Engineer (3–6 years): $100,000–$145,000 — Owning subsystems and leading technical projects. Engineers at semiconductor companies move into chip design ownership; those in enterprise tech begin leading product features end-to-end.
• Senior Engineer (7–12 years): $145,000–$200,000 — Architecture-level responsibility, cross-team technical leadership. At relocated Big Tech offices (Apple, Google, Meta Austin), total compensation can reach $250,000–$300,000 including stock.
• Principal/Staff Engineer (12+ years): $200,000–$320,000+ — Setting technical direction for product lines or engineering organizations. Texas Instruments' "Fellow" designation and similar senior individual contributor tracks at major employers carry significant industry prestige.
• Engineering Manager/Director: $160,000–$280,000+ — Managing teams of 5–50+ engineers across hardware and software disciplines.

No State Income Tax Advantage: Texas has no state income tax, effectively giving computer engineers a 5–13% compensation boost compared to California counterparts. A $130,000 salary in Texas provides roughly the same take-home pay as $155,000–$165,000 in California, before even accounting for dramatically lower housing costs.

High-Growth Specializations: Semiconductor process and design engineering commands the highest premiums as TI's Sherman fab expansion and Samsung's Taylor facility create intense competition for talent. Cybersecurity engineers with clearances in San Antonio earn significant premiums. Autonomous vehicle software engineers at Tesla and the growing Austin AV ecosystem are among the most sought-after roles in the state. Energy tech software — combining domain expertise in oil & gas or renewables with engineering skills — is a uniquely Texas specialization that commands strong compensation in Houston.

💰 Salary vs. Cost of Living

With an average computer engineering salary of $126,000 and no state income tax, Texas offers one of the best compensation-to-cost-of-living ratios in the nation — a key reason engineers continue to relocate here from California, New York, and the Pacific Northwest.

Austin: The most expensive Texas market, with cost of living 10–20% above the national average — still dramatically cheaper than any coastal tech hub. Median rent for a one-bedroom apartment runs around $1,500–$1,700/month, while median home prices of $450,000–$550,000 make ownership achievable on a single engineering salary. A computer engineer earning $126,000 in Austin has roughly the same purchasing power as one earning $185,000–$200,000 in San Francisco after accounting for housing, taxes, and general expenses.

Dallas–Fort Worth: Cost of living near the national average, with median rents around $1,300–$1,500/month and home prices in the $350,000–$430,000 range. Combined with no state income tax, DFW offers exceptional purchasing power for computer engineers in enterprise tech, semiconductor, and defense sectors.

San Antonio & Houston: Both metros sit at or slightly below the national average in cost of living, with generous salaries in cybersecurity (San Antonio) and energy tech (Houston). Engineers in these cities often achieve homeownership within 2–3 years of starting their careers.

Remote Work Premium: Texas cities — Austin and Dallas in particular — have become premier destinations for computer engineers employed remotely by California and New York companies. These engineers capture coastal salaries while enjoying Texas-level costs, creating an exceptionally strong financial position.

📜 Licensing & Professional Development

Unlike civil engineering, computer engineering in Texas does not require a Professional Engineer (PE) license for most roles. However, several credentials and pathways are highly valued across the state's diverse tech industries.

The Texas Board of Professional Engineers and Land Surveyors (TBPELS) does offer PE licensure for computer engineers who want to work on safety-critical embedded systems, government infrastructure projects, or who wish to stamp engineering documents. The path follows the standard FE Exam → 4 Years Experience → PE Exam (Electrical and Computer Engineering track) sequence. Texas's 4-year experience requirement (vs. California's 6) and streamlined application process make it one of the more efficient states for obtaining licensure.

Industry Certifications That Matter in Texas:

• AWS/Azure/GCP Cloud Certifications: Highly valued across all Texas tech hubs. Dell, Oracle, and enterprise firms frequently list cloud certifications as preferred qualifications for senior roles.
• Security+ / CISSP / CEH: Essential for San Antonio's cybersecurity corridor and defense sector positions. Security clearances (which aren't certifications but function similarly) can add $10,000–$30,000 to annual compensation in defense roles.
• Certified Embedded Systems Engineer (CESE): Valuable for the state's strong embedded systems and semiconductor sectors at TI, NXP, and defense firms.
• PMP (Project Management Professional): More valued in Texas's corporate engineering culture (AT&T, Lockheed Martin, Dell) than in typical startup environments.
• SEMI Semiconductor Certifications: Relevant for fab engineers at Samsung and TI's expanding manufacturing operations.

Education Pipeline: The University of Texas at Austin (top-10 nationally for computer engineering), Texas A&M University, Rice University, and UT Dallas are the primary talent feeders for Texas employers. Corporate partnerships with these universities — including TI's longstanding UT Austin relationship and Samsung's partnerships with UT and A&M — create strong direct recruiting pipelines.

📊 Job Market Outlook

Texas is projected to be among the fastest-growing states for computer engineering employment through 2033, driven by historic semiconductor investment, continued corporate relocations, energy sector digitization, and the explosive growth of data center infrastructure.

Semiconductor Expansion: Texas Instruments' $30+ billion fab complex under construction in Sherman, Texas will ultimately employ thousands of engineers and technicians across process engineering, equipment engineering, yield engineering, and IC design. Samsung's $17 billion Taylor facility is ramping production. These two projects alone represent the largest semiconductor manufacturing investment in Texas history and will sustain elevated demand for computer engineers for decades.

Corporate Relocations Continue: Texas added approximately 35,000 technology jobs in 2024 alone. The pattern of California companies establishing or expanding Texas operations — driven by no income tax, lower real estate costs, and a growing talent base — shows no signs of slowing. Tesla, Oracle, HP, and Charles Schwab have all made high-profile moves, each bringing substantial technology hiring.

Data Center & AI Infrastructure: Texas is one of the fastest-growing data center markets in the US, with Meta, Google, Amazon AWS, and Oracle expanding facilities in the Dallas and San Antonio regions. Texas is projected to build 5+ gigawatts of new data center capacity by 2028, requiring computer engineers for power systems, cooling optimization, network infrastructure, and software automation.

Energy Tech Transformation: Houston's traditional energy sector is undergoing digital transformation at scale, with oil & gas companies investing heavily in IoT sensors, machine learning for predictive maintenance, digital twin technology, and renewable energy platforms. This creates a unique specialization opportunity for computer engineers who develop domain expertise in energy systems.

Outlook: Texas is expected to challenge California's #1 position in total computer engineering employment within the next decade. The state's combination of low costs, pro-business policies, and massive infrastructure investment creates a sustained, long-term demand environment that outpaces most other states.

🕐 Day in the Life

Computer engineering work culture in Texas blends the innovation energy of coastal tech with a lifestyle orientation — shorter commutes, lower costs, and stronger work-life balance — that many engineers find highly appealing after years in San Francisco or Seattle.

In Semiconductors (Dallas/Austin): Days for fab engineers revolve around cleanroom protocols and wafer processing equipment. Design engineers at TI or NXP work in CAD environments running EDA tools (Cadence, Synopsys) for circuit design and simulation. TI is known for its structured culture with mentorship programs and clear internal advancement ladders. Samsung's Austin fab operates 24/7 with engineering shifts that provide extended days off — a popular lifestyle arrangement.

In Enterprise Tech (Austin/DFW): A typical morning might start with a standup at 9:30am followed by deep work on feature development, system design, or infrastructure improvements. Dell's hybrid schedule (2–3 days in office) is common across major employers. Austin companies particularly embrace collaborative, open workspaces. Lunch is often food truck culture — Austin's famous scene means 30-40% cheaper dining than San Francisco. Most engineers log off by 5:30–6:00pm, a stark contrast to Bay Area norms.

In Cybersecurity (San Antonio): The work is mission-critical and deliberate, often involving classified systems and strict operational security protocols. Engineers at USAA or defense contractors may work on securing critical infrastructure or financial systems, with the structured schedules typical of government-adjacent work.

Lifestyle: Commute times in Texas cities average 25–35 minutes versus 45–60+ minutes in the Bay Area, returning significant personal time. Lower housing costs mean engineers frequently own spacious homes with dedicated offices. The outdoor culture — Barton Springs, Lady Bird Lake, Big Bend, the Hill Country — combined with Austin's live music scene and Dallas's world-class dining and arts scene provide vibrant, affordable social options that California simply can't match at equivalent price points.

🔄 Compare with Other States

See how Texas compares to other top states for computer engineering: