Electrical Engineering in Texas

📊 Employment Overview

Texas employs 16,720 electrical engineering professionals, representing approximately 8.9% of the national workforce in this field. Texas ranks #2 nationally for electrical engineering employment.

💰 Salary Information

Electrical Engineering professionals in Texas earn competitive salaries across all experience levels, with an average annual salary of $117,000.

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

🎓 Schools Offering Electrical Engineering

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🚀 Career Insights

Key information for electrical engineering professionals in Texas.

🏢 Industry Landscape & Top Employers

Texas ranks #2 nationally in electrical engineering employment — 16,720 engineers earning an average of $117,000 — and represents the most diverse and rapidly growing major EE market in the United States. The state's combination of semiconductor manufacturing, defense electronics, energy systems engineering, space technology, and a booming data center infrastructure sector creates an employer landscape of extraordinary breadth, all within a no-income-tax, high-affordability environment that makes Texas the most financially compelling major EE destination in the nation.

Major Employers: Texas Instruments (Dallas, headquartered) is the state's foundational semiconductor employer — designing and manufacturing analog ICs, embedded processors, and power management chips used in virtually every electronic device category. TI's Sherman fab expansion ($30+ billion) represents the largest semiconductor investment in Texas history. Samsung Semiconductor operates advanced logic and memory chip fabs in Austin and a massive new facility in Taylor — collectively among the world's most advanced chip manufacturing operations. NXP Semiconductors (Austin) develops automotive, IoT, and communications semiconductors. Qualcomm, Intel, and AMD maintain Texas design centers. In defense, Raytheon (McKinney, Garland) develops precision guidance electronics, electronic warfare systems, and advanced radar systems. Lockheed Martin (Fort Worth — F-35 production) employs EEs for avionics, electronic warfare, and aircraft electrical systems. L3Harris, General Dynamics, and Northrop Grumman have significant Texas defense presences. In space, SpaceX's Starbase facility in Boca Chica (South Texas) is the launch site for Starship — the world's largest and most powerful rocket — employing EEs for avionics, propulsion electronics, and ground launch infrastructure. NASA Johnson Space Center (Houston) employs EEs for spacecraft systems, mission control systems, and Artemis lunar program support. AT&T (Dallas HQ) employs EEs for telecommunications network infrastructure. Oncor Electric Delivery, CenterPoint Energy, and AEP Texas employ power systems engineers for the ERCOT grid — the nation's largest independent power grid. Data center operators (Meta, Google, Microsoft, Amazon) are expanding aggressively in Texas, drawn by low power costs and business-friendly regulation.

Semiconductor Manufacturing Surge: Texas is at the center of the domestic semiconductor manufacturing renaissance — TI's Sherman complex, Samsung's Taylor fab, and multiple supporting facilities are creating the largest semiconductor manufacturing cluster in the US outside of Silicon Valley. The CHIPS Act is accelerating this buildout, and Texas's combination of available land, favorable regulations, and existing semiconductor infrastructure positions it for continued investment.

📈 Career Growth & Pathways

Texas offers EE careers across virtually every subdiscipline at employer scale and technical sophistication that rivals California — with the critical advantage of no state income tax and dramatically lower housing costs that translate nominal salary differences into genuine wealth accumulation advantages.

Typical Career Trajectory:

• Junior Electrical Engineer (0–2 years): $75,000–$100,000 — Strong entry at TI, Samsung, Raytheon, SpaceX Starbase, or the growing Austin tech ecosystem. UT Austin, Texas A&M, Rice, and UT Dallas are premier feeders into Texas's diverse EE employer base.
• Mid-Level Engineer (3–7 years): $100,000–$142,000 — TI analog IC designers, Samsung process engineers, Raytheon cleared defense engineers, and SpaceX avionics engineers advance strongly. The no-income-tax advantage provides an effective 5–8% compensation premium versus California peers at equivalent salaries.
• Senior Engineer (7–12 years): $142,000–$195,000 — Technical authority on TI product lines, Samsung fab process integration, or Raytheon major missile systems programs. At relocated Big Tech offices (Apple Austin, Amazon, Google), total compensation including RSUs can reach $250,000–$350,000.
• Principal/Distinguished Engineer (12+ years): $195,000–$350,000+ — TI Fellows, Samsung principal engineers, Raytheon chief engineers, and senior SpaceX technical leads represent Texas's EE apex — roles with national and global technical influence.

No Income Tax — The Texas Advantage: Texas has no personal income tax, giving EEs a 5–13% compensation boost compared to California (where top marginal rate is 13.3%). A senior Texas EE earning $150,000 achieves the same take-home pay as a California peer earning $175,000–$185,000 — before accounting for Texas's dramatically lower housing costs. Over a 30-year career, this differential represents hundreds of thousands of dollars in additional retirement savings.

Semiconductor Manufacturing Premium: The TI Sherman and Samsung Taylor fabs are creating acute demand for EEs with process engineering, equipment engineering, and yield optimization expertise. Competition among these facilities for qualified engineers is pushing Texas semiconductor compensation toward — and in some specializations above — California market rates, while housing costs remain 40–50% lower.

💰 Salary vs. Cost of Living

Texas's $117,000 average EE salary with no state income tax and cost of living ranging from near-national-average (Austin) to significantly below-average (Houston, DFW suburbs) creates consistently strong purchasing power — the best among any state with Texas's employer depth and industry diversity.

Dallas-Fort Worth (TI, Raytheon, Lockheed): The nation's fourth-largest metro and Texas's primary semiconductor and defense electronics hub, with cost of living near the national average. Median home prices of $360,000–$460,000 in desirable suburbs (Plano, Richardson, Allen, Frisco) are accessible for EE households within 3–5 years. TI's headquarters and Richardson's semiconductor corridor make DFW the preferred base for semiconductor-focused engineers.

Austin (Samsung, NXP, Apple, SpaceX Starbase nearby): Texas's tech epicenter, with cost of living 10–20% above the national average — elevated by growth but still 40–50% cheaper than the Bay Area. Median home prices of $450,000–$580,000 in popular areas. Engineers who live in Austin's outer suburbs (Cedar Park, Round Rock, Kyle, Buda) access excellent value while maintaining manageable commutes to the major campuses.

Houston (NASA Johnson, Energy Tech, Data Centers): The most affordable major Texas market for EEs — cost of living slightly below the national average despite being the fourth-largest US city. Median home prices of $310,000–$420,000. NASA JSC engineers, energy tech EEs at Schlumberger and Halliburton, and data center engineers achieve exceptional purchasing power in the Houston market.

Sherman / Taylor (TI / Samsung Fab Areas): The newest and fastest-growing EE employment zones — smaller communities north of Dallas (Sherman) and east of Austin (Taylor) with very affordable housing (median $250,000–$350,000) that are experiencing significant investment in retail, dining, and infrastructure as semiconductor worker populations grow.

📜 Licensing & Professional Development

Texas's EE professional development landscape reflects its enormous industry diversity — semiconductor fab credentials for the manufacturing community, defense clearances for the DFW-Austin defense sector, space systems engineering for Houston and South Texas, and PE licensure for the state's extensive utility and industrial engineering sectors.

The Texas Board of Professional Engineers and Land Surveyors (TBPELS) administers PE licensure via the standard FE → 4 Years Experience → PE Exam pathway. PE licensure is valued for Oncor, AEP Texas, and CenterPoint Energy utility engineers, and for consulting electrical engineers across Texas's massive construction sector.

High-Value Credentials in Texas:

• SEMI Semiconductor / SiC Process Engineering: For TI Sherman and Samsung Taylor engineers, deep expertise in advanced CMOS process development, silicon carbide device fabrication, or DRAM process integration is the foundational professional credential. TI's analog manufacturing processes and Samsung's advanced logic node technology create distinct specializations within Texas's semiconductor community.
• DOD Secret / TS Clearances (Raytheon / Lockheed): For Raytheon McKinney engineers developing precision guidance electronics and Lockheed Fort Worth engineers integrating F-35 avionics, clearances are mandatory career credentials. Texas's defense electronics community is one of the nation's largest cleared engineering workforces.
• SpaceX / FAA Launch Licensing (Starbase): For SpaceX Starbase engineers, familiarity with FAA commercial space launch licensing processes, range safety systems design, and the specific avionics architecture of Starship is a uniquely Texas-concentrated specialization. As SpaceX continues Starship's development and moves toward commercial launch operations, the engineering community at Boca Chica is building credentials at the frontier of human spaceflight systems.
• NERC CIP / ERCOT Grid Operations: For Oncor, CenterPoint, and AEP Texas engineers, NERC CIP cybersecurity standards and ERCOT-specific market and reliability protocols are the essential utility engineering credentials. Texas's independent ERCOT grid — put in the national spotlight by Winter Storm Uri — has received billions in hardening investment, creating sustained demand for power systems EEs who understand Texas's unique grid structure.
• Analog IC Design (TI): Texas Instruments' analog and mixed-signal IC design community in Dallas is second only to Analog Devices (Massachusetts) nationally for precision analog expertise. Engineers who develop deep TI-platform analog design skills — understanding Spice simulation, layout parasitic extraction, and silicon characterization — build credentials respected across the global analog semiconductor industry.

Education: The University of Texas at Austin (consistently top-10 EE nationally) and Texas A&M University are the state's premier programs, with the University of Texas at Dallas (strong semiconductor and telecom connections), Rice University (Houston — strong research program), and UT San Antonio providing additional strong pathways. UT Austin's proximity to Samsung, NXP, and Apple Austin creates especially powerful direct recruiting relationships.

📊 Job Market Outlook

Texas is the fastest-growing major EE market in the United States, with semiconductor manufacturing investment, SpaceX's Starship commercialization, ERCOT grid modernization, and data center expansion collectively creating one of the most sustained and broad-based EE demand environments in the country's history.

Semiconductor Manufacturing — The $30+ Billion Buildout: TI's commitment to building semiconductor fabs in Sherman represents one of the largest private manufacturing investments in US history. Combined with Samsung's $17+ billion Taylor investment, these two programs alone will employ thousands of additional EEs over the next decade. The CHIPS Act's incentive programs are expected to attract additional semiconductor facilities to Texas, potentially establishing a true "Silicon Prairie" semiconductor manufacturing cluster in the state's northern and central regions.

SpaceX Starship Commercialization: Starship — designed as a fully reusable transportation system capable of carrying 100+ people to orbit, the Moon, or Mars — is transitioning from development to commercial operations from Boca Chica. As launch cadence increases and Starship begins commercial satellite deployment, lunar missions under NASA's Artemis program, and eventual deep space exploration, the engineering workforce at Starbase and at NASA Johnson Space Center supporting Starship operations will grow substantially.

ERCOT Grid Hardening and Renewable Integration: Texas's grid modernization — driven by Winter Storm Uri's lessons and the rapid growth of wind and solar generation — is a multi-billion-dollar infrastructure program requiring sustained power systems engineering. Texas leads the nation in both wind and solar generating capacity, and the grid integration challenges of managing intermittent renewable resources at Texas scale are among the most technically demanding in US power systems engineering.

Data Center Explosion: Texas is one of the fastest-growing data center markets in the world — Meta, Google, Microsoft, Oracle, and numerous colocation operators are expanding Texas facilities. The AI compute buildout is accelerating this growth, with hyperscale GPU cluster facilities requiring far more power per square foot than traditional server farms. Texas EEs specializing in high-density power distribution, backup power design, and data center electrical infrastructure are in acute demand.

Workforce Projection: Texas is expected to add 4,000–7,000 EE positions over the next five years — making it the largest growth market for electrical engineers in the nation. The state's no-income-tax advantage, continued corporate relocations, and massive semiconductor and space industry investments create a sustained demand environment that will define Texas's EE market for the better part of the next decade.

🕐 Day in the Life

Electrical engineering in Texas spans from designing the analog chips inside every smartphone on earth to integrating the avionics of the world's largest rocket — within a state whose combination of no income tax, diverse cities, and extraordinary scale creates a professional and personal life unlike any other US market.

At Texas Instruments (Dallas/Sherman): Analog IC designers work on precision amplifiers, data converters, and power management ICs that are the invisible infrastructure of modern electronics. A day might involve running Spice transient noise simulations on a new 16-bit ADC input stage, reviewing layout parasitics with the physical design team for a high-speed op-amp, or characterizing silicon from a recent tape-out on the bench — testing input offset voltage distributions across temperature and comparing to simulation predictions. TI's culture is deeply technical and somewhat academic — engineers are expected to understand the physics of their designs at a level that many companies don't require. The products that result — converters that measure blood glucose, amplifiers that enable industrial sensors, power chips that charge electric vehicles — are used by billions of people daily.

At SpaceX Starbase (Boca Chica): Avionics engineers work on Starship — a vehicle designed to carry humans beyond Earth orbit and ultimately enable permanent human presence on Mars. The engineering challenges are genuine frontiers: avionics systems that must survive reentry heating approaching 1,400°C, propellant management electronics for 33 Raptor engines, and flight computer architectures that must provide real-time control of a vehicle taller than the Statue of Liberty. The pace is fast, the iteration is rapid, and the stakes are the future of human spaceflight. The South Texas location — near the Gulf Coast, with Padre Island National Seashore a short drive away — provides a distinctive backdrop for some of the most consequential aerospace engineering in history.

Lifestyle: Texas's lifestyle diversity mirrors its geographic enormity. Dallas offers world-class museums (the Perot Museum of Nature and Science, Dallas Museum of Art), renowned restaurants (the city has more restaurants per capita than New York), and professional sports in every major league. Austin's live music scene (300+ live music venues), Barton Springs pool, the Texas Hill Country wineries, and the hybrid startup-corporate tech culture create a uniquely energetic lifestyle. Houston's NASA heritage, the theater and museum district, and the most ethnically diverse restaurant scene in America give it a cosmopolitan depth that surprises first-time visitors. San Antonio's River Walk, the Alamo, and the Pearl district combine history with genuine urban vitality. The common denominator: all of it is dramatically more affordable than California, and none of it is taxed by the state of Texas.

🔄 Compare with Other States

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