Texas is home to some of the top electrical engineering programs in the country, with strong connections to industries like semiconductors, energy, telecommunications, and advanced manufacturing.
From flagship universities like UT Austin and Texas A&M to smaller programs with specialized strengths, students have access to a wide range of ABET-accredited electrical engineering degrees and career pathways.
In this guide, we’ll break down:
- The best electrical engineering schools in Texas
- What each program offers (ABET status, specializations, and research areas)
- How schools connect to major employers like Texas Instruments, Samsung, and Tesla
- What to look for when choosing a program
Whether you’re pursuing a bachelor’s degree in electrical engineering or planning for a master’s degree in electrical engineering, choosing the right school in Texas can shape your long-term career as an electrical engineer. For a broader look at programs across disciplines, see our guide to Texas engineering schools.
Best Electrical Engineering Schools in Texas
Texas offers a wide range of electrical engineering programs, from large research universities to smaller, teaching-focused institutions. Many are ABET-accredited and aligned with major industries like semiconductors, energy, telecommunications, and embedded systems.
Below are several of the top electrical engineering schools in Texas, with a focus on program strengths, research areas, and career outcomes.
University of Texas at Austin (Cockrell School of Engineering)
The University of Texas at Austin offers one of the most established electrical and computer engineering programs in the state through its Chandra Family Department of Electrical and Computer Engineering.
Program Overview
- ABET-accredited: Yes
- Degrees offered: BS, MS, PhD
- Location: Austin
Areas of Focus
- Microelectronics and semiconductor systems
- Embedded systems and IoT
- Communications and signal processing
- Power systems and energy
Industry Connections
UT Austin’s location in a major tech hub provides access to leading employers in semiconductors and electronics, including companies such as Samsung, Texas Instruments, and Apple.
Why Choose UT Austin
- Nationally recognized program with strong research funding
- Access to Austin’s semiconductor and tech ecosystem
- Broad range of specializations within electrical engineering
Texas A&M University (College of Engineering)
Texas A&M offers a large and comprehensive electrical engineering program with strong ties to industry and government research.
Program Overview
- ABET-accredited: Yes
- Degrees offered: BS, MS, PhD
- Location: College Station
Areas of Focus
- Power systems and smart grid technologies
- Communications and networking
- Embedded systems
- Electromagnetics and RF engineering
Industry Connections
Texas A&M has a strong recruiting presence from employers in energy, defense, and technology, and maintains relationships with companies involved in grid infrastructure and national defense systems.
Why Choose Texas A&M
- Strong focus on power and energy systems (relevant to Texas grid demand)
- Large alumni network across Texas industries
- Extensive research and lab facilities
Rice University (George R. Brown School of Engineering)
Rice University offers a smaller, research-focused electrical engineering program with strong interdisciplinary opportunities.
Program Overview
- ABET-accredited: Yes
- Degrees offered: BS, MS, PhD
- Location: Houston
Areas of Focus
- Nanotechnology and microelectronics
- Data science and signal processing
- Bioelectronics and medical devices
- Energy systems
Industry Connections
Rice’s Houston location provides access to employers in energy, healthcare, and aerospace, along with nearby research institutions and NASA.
Why Choose Rice
- Small class sizes and strong faculty engagement
- Research-intensive environment
- Ideal for students considering graduate study
University of Texas at Dallas (Erik Jonsson School of Engineering and Computer Science)
UT Dallas has a rapidly growing electrical engineering program with strong alignment to the semiconductor and technology sectors.
Program Overview
- ABET-accredited: Yes
- Degrees offered: BS, MS, PhD
- Location: Richardson (Dallas-Fort Worth area)
Areas of Focus
- Semiconductor devices and systems
- Telecommunications and networking
- Embedded systems and hardware design
- Signal processing
Industry Connections
Located near the Telecom Corridor, UT Dallas provides access to employers such as Texas Instruments and other electronics and communications companies.
Why Choose UT Dallas
- Strong positioning in semiconductor and telecom industries
- Growing research output
- Strategic location in a major tech corridor
University of Houston (Cullen College of Engineering)
The University of Houston offers an electrical engineering program closely aligned with the state’s energy and industrial sectors.
Program Overview
- ABET-accredited: Yes
- Degrees offered: BS, MS, PhD
- Location: Houston
Areas of Focus
- Power systems and energy distribution
- Control systems
- Electronics and circuits
- Communications
Industry Connections
Students benefit from proximity to major employers in energy, utilities, and industrial systems, with opportunities for internships and applied research.
Why Choose University of Houston
- Strong alignment with energy and power systems careers
- Access to Houston’s engineering job market
- Competitive tuition for in-state students
ABET-Accredited Electrical Engineering Schools in Texas
As of 2026, there are 30+ ABET-accredited institutions in Texas offering electrical or electrical and electronics engineering programs. Accreditation ensures programs meet national standards and is essential for students planning to pursue Professional Engineer (P.E.) licensure. Below is a complete list of ABET-accredited electrical engineering programs in Texas:
- Baylor University — Waco
- East Texas A&M University — Commerce
- Houston Christian University — Houston
- University of Houston — Houston
- Lamar University — Beaumont
- LeTourneau University — Longview
- University of North Texas — Denton
- Prairie View A&M University — Prairie View
- Rice University — Houston
- Southern Methodist University — Dallas
- St. Mary’s University — San Antonio
- Tarleton State University — Stephenville
- Texas A&M University — College Station
- Texas A&M University–Corpus Christi — Corpus Christi
- Texas A&M University–Kingsville — Kingsville
- Texas A&M University–Texarkana — Texarkana
- University of Texas at Arlington — Arlington
- University of Texas at Austin — Austin
- University of Texas at Dallas — Richardson
- University of Texas at El Paso — El Paso
- University of Texas at San Antonio — San Antonio
- University of Texas at Tyler — Tyler
- University of Texas Permian Basin — Odessa
- University of Texas Rio Grande Valley — Edinburg
- Texas Southern University — Houston
- Texas State University — San Marcos
- Texas Tech University — Lubbock
- West Texas A&M University — Canyon
Note: Program names and accreditation statuses can change. Always confirm with ABET or the university before applying.
Why ABET Accreditation Matters
Choosing an ABET-accredited electrical engineering program:
- Qualifies you for the FE and PE licensing process
- Signals that your education meets industry-recognized standards
- Improves job prospects in engineering and technology fields
- Ensures a strong foundation in math, science, and applied engineering principles
Electrical Engineering Careers in Texas: Industry and Career Pathways
Texas is one of the strongest job markets in the U.S. for electrical engineers, driven by demand across power systems, semiconductors, telecommunications, and embedded technologies. Many electrical engineering programs in the state are closely aligned with these industries, offering targeted coursework, research opportunities, and internship pipelines.
Key Electrical Engineering Industries in Texas
Power and Energy (Grid, Utilities, Renewables)
Texas operates its own power grid (ERCOT), creating strong demand for electrical engineers focused on power systems and grid reliability.
- Employers: ERCOT, Oncor, CenterPoint Energy, NRG Energy
- Focus areas:
- Power systems and grid infrastructure
- Renewable energy integration (wind and solar)
- Smart grid technologies
Many universities—including Texas A&M, University of Houston, UT Austin, and UT Arlington—offer coursework and research in power and energy systems.
Semiconductors and Microelectronics
Texas is a major hub for semiconductor manufacturing and electronics design, especially in Austin and the Dallas-Fort Worth area.
- Employers: Texas Instruments, Samsung, AMD, Applied Materials
- Focus areas:
- Microelectronics and chip design
- VLSI systems
- Semiconductor fabrication
Programs at schools like UT Austin, UT Dallas, and Texas A&M are well positioned for careers in this sector due to proximity and research alignment.
Telecommunications and Signal Processing
The Dallas region—historically known as the Telecom Corridor—continues to support careers in communications and networking.
- Employers: AT&T, Ericsson, Nokia
- Focus areas:
- Wireless communications
- Signal processing
- Networking systems
Universities such as UT Dallas, SMU, and UT Arlington have strong offerings in these areas.
Embedded Systems, IoT, and Electronics
Electrical engineers in Texas also work in embedded systems, robotics, and connected devices across industries.
- Employers: Tesla, Dell, defense contractors, and electronics manufacturers
- Focus areas:
- Embedded systems design
- IoT and hardware-software integration
- Control systems
These skills are widely supported across electrical engineering programs throughout the state.
How Texas Schools Connect to Industry
Electrical engineering programs in Texas commonly emphasize:
- Internships and co-op programs with regional employers
- Industry-sponsored research and capstone projects
- Career fairs with strong participation from energy, tech, and manufacturing companies
Students at major universities—and many regional programs—often graduate with hands-on experience and industry exposure, particularly in metro areas like Austin, Houston, and Dallas-Fort Worth.
Key Takeaway
Electrical engineering programs in Texas are not limited to a single industry. Many schools—especially larger research universities—maintain overlapping connections across power systems, semiconductors, telecommunications, and embedded technologies.
- Power & grid systems: Statewide demand driven by ERCOT
- Semiconductors: Austin and Dallas regions
- Telecommunications: Dallas-Fort Worth
- Embedded systems & IoT: Broad across industries
Choosing a school with strengths in your target area can help—but location, internships, and specialization choices often play just as big a role in shaping your career path.
Path to P.E. for Electrical Engineers in Texas
For electrical engineers, earning a Professional Engineer (P.E.) license can expand career opportunities—especially in fields like power systems, utilities, consulting, and infrastructure.
While not required for all roles (many engineers in tech and electronics do not pursue licensure), it is essential for positions involving public safety, system design approval, or regulatory work.
Step-by-Step: How Licensure Works in Texas
1. Earn an ABET-Accredited Engineering Degree
- A bachelor’s degree from an ABET-accredited electrical engineering program is the most direct path
- This is required for standard licensure eligibility
2. Pass the FE Exam (Fundamentals of Engineering)
- Typically taken during your senior year or shortly after graduation
- Covers core topics like circuits, electronics, math, and systems
- Passing grants you Engineer-in-Training (EIT) status
3. Gain Relevant Work Experience
- Typical requirement: ~4 years
- Must be supervised by a licensed P.E.
- Experience should demonstrate increasing responsibility in engineering work
4. Pass the PE Exam (Electrical and Computer Engineering)
- Discipline-specific exam with options such as:
- Power
- Electronics, Controls, and Communications
- Focuses on real-world application of electrical engineering principles
5. Apply for Licensure in Texas
- Submit your application through the Texas Board of Professional Engineers and Land Surveyors (TBPELS)
- Once approved, you are licensed as a Professional Engineer
How Long It Takes
- Typical timeline: ~8 years total
- ~4 years (degree)
- ~4 years (work experience)
Timelines can vary slightly depending on when you pass exams and gain qualifying experience.
When Electrical Engineers Need a P.E.
Licensure is most important in:
- Power generation and distribution
- Utility and grid-related roles (ERCOT-related work)
- Consulting and engineering services
- Government and infrastructure projects
Many electrical engineers working in:
- Semiconductors
- Consumer electronics
- Software/hardware development
may not need a P.E. license.
Why It Matters in Texas
Because of Texas’s unique energy landscape and independent grid, there is strong demand for licensed engineers in power systems and infrastructure.
A P.E. license can:
- Qualify you for higher-responsibility roles
- Increase earning potential
- Allow you to sign and seal engineering documents
- Open doors in consulting and public-sector work
Tuition and Cost of Electrical Engineering Programs in Texas
The cost of an electrical engineering degree in Texas varies based on school type, residency status, and program level. Overall, Texas offers a mix of affordable public options and higher-cost private universities, with many opportunities to offset costs through financial aid.
Average Tuition in Texas
- Public universities (in-state): ~$8,000–$13,000 per year
- Public universities (out-of-state): ~$20,000–$35,000+ per year
- Private universities: ~$30,000–$55,000+ per year
Public institutions like Texas A&M, UT Austin, and regional universities tend to offer the most affordable tuition for Texas residents, while private schools like Rice and SMU have higher sticker prices but may provide substantial financial aid.
Total Cost of a Degree
For a typical bachelor’s program:
- In-state total (4–5 years): ~$32,000–$65,000 (tuition only)
- Out-of-state total: ~$80,000–$150,000+
- Private universities: Can exceed $200,000 before aid
These estimates:
- Do not include housing, fees, or books
- Can vary significantly based on financial aid and scholarships
What Affects Cost
Several factors influence total cost:
- Residency status: Texas residents pay significantly less at public schools
- School type: Public vs. private institutions
- Program length: Co-ops or dual-degree programs may extend timelines
- Financial aid: Scholarships, grants, and need-based aid can significantly reduce costs
Scholarships and Financial Aid
Electrical engineering students in Texas can explore:
- Texas Society of Professional Engineers (TSPE) scholarships
- University-specific engineering scholarships
- Need-based aid (FAFSA)
- Merit-based awards
Graduate students may also access:
- Research assistantships
- Teaching assistantships
Return on Investment
Electrical engineering is typically associated with:
- Strong starting salaries
- High demand across industries like energy, semiconductors, and telecommunications
- Long-term career growth
For many students—especially those attending in-state public universities—the cost-to-earnings ratio is favorable.
FAQs About Electrical Engineering Schools in Texas
What are the best electrical engineering schools in Texas?
Some of the top electrical engineering programs in Texas include:
- University of Texas at Austin
- Texas A&M University
- Rice University
- University of Texas at Dallas
- University of Houston
These schools offer ABET-accredited programs, strong research opportunities, and connections to industries like semiconductors, energy, and telecommunications.
How many electrical engineering schools are in Texas?
As of 2025–2026, there are 30+ ABET-accredited institutions in Texas offering electrical or electrical and electronics engineering programs, ranging from large research universities to smaller regional schools.
Do all electrical engineering programs in Texas have ABET accreditation?
No—but many of the most reputable programs do.
Choosing an ABET-accredited program is important if you plan to:
- Become a licensed Professional Engineer (P.E.)
- Work in regulated or public-facing engineering roles
Always confirm accreditation status before applying.
How long does it take to become an electrical engineer in Texas?
- Bachelor’s degree: ~4–5 years
- With PE licensure: ~8 years total (including work experience)
- Master’s degree: +1–2 years
- PhD: +4–6+ years
Most students begin working as an electrical engineer after earning a bachelor’s degree.
What industries hire electrical engineers in Texas?
Electrical engineers in Texas commonly work in:
- Power and energy (ERCOT, utilities, renewables)
- Semiconductors and microelectronics
- Telecommunications and networking
- Embedded systems and IoT
Major employers include Texas Instruments, Samsung, ERCOT, Lockheed Martin, and Tesla.
Do Texas electrical engineering programs offer internships?
Yes. Most programs—especially at larger universities—offer:
- Internship and co-op opportunities
- Industry-sponsored projects
- Career fairs with major employers
These experiences are often critical for job placement after graduation.
Is a Professional Engineer (PE) license required for electrical engineers?
Not always. Many electrical engineers work without a PE license, particularly in:
- Semiconductors
- Electronics and hardware development
- Technology and software-related roles
However, a PE is important for:
- Power and utility work
- Consulting
- Infrastructure and public-sector roles
What should I look for in an electrical engineering school?
Key factors include:
- ABET accreditation
- Specializations (power systems, microelectronics, communications, etc.)
- Internship and industry connections
- Location (proximity to major industries)
- Tuition and financial aid
Choosing a program aligned with your career goals can significantly impact your opportunities after graduation.