SMU Lyle School of Humanities

Master of Science in Electrical Engineering

Electrical engineering is at the forefront of modern technology. Expertise in integrated circuits, digital signal processing, electrical systems, and electromagnetics is increasingly crucial.

With our Master of Science of Electrical Engineering program at SMU Lyle, learn to harness sophisticated electrical and computer engineering principles, from the minute details of microelectronics to the expansive networks of communications systems. Graduates will learn to develop innovative solutions to complex engineering challenges, becoming well-equipped to lead and excel in a rapidly evolving technological landscape. See our course catalog.

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91%

of Lyle graduates are employed within six months of graduation.

Top 50

Lyle School of Engineering
ranked in the top 50
engineering grad schools
(Money Magazine 2024)

9:1

student to faculty ratio at the Lyle School of Engineering

Student Experience

Industry-Leading Faculty

Industry-Leading Faculty

Experience a curriculum designed by seasoned faculty members and highly experienced practitioners.

Continuous Support

Continuous Support

Access a wealth of resources and support services, ensuring a smooth and enriching educational journey.  

Innovative Projects - EE

Innovative Projects

Work on real-world problems and cutting-edge projects that prepare you for the complexities of the industry. 

Jobs You Can Land

Jobs I Can - EE

Potential roles include:

  • Communications Systems Engineer
  • Integrated Circuit Designer
  • Optical Systems Engineer
  • Signal Processing Analyst
  • Hardware Security Specialist
Sevda Ardabili

“I was drawn to the SMU Lyle Electrical Engineering program because of its strong commitment to innovation, its impressive faculty, and the research opportunities that perfectly align with my interests. The program's supportive and collaborative environment has helped me thrive and I'm really excited about the chance to bring my background to Lyle and help push forward advancements in electrical engineering.”

Sevda Zafarmandi Ardabili, M.S. in Electrical Engineering