Southern Methodist University

What you'll study

The MS in Electrical Engineering offers a mix of advanced coursework and practical laboratory work. Students typically choose from core and elective modules that cover signal processing, digital and analogue integrated circuit design, communications and networking, control systems, power and energy systems, electromagnetics and photonics, and embedded systems. The programme is offered with thesis and non‑thesis (coursework or project) options, allowing students to pursue research under faculty supervision or focus on applied engineering through a capstone project.

• Core topics: advanced circuit analysis and design, digital signal processing, linear control theory, and communication theory.
• Common electives: VLSI and microelectronics, RF and microwave engineering, power electronics and smart grids, machine learning for signal processing, and embedded system design.
• Research and labs: faculty‑led research groups and laboratory courses emphasise hands‑on hardware and software development, prototype validation, and use of industry‑standard design and simulation tools.
• Thesis/project options: thesis students undertake original research leading to a written thesis; non‑thesis students complete a substantial design or industry‑oriented project and additional coursework.

Entry requirements

Applicants are expected to hold a bachelor’s degree in electrical engineering or a closely related engineering or physical science discipline. A strong academic record in core undergraduate engineering and mathematics courses is important, as is evidence of quantitative preparation in subjects such as circuits, linear systems and calculus. The typical application package includes official transcripts, a personal statement, and academic or professional references.

• For international applicants, proof of English language proficiency is required through recognised tests unless exempted by prior study in English.
• Some applicants with non‑engineering backgrounds may be admitted conditionally and asked to complete specified prerequisite coursework.
• Standardised test requirements (such as the GRE) and additional documentation vary by applicant background and may be requested by the department.

Career prospects

Graduates from the programme move into a wide range of technical and engineering roles. Common positions include systems engineer, design engineer (analogue, digital or RF), firmware and embedded systems developer, controls engineer, power electronics engineer, and signal processing specialist. The degree also prepares graduates for roles in telecommunications, semiconductor and microelectronics companies, energy and utilities, aerospace and defence, and technology consulting.

Many students progress to research and development positions or continue on to doctoral study. Located in the Dallas–Fort Worth metroplex, SMU students benefit from proximity to a large cluster of technology, energy and industrial firms for internships and employment opportunities.

Why study at Southern Methodist University

The Lyle School of Engineering at SMU emphasises close faculty mentoring, accessible laboratory facilities and interdisciplinary collaboration. Students can work with faculty on applied research projects in areas such as integrated circuits, communications, control systems and power electronics. Small cohort sizes enable personalised advising and tight industry connections.

• Access to specialised labs and equipment for circuit fabrication, RF testing, power electronics and embedded systems.
• Strong links with regional and national employers that support internships, capstone projects and industry collaborations.
• Career services and engineering networks that help students transition into technical roles or further academic study.