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Electrical and Computer Engineering

Graduate Programs

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Electrical & Computer Engineering MS

The MS degree concentrates on establishing a sound theoretical foundation and on exposing students to advanced developments in electrical and computer engineering. The critical thinking and high level of mathematical and algorithmic facility required by graduate courses allow MS graduates to provide technical leadership and contribute to innovative research and development.
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Electrical & Computer Engineering PhD

The PhD program in electrical and computer engineering at Brigham Young University emphasizes high-impact research, publication of scholarly work, and participation in projects funded by the National Science Foundation, Department of Defense, and a variety of other federal agencies, foundations, and companies. PhD students collaborate with a faculty advisor on a topic that may have a lasting influence on theoretical understanding or on professional practice. Coursework is required on advanced topics in electrical and computer engineering. Students may also take courses in related fields, including physics, mathematics, or computer science.
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IT & Cybersecurity (MS)

This degree will prepare students for information technology (IT) and cybersecurity leadership positions, needed by so many organizations today. The curriculum addresses the many applications and developments of IT and Cybersecurity, focusing on those in science, engineering, and technology. The MS degree is awarded to students who have mastered a professional level of education in core and related areas of information technologies and cybersecurity.

Application Deadlines Fall: Feb 15 Winter: Sep 10 Spring: Feb 15
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Faculty

See a full list of Electrical and Computer Engineering department graduate faculty

Courses

See all Electrical and Computer Engineering graduate courses
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Contact

450 EB
(801) 422-1160
grad@ee.byu.edu
Department Website

Electrical engineering has its origins in the study and application of electrical phenomena. However, in recent years the field has grown to embrace a diverse range of problems in applied physics and mathematics. The department currently offers advanced study in four broad areas.

  • Computer Engineering concentrates on the architecture and implementation of digital logic and computing systems.
  • Electromagnetics explores the theory, physical properties, and applications of electromagnetic radiation and includes emphases in optics, remote sensing, numerical computation, and microwave systems.
  • Microelectronics and VLSI focuses on the design and fabrication of micro-electronic circuits for digital and analog applications, including device physics, modeling, processing, and fabrication.
  • Signals and Systems studies fundamental and applied issues in information processing and includes emphases in communication theory, linear and nonlinear control systems, digital signal processing, and estimation theory.

Specific research activities in these broad areas are described on the department graduate program Web page at http://www.ee.byu.edu/grad/resources

Two degrees are offered through the department: Electrical and Computer Engineering—MS and Electrical and Computer Engineering—PhD.

Chair: Aaron R. Hawkins
Graduate Coordinator: Karl F. Warnick

Resources & Opportunity:

The department maintains a variety of facilities to support the diverse research efforts of the graduate faculty. Facilities include:

  • Extensive PC and Unix workstation computer resources.
  • Digital signal processing laboratory that includes a variety of software tools, image display and digitizing equipment, and audio processing equipment.
  • Well-equipped clean-room to support research in semiconductor and electro-optic fabrication.
  • Microwave remote sensing and integrated systems laboratories.
  • Electro-optics laboratory that includes lasers and fiber optic research equipment.
  • Antenna range.
  • Reconfigurable logic laboratory.
  • Telemetering laboratory to support research in digital communications and error control coding.
  • Laboratory to support research in cooperative and autonomous systems.
  • Facilities for medical imaging research.
  • Laboratories to support research on chemical and biological systems.

For a description of current research activities associated with each facility, see the department graduate program Web page at http://www.ee.byu.edu/grad/resources

Financial Assistance:

The department provides several types of financial assistance for graduate students. All applicants in good standing are considered for financial aid, but priority is given to PhD students. More information may be obtained from the department. No special application form is required. The following types of assistance are available:

Tuition Scholarships. The department offers a limited number of full- and partial-tuition scholarships. All students applying to the program are automatically considered for tuition scholarships.

Research Assistantships. Full-time graduate students in good standing may be awarded research assistantships to assist faculty with externally funded research. Contact individual faculty directly to identify research assistantship opportunities.

Teaching Assistantships. The department employs graduate students as teaching assistants in undergraduate and graduate courses. The department also employs students in a number of department support positions such as computer system administration and laboratory support. Applications for teaching assistant and department student positions are accepted the week prior to the given semester or term. Contact the department for more information about current teaching assistant and department support opportunities.