Electrical and Systems Engineering, PhD

The ESE PhD program is designed to provide sufficient structure to help you build a strong foundation and to have sufficient flexibility to accommodate the direction of your creativity. You will collaborate closely with your faculty advisor on the direction of your research and develop skills needed to perform independent research and teaching in an exciting, intellectual environment. Current concentration areas are circuits and computer engineering, nanodevices and nanosystems, and information and decision systems. ESE research is focused on the development and application of systems theory to the design of physical, biological, and socio-technical artifacts that improve the human condition. 

View the University’s Academic Requirements for PhD Degrees.

Course Requirements

ESE Doctoral students must complete a required series of 20 course units (CUs) of graduate-level courses and research units. A minimum of 10 CUs must be graduate level courses. The remaining 10 CUs are composed of Research Units (ESE 999 Thesis/Dissertation Research) and may include up to two Independent Study (ESE 899 Independent Study for PhD credit) units .
 

10 CUs of Coursework: these graduate level courses are organized by depth, breadth, critical thinking and elective categories.

The student must discuss with their advisor the courses that would best suit each of these categories for their specific PhD career at Penn. Course plans for ESE PhDs are very individualized and must be approved by their Faculty Advisor.

  • Depth Requirement: At least five graduate-level courses in areas supporting the research of the Ph.D. student.
  • Breadth Requirement: At least two graduate-level courses which are distinct from the major research area. The courses may be thematically linked in a 500-600 sequence or may represent two 500 level courses both distinct from the major research area. Independent Studies cannot be used in this category.
  • Critical Thinking Requirement: At least two graduate-level courses satisfying formal analytical reasoning. Courses that satisfy this requirement include graduate courses in Mathematics, Engineering Mathematics, Statistics, or Discrete Mathematics and the following Physics courses:
    PHYS 516Electromagnetic Phenomena1
    PHYS 518Introduction to Condensed Matter Physics1
    PHYS 529
    PHYS 530
    Modern Optics
    and Modern Optical Physics and Spectroscopy
    2
    PHYS 531Quantum Mechanics I1
    PHYS 532Quantum Mechanics II1
    PHYS 611Statistical Mechanics1
    PHYS 612Advanced Statistical Mechanics1
    PHYS 661Solid State Theory I1
    PHYS 662Solid State Theory II1
    Courses from other departments may be used provided they have a clear focus on mathematical reasoning and techniques and have been pre-approved.  Independent studies cannot be used in this category.
  • Electives: Any remaining courses approved by your faculty advisor may fulfill this category.
  • 10 CUs of Research: Students may use up to two Independent Study units (ESE 899) to fulfill this requirement. Independent Study units are not required. Additional Research Units (999) may be taken in order to maintain a full-time status (see below). Students who have completed their course work will register for 3 CUs of Research Units per semester to maintain full time status.

The degree and major requirements displayed are intended as a guide for students entering in the Fall of 2018 and later. Students should consult with their academic program regarding final certifications and requirements for graduation.