Joint Ph.D. in Statistics and Machine Learning Requirements

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This Ph.D. program differs from the Machine Learning Ph.D. program in that it places significantly more emphasis on preparation in statistical theory and methodology. Similarly, this program differs from the Statistics Ph.D. program in its emphasis on machine learning and computer science. (See below for more details on the course requirements.)

Students in this track will be involved in courses and research from both the Departments of Statistics and Machine Learning. During the first year, students will normally be situated in the Department of Statistics. During later years, students will normally be located in the Machine Learning Department, unless the primary adviser is in the Department of Statistics. In years two and beyond, thesis research is co-supervised by a faculty in machine learning and a faculty in statistics, or supervised by a faculty member with a joint appointment. The thesis committee must contain at least one member with a home department of statistics and one with home department of machine learning.

Curriculum and Sample Schedule

The typical curriculum schedule is outlined below. 

Important Notes

  • 10- designates a machine learning course; 15- designates a computer science course; and 36- designates a statistics course.
  • * indicates a course that is in the joint program but not in the machine learning Ph.D. program.
  • # indicates a course that is in the joint program but not in the statistics Ph.D. program.
  • Generally, the courses marked with an * or # replace electives in the machine learning Ph.D. program. The exception is 36-757/758, which serves as the research course 10-920.

Year One, Fall

  • 10-715: Advanced Introduction to Machine Learning#
  • 36-705: Intermediate Statistics
  • 36-707: Regression Analysis*

Year One, Spring

  • 10-716: Advanced Machine Learning: Theory and Methods#
  • 36-752: Advanced Probability Overview*
  • 36-757: Advanced Data Analysis (ADA) I*

Year Two, Fall

  • 36-755: Advanced Statistics*
  • 36-758: ADA II*
  • 36-750: Statistical Computing* (recommended)

Year Two, Spring

One of the following courses:

  • 10-708: Graphical Models#
  • 10-725: Convex Optimization#
  • 15-826: Multimedia Databases#
  • 15-750: Algorithms or 15-853: Algorithms in the Real World#