Why did you even click into this page? Aren't supposed to find all your course information at your Canvas page?

Well, since you are already here I feel obliged to give you some information about my teaching. Here is a short summary of the courses I have taught the most.

• STAT 4105/5105G Theoretical Statistics I

  This is a required course for Statistics undergraduate students and aims to introduce probability concepts such as probability rules, counting principles, probability distributions. It is also cross-listed as a course for graduate students who are pursuing the MA degree in DAAS. The textbook has always been Mathematical Statistics with Applications by Wackerly, Mendenhall, and Scheaffer.
  
  Caution: Rumor has it that this is one of the most difficult courses for our undergraduates. And the rumor is CORRECT! This IS indeed the most mathematical course you will have on your checksheet. Expect some hard work here!

• STAT 4584 Advanced Calculus for Statistics

  This has been a required course for Statistics undergraduate students but the requirement is phasing out in a few years (up to 2024?). Despite its higher course number, the current version of the course is not particularly difficult, only a little more than a review of some calculus and linear algebra. This may change though when it becomes an optional course to better prepare students who are interested in pursuing a graduate degree in statistics.
  
  Caution: There is no textbook for the course.

• STAT 5554 Functional Data Analysis

  This is a selective course for Statistics graduate students and aims to introduce the modern field of functional data analysis (FDA) where data points expand from numbers and vectors of numbers to curves, surfaces, and more complex objects. The field of FDA has advanced in an amazing pace in the past two decades. It is hard to keep the course materials as current as possible. Right now, the course is offered as 2/3 (or 3/5?) of time covering the basics of FDA from Ramsay and Silverman's FDA book, and the other 1/3 (or 2/5?) reading and presenting papers (classic ones and more recent ones). This is my FAVORITE course and was created by myself in 2018 after several build-up trials.
  
  Caution: For non-statisticians who are thinking about taking this course, the meaning of "functional data" may have a completely different meaning from the same name (if applicable) in your field. Double check before you proceed!

• STAT 6105 Measure and Probability

  This is a semi-required course for Statistics PhD students and aims to introduce advanced probability concepts such as σ-algebras, probability measures, measurable functions, modes of convergence, laws of large numbers, and central limit theorems. The goal of the course is to cover a little more than the first half of Billingsley's book, Probability and Measure, although I completely rely on my own lecture notes that may be quite different from the book.
  
  Caution: If you cannot understand a single word in the first class, this is not the right class for you. However, if you decide to stay, you are committing your brain to a semester of "interesting" (or some former students would say, "painful" or "torturing") homework assignments. 😜