Data Science Summer School (DS3) header image

Microsoft Research Data Science Summer School

Region: North America

Dates: June 3 – June 28, 2024

2024 Program details

  • Dates: Monday, June 3 – Friday, June 28, 2024 (4 weeks)
  • Timing: Mondays to Fridays, 10:00 AM – 5:00 PM
  • Format: In-person
  • Number of students selected: 12
  • Each student who is selected will receive a $3,000 stipend as well as a laptop for their participation in the program.

Target audience

Upper-level undergraduate students who are currently enrolled in a New York City-area college, who are interested in attending graduate school in computer science and related fields and would benefit from an intensive introduction to data science. One goal of this program is to help build a more diverse and inclusive computer-science community, and we strongly encourage those from diverse, non-traditional, and under-represented backgrounds in STEM to apply.

Course description

This introduction to data science will cover tools and techniques for acquiring, cleaning, and utilizing real-world data for research purposes. In contrast to traditional course work, where one is often handed a prepackaged dataset obtained by a third party and prepared for a specific exercise, research projects often involve not only cleaning and preparing “messy” data, but often also acquiring that data oneself (e.g., through an API). The initial phase of these projects involves a good deal of exploratory analysis to gain a preliminary understanding of the dataset. Students will be introduced to scripting (on the command line and with Python and R) for these purposes and will gain direct experience in acquiring and modeling data from online sources.

The course also serves as an introduction to problems in applied statistics and machine learning. We will cover the theory behind simple but effective methods for supervised and unsupervised learning. Emphasis will be on formulating real-world modeling and prediction tasks as optimization problems and comparing methods in terms of practical efficacy and scalability. Students will learn to fit and evaluate such models, with applications including spam filtering and recommendation systems. Course material from previous years is available on GitHub (opens in new tab).

During the last part of the course, students will work on an original research project in groups, led by Microsoft Research scientists.

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