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SF DS 29 Course Repository

Course materials for General Assembly's Data Science course in San Francisco, CA (11/2/16 - 1/25/17).

Team

Lead Instructor: Nathaniel Tucker

Instructional Associate: Dan Bricarello

Course Producer: Vanessa Ohta

Office hours

  • Nate: Monday at 5pm
  • Dan: Wednesdays at 4:30-6:30pm in the GA concourse

All will be held in the student center at GA, 225 Bush Street, SF.

Exit Tickets

Please fill this out at the end of each class!

Unit Projects

Overview

Final Project

Course Project Information

Course Project Examples

Installation and Setup

  • Install the Anaconda distribution of Python 2.7x.
  • Install Git and create a GitHub account.
  • Once you receive an email invitation from Slack, join our "GA Data Science 29 team" and add your photo! Dan will be on Slack during class and office hours to handle questions.

Resources

Class 1: Introduction / Expectations / Intro to Data Science / Python Exercises

Homework

  • Make sure you have everything installed as specified above in "Installation and Setup" by Monday
  • Read this awesome intro to Git here
  • Read this intro to the iPython notebook here
  • Read Project 1 Instructions

Class 2: Intro to git/pandas

Homework

  • Go through the python files and finish any exercise you weren't able to in class
  • Make sure you have all of the repos forked and ready to go
  • Read Greg Reda's Intro to Pandas
  • Take a look at Kaggle's Titanic competition
  • Get started on Project 1, it's due next week!

Class 3: Stat Fundamentals I

Homework

Class 4: Stat Fundamentals II

Homework

  • Read through Project 2, it's due next week!

Class 5: APIs and Getting Data

Homework

  • Read through Project 2, it's due next week!

Class 6: Intro to Regression Analysis

Homework

Tentative Schedule (dates are fixed, topics will likely change)

Class Date Topic Due
1 11/2 Intro to Data Science
2 11/7 Intro to git/pandas
3 11/9 Statistics Fundamentals I
4 11/14 Statistics Fundamentals II Unit Project 1
5 11/16 APIs and Getting Data
6 11/21 Linear Regression
7 11/28 Linear Regression and Model Fit, Part 2 Unit Project 2
8 11/30 k-Nearest Neighbors Final Project 1
9 12/5 Logistic Regression
10 12/7 Advanced Metrics and Communicating Results
11 12/12 Decision Trees and Random Forests Unit Project 3
12 12/14 Natural Language Processing Final Project 2
13 12/19 Latent Variables and NLP
14 12/21 Intro to Time Series Analysis Final Project 2
15 1/4 Time Series Modeling Final Project 3
16 1/9 Intro to Databases
17 1/11 Advancing in Data Science Unit Project 4
18 1/18 Wrapping Up and Next Steps Final Project 4
19 1/23 Final Project Presentations
20 1/25 Final Project Presentations, Part 2 Final Project 5

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