Data Science & Python Track
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Course sections
Section 1
1- Introduction to Python (30hrs)
Section 2
Part 1: Introduction to Programming
1
• Why Should you Learn to Write Programs?
2
• Understanding programming
3
• Types of Programming Languages
4
• Building Blocks and Terminologies
5
• Installing and Running Python
Section 3
Part 2: Python Basics
1
• Variables, Expressions, and Statements
2
• Conditional Execution
3
• Functions
4
• Iteration
5
• Lists
6
• Strings
7
• Dictionaries and Tuples
8
• Files
Section 4
Part 3: Exploratory Data Analysis using Python
1
• Essential Python Libraries
2
• Jupyter Notebooks and Google Colaboratory
3
• Numpy Basics
4
• Pandas Basics
5
• Data Loading, Storage, and File Formats
6
• Data Wrangling
7
• Exploratory Data Analysis and Visualization
Section 5
2- Data Analysis & Visualization Using Python (30hrs)
Section 6
Module 1: introduction to basics of Statistics.
1
Introduction
2
Types of Variables
3
Sampling Techniques
4
Sample size
Section 7
Module 2: Data preparation and Descriptive Statistics using SPSS-software
1
Introduce SPSS
2
Data coding, and data entry
3
Importing data to SPSS from excel
4
Data manipulation in SPSS
5
Data checking and editing in SPSS Introduction to descriptive statistics using SPSS
6
Measures of central tendency for different types of data
7
Measures of Variability for different types of data
8
One-way Tabulation distinct types of variables
9
Two-way and 3-way tabulations for distinct types of variables
Section 8
Module 3: Data Analysis & Visualization using Python Introduction to Python.
1
Descriptive Statistics
2
Python Programming
3
Data Types and Operators
4
Data Structures
5
Control Flow
6
Functions
7
Scripting
8
Working with Data in Python
9
Data Analysis
10
Pandas and NumPy
11
Data Analysis Process
12
Data Mining
13
Data Wrangling
14
Assessing and Cleaning Data
15
Exploratory Data Analysis
16
Anomaly Detection
Section 9
Data Visualization
1
Introduction to Data Visualization Tools
2
Basic and Specialized Visualization
3
Matplotlib and Seaborn
4
Different Data Charts
5
Advanced Visualization Tools
6
Heat Maps Plotting
7
Word Cloud
8
Folium Maps
9
Intensity Maps
10
Geospatial Maps in Python
11
Choropleth Maps
Section 10
Data Prediction Models
1
Linear Regression
2
Logistic Regression
Section 11
Use Case-1
1
Explore US Bikeshare Data Use python to understand US bikeshare data. Calculate statistics and build an interactive environment where a user can choose the data and filter for a dataset to show.
Section 12
Use Case-2
1
House Sales in King County, USA Analyze and predict housing prices using attributes or features such as square footage, number of bedrooms, number of floors and so on
Section 13
Use Case-3
1
Audience Interest in Data Science Topics Use python to generate visualization plots to summarize the results of a survey that was conducted to gauge an audience interest in different data science topics
Section 14
Use Case-4
1
San Francisco Incidents Distribution Use python Folium maps to generate a Choropleth map of the crime rate in San Francisco, based on data for one year, and show distribution of different crimes’ type ities
Section 15
3- Data Science and Python (36hrs)
Section 16
Module 1: Statistics
Section 17
Linear Algebra & Probability for Data Science
1
• Descriptive Statistics
2
• Probability
3
• Normalization.
4
• Inferential Statistics
5
• Linear Algebra Review
Section 18
Module 2: Data Science and Machine Learning
1
• Introduction to Artificial Intelligence
2
• Introduction to Data Science
3
• Data Science life cycle.
4
• Introduction to Machine Learning & Data Mining
5
• Machine Learning
6
• Data Mining
7
• Supervised and Unsupervised Learning
8
• Types of Data
9
• Data Preprocessing
10
• Frequent Item Sets
11
• Association Rules & Apriori Algorithm
12
• Regression for Data Science
13
• Bias and Variance
14
• Base Classifiers for Data Science
15
• Clustering
16
• Evaluation of Learning Models for a Data Scientist
Section 19
Module 3: Python for Data Science & Machine Learning
1
• Python Basics
2
• Python Data Structures
3
• Python Programming Fundamentals
4
• Data Science Libraries
Section 20
Module 4: Class Projects
1
• Project 1: Market Basket Analysis (Apriori)
2
• Project 2: Automotive Price Prediction (Linear Regression Algorithim)
3
• Project 3: Fraud Detection (Logistic Regression Algorithm)
4
• Project 4: Customer Churn Prediction (Neural Networks Algorithm)
5
• Project 5: Customer Segmentation (K-Means Clustering)
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