About this course
Week 1: Introduction to Data Science
Session 1: What is Data Science?
- Overview of data science and its significance
- Applications in various industries
- Key components: statistics, machine learning, and data analysis
Session 2: Data Science Lifecycle
- Understanding the data science process (CRISP-DM)
- Problem definition, data collection, data preparation, modeling, evaluation, and deployment
Week 2: Programming Fundamentals
Session 3: Introduction to Python/R
- Setting up the environment (Anaconda, Jupyter Notebook, RStudio)
- Basic syntax and data types in Python/R
- Control structures and functions
Session 4: Data Manipulation with Pandas (Python) / dplyr (R)
- Loading and exploring datasets
- Data cleaning and preprocessing
- Filtering, grouping, and aggregating data
Week 3: Data Visualization
Session 5: Principles of Data Visualization
- Importance of data visualization in data science
- Types of visualizations and best practices
Session 6: Visualization Libraries
- Creating visualizations with Matplotlib and Seaborn (Python) or ggplot2 (R)
- Interactive visualizations with Plotly
Week 4: Statistical Foundations
Session 7: Descriptive Statistics
- Measures of central tendency and variability
- Data distributions and visualization
Session 8: Inferential Statistics
- Hypothesis testing and p-values
- Confidence intervals and significance testing
Week 5: Introduction to Machine Learning
Session 9: What is Machine Learning?
- Types of machine learning: supervised, unsupervised, and reinforcement learning
- Overview of machine learning workflows
Session 10: Linear Regression
- Understanding linear regression models
- Implementation in Python/R
- Evaluating model performance (R², RMSE)
Week 6: Advanced Machine Learning Techniques
Session 11: Classification Algorithms
- Logistic regression, decision trees, and k-nearest neighbors (KNN)
- Implementing classification models in Python/R
Session 12: Ensemble Learning
- Introduction to Random Forest and Gradient Boosting
- Techniques for model improvement and evaluation
Week 7: Unsupervised Learning
Session 13: Clustering Techniques
- K-means clustering and hierarchical clustering
- Applications and evaluation of clustering results
Session 14: Dimensionality Reduction
- Principal Component Analysis (PCA)
- Use cases for PCA and visualization of high-dimensional data
Week 8: Working with Big Data
Session 15: Introduction to Big Data Technologies
- Overview of big data frameworks (Hadoop, Spark)
- Introduction to NoSQL databases (MongoDB)
Session 16: Data Acquisition and APIs
- Techniques for web scraping
- Working with APIs to gather data
Week 9: Deployment and Productionizing Models
Session 17: Model Deployment
- Overview of deployment strategies (batch vs. real-time)
- Introduction to Flask for building APIs
Session 18: Monitoring and Maintenance
- Model monitoring and performance tracking
- Handling model drift and retraining
Week 10: Data Ethics and Privacy
Session 19: Ethical Considerations in Data Science
- Data privacy regulations (GDPR, CCPA)
- Ethical implications of data usage
Session 20: Responsible AI Practices
- Fairness, accountability, and transparency in AI
- Strategies for mitigating bias in models
Week 11: Capstone Project Preparation
Session 21: Defining the Capstone Project
- Selecting a real-world problem
- Formulating questions and hypotheses
Session 22: Data Collection and Preparation for Projects
- Gathering data and initial exploration
- Preparing data for analysis
Week 12: Capstone Project Presentation and Review
Session 23: Project Work Session
- Finalizing projects and preparing presentations
- Peer feedback sessions
Session 24: Final Project Presentations
- Presenting capstone projects to the class
- Discussion and feedback from instructors and peers
Assessment:
- Participation in Sessions: 10%
- Homework Assignments: 30%
- Quizzes on Key Concepts: 20%
- Capstone Project: 40%
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