π **Course Title:** Data Analytics & Data Science Mastery β From Zero to Professional
π§ **Level:** Beginner to Advanced
π **Duration:** 3 Months
π― **Goal:** Become a job-ready Data Analyst & Data Scientist skilled in Python, SQL, Machine Learning, Data Visualization & Real Business Problem Solving.
πΉ **Month 1: Foundations of Data Analytics & Python**
π **Week 1: Introduction to Data Analytics**
β’ What is Data Analytics? (Descriptive, Diagnostic, Predictive, Prescriptive)
β’ Data Analyst vs Data Scientist
β’ Data lifecycle: Collection β Cleaning β Analysis β Insights
β’ Essential tools: Excel, Python, SQL, Power BI/Tableau
β’ Understanding structured vs unstructured data
β’ Business use cases: Finance, Healthcare, Retail, AI, Marketing
π§ͺ **Exercise:** Analyze a sample sales CSV file & extract top 5 insights manually.
π **Week 2: Python for Data Analysis**
β’ Python basics: variables, loops, functions
β’ Data structures: lists, tuples, dicts
β’ Libraries: NumPy, Pandas, Matplotlib, Seaborn
β’ Reading/writing CSV, Excel, JSON
β’ DataFrames: indexing, slicing, filtering, merging
π§ͺ **Exercise:** Use Pandas to clean a dataset & compute summary statistics.
π **Week 3: Data Cleaning & EDA (Exploratory Data Analysis)**
β’ Handling missing values, duplicates, inconsistencies
β’ Outlier detection (IQR, Z-score)
β’ Data types & conversion
β’ Visual EDA (pair plots, correlation heatmaps)
β’ Using Jupyter Notebook effectively
β’ Feature engineering basics
π§ͺ **Mini Project:** Clean a real-world dataset (e.g., Titanic, Netflix, Zomato) & create a full EDA report.
π **Week 4: SQL for Data Analytics**
β’ Databases: relational vs non-relational
β’ CRUD operations
β’ SQL queries: SELECT, WHERE, GROUP BY, HAVING
β’ Joins, subqueries, window functions
β’ Creating reports from SQL data
π§ͺ **Exercise:** Solve 25 SQL queries from a business analytics dataset.
πΉ **Month 2: Visualisation + Statistics + Machine Learning**
π¨ **Week 5: Data Visualization (BI Tools & Python)**
β’ Using Matplotlib & Seaborn for charts
β’ Dashboards with Power BI or Tableau
β’ KPI design & storytelling with data
β’ Choosing the right chart for the right insight
β’ Building professional dashboards
π§ͺ **Project:** Build a sales dashboard with 10+ charts & KPIs.
π **Week 6: Statistics & Probability for Data Science**
β’ Types of distributions
β’ Mean, median, mode, variance, skewness
β’ Hypothesis testing (t-test, chi-square)
β’ Probability concepts
β’ Correlation vs causation
β’ Confidence intervals, p-values
π§ͺ **Exercise:** Analyze a dataset and determine statistically significant insights.
π€ **Week 7: Introduction to Machine Learning**
β’ What is ML? Types: Supervised, Unsupervised
β’ Regression models (Linear, Polynomial)
β’ Classification models (Logistic Regression, Decision Trees)
β’ Clustering: K-means, Hierarchical
β’ Train-test split, cross-validation
β’ Model evaluation: accuracy, precision, recall, F1-score
π§ͺ **Mini Project:** Build a model to predict house prices or customer churn.
π§ **Week 8: Intermediate ML + Feature Engineering**
β’ Random Forest, Gradient Boosting
β’ Feature Scaling: Standardization, Normalization
β’ Handling imbalanced data (SMOTE, Random Under-sampling)
β’ Hyperparameter tuning (GridSearch, RandomSearch)
β’ Model pipelines in scikit-learn
π§ͺ **Project:** Build a classification model & improve accuracy to 85%+ using feature engineering.
πΉ **Month 3: Advanced ML, Real Projects, Portfolio, Deployment**
π‘ **Week 9: Deep Learning & NLP (Basics)**
β’ Neural Networks: Perceptron, activation functions
β’ Introduction to TensorFlow/PyTorch
β’ Text data preprocessing
β’ Sentiment analysis
β’ Tokenization, n-grams, TF-IDF
β’ Intro to word embeddings
π§ͺ **Mini Project:** Build a sentiment classifier for Amazon/Flipkart reviews.
π§ **Week 10: End-to-End Data Science Projects**
β’ Full pipeline: Data β Cleaning β EDA β ML
β’ Business problem framing
β’ Feature selection
β’ Creating reusable ML scripts
β’ Model interpretability (SHAP, LIME)
β’ Version control (Git basics)
π§ͺ **Project:** Predict credit card fraud, diabetes, or loan approval with ML.
π **Week 11: Deployment & Cloud**
β’ Deploy ML models using: Flask, Streamlit, FastAPI
β’ Cloud intro: AWS, Google Cloud, Azure
β’ Using APIs to serve predictions
β’ Building interactive dashboards with ML integrations
π§ͺ **Exercise:** Deploy a working ML model using Streamlit or Flask.
π **Week 12: Career Building + Capstone Projects**
β’ Resume building for Data roles
β’ LinkedIn profile optimization
β’ Interview prep (SQL, Python, Case Studies)
β’ Freelancing platforms: Upwork, Fiverr, Kaggle
β’ Building a professional portfolio with 5+ projects
π§ͺ **Capstone Project (choose one):**
β’ Customer Churn Prediction
β’ Sales Forecasting Model
β’ Movie Recommendation System
β’ Fraud Detection System
β’ Real-time Dashboard + ML Model
π¦ **Tools Covered:**
β’ Programming: Python, Jupyter, VS Code
β’ Libraries: NumPy, Pandas, Matplotlib, Seaborn, Scikit-learn, TensorFlow
β’ Databases: MySQL, PostgreSQL
β’ Visualization: Power BI, Tableau
β’ Deployment: Flask, Streamlit, Git
β’ Cloud: AWS/GCP/Azure
β’ Version control: Git/GitHub
π **Final Outcome:**
By the end of this course, you will be able to:
β Perform advanced data analytics using Python & SQL
β Build dashboards & BI reports
β Apply machine learning algorithms to real data
β Deploy models as web apps
β Build a professional data science portfolio
β Become ready for roles like:
β’ Data Analyst
β’ Business Analyst
β’ Data Scientist (Junior)
β’ ML Engineer (Entry-level)
Analyze a sample sales CSV file and extract the top 5 insights manually. Create a summary report highlighting key trends, patterns, and business recommendations using Excel or basic Python.
Clean a real-world dataset (Titanic, Netflix, or Zomato) and create a comprehensive EDA report with visualizations, statistical summaries, and actionable insights using Python (Pandas, Matplotlib, Seaborn).
Build a professional sales dashboard with 10+ charts and KPIs using Power BI or Tableau. Include interactive filters, drill-down capabilities, and a compelling data story that guides business decision-making.
Build a machine learning model to predict house prices or customer churn. Implement data preprocessing, feature selection, model training (Linear Regression/Logistic Regression), and evaluate using appropriate metrics (RMSE, Accuracy, Precision, Recall).
Build a classification model using Random Forest or Gradient Boosting and improve accuracy to 85%+ through feature engineering, hyperparameter tuning, and handling imbalanced data. Document your approach and model performance.
Choose one: Customer Churn Prediction, Sales Forecasting Model, Movie Recommendation System, Fraud Detection System, or Real-time Dashboard + ML Model. Build an end-to-end solution with deployment, documentation, and presentation.
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ZIP β’ 5.1 MB β’ Templates & Assets
Design System β’ Community File
New Session β’ June 17, 2025
Complete Chapter 2 to unlock Certificate