Complete Masterclass: From Python Foundations to Production ML, Deep Learning & Multimodal RAG Systems
π Milestone β’ π About β’ π Curriculum β’ π Roadmap β’ π― Projects β’ π‘ Skills β’ π€ Connect
Important
This comprehensive Data Science, Machine Learning & Artificial Intelligence curriculum has been 100% fully completed!
| Metric | Details |
|---|---|
| π Start Date | September 14, 2025 |
| π Completion Date | August 04, 2026 |
| β±οΈ Total Learning Duration | 11 Months (~46 Weeks of Intensive Study) |
| π Total Modules Mastered | 18 Out of 18 Modules (100%) |
| π Jupyter Notebooks | 60+ Interactive Code Notebooks |
| π» Code & Media Resources | 200+ Scripts, SQL Guides, Data Files & Models |
| π Graduation Status | GRADUATED β GOD LEVEL MASTERY ACHIEVED |
Welcome to the complete record of my Data Science & AI Learning Journey!
This repository documents an intensive, hands-on journey from the absolute basics of Python programming to building production-grade Machine Learning pipelines, Deep Learning neural networks, web-deployed model APIs, and modern Multimodal RAG (Retrieval-Augmented Generation) AI systems.
- π― 100% Practical & Project-Driven: Every concept is backed by working Python code, Jupyter notebooks, or real-world datasets.
- π§± End-to-End Skill Building: From simple
if/elseloops to fullColumnTransformerpipelines, Flask web applications, and vector embedding audio/video RAG pipelines. - π Structured & Clean Architecture: Organized into 18 logical modules covering Data Analytics, SQL, Statistics, Machine Learning, Deep Learning, Web Dev, and Generative AI.
| No. | Module Name | Key Topics Covered | Content Summary | Status |
|---|---|---|---|---|
| 01 | π Data Science Intro | Tools, Environment Setup, Data Science Lifecycle, Career Paths | 1 PDF Guide | β COMPLETED |
| 02 | π Python Refresher | Variables, Loops, Data Structures, Functions, OOP, Lambdas, File I/O, JSON | 18 Notebooks + 2 Docs | β COMPLETED |
| 03 | π Project: Coders of Delhi | Social Graph Theory, Recommendation Engine (People You May Know) | 3 Notebooks + Datasets | β COMPLETED |
| 04 | π’ NumPy Mastery | NDArrays, Indexing, Slicing, Broadcasting, Vectorization, Matrix Math | 5 Notebooks | β COMPLETED |
| 05 | πΌ Pandas Deep Dive | DataFrames, Series, Data Cleaning, Merging, GroupBy, Aggregation | 2 Notebooks + Datasets | β COMPLETED |
| 06 | π Data Visualization | Bar, Line, Scatter, Pie, Histograms, Boxplots, Heatmaps, Subplots | 8 Notebooks + PDF | β COMPLETED |
| 07 | π·οΈ Web Scraping | HTTP Protocol, BeautifulSoup4, Requests, DOM Traversal, Scraping Pipelines | 2 Notebooks + 49 HTMLs | β COMPLETED |
| 08 | ποΈ SQL & Databases | CRUD Operations, Complex Joins, Subqueries, Views, Indexes, Stored Procedures | 20 SQL Guides | β COMPLETED |
| 09 | π Probability & Stats | Conditional Probability, Bayes Theorem, Uniform, Binomial & Normal Dist, CLT | 13 Guides & Scripts | β COMPLETED |
| 10 | π€ ML Introduction | Machine Learning Fundamentals, ML History, How Machines Learn Concepts | PPT & Study Guides | β COMPLETED |
| 11 | π§ Sklearn Basics | First ML Models, Estimators API, Decision Trees, Model Selection | 3 Notebooks + PDF | β COMPLETED |
| 12 | π ML Algorithm Types | Supervised vs. Unsupervised, Classification, Regression, Clustering Overview | 3 Concept Guides | β COMPLETED |
| 13 | π― Demo ML Practice | Iris Classification, Accuracy Metrics, Train-Test Split, RMSE & MAE Evaluation | 6 Notebooks + Datasets | β COMPLETED |
| 14 | π οΈ Practical ML & Pipelines | EDA, Imputation, One-Hot Encoding, Feature Scaling, ColumnTransformer, Joblib | 10 Notebooks + Scripts | β COMPLETED |
| 15 | π§ Deep Learning & Neural Nets | Perceptron Formula, Neural Network Architecture, PyTorch vs. TensorFlow, MNIST | 2 Notebooks + Scripts | β COMPLETED |
| 16 | π Web Dev for Data Science | HTML5, CSS3, Flask Application Routing, Jinja Templates, Dynamic APIs | 20 Web App Files | β COMPLETED |
| 17 | π€ LLM & GenAI Intro | LLM Architecture, Transformers, Tokenization, Prompt Engineering, RAG Concepts | 5 Guides & PDF | β COMPLETED |
| 18 | ποΈ Multimodal RAG AI Teaching | Audio/Video Ingestion, Media Preprocessing, Chunking, Vector Search & Embeddings | 54 Code & Media Files | β COMPLETED |
Below is the visual progression of how this course unfolded over 11 months across 6 major learning phases:
graph TD
classDef completed fill:#2ea44f,stroke:#22863a,color:#ffffff,font-weight:bold;
A[Phase 1: Foundations<br/>Python, NumPy & Pandas<br/>Modules 01 - 05]:::completed --> B[Phase 2: Analytics & Scraping<br/>Viz, BeautifulSoup, SQL & Stats<br/>Modules 06 - 09]:::completed
B --> C[Phase 3: Machine Learning Core<br/>Scikit-Learn & Algorithm Taxonomy<br/>Modules 10 - 13]:::completed
C --> D[Phase 4: Production ML Pipelines<br/>EDA, ColumnTransformer & Joblib<br/>Module 14]:::completed
D --> E[Phase 5: Deep Learning & Deployment<br/>Perceptrons, PyTorch, Flask & APIs<br/>Modules 15 & 16]:::completed
E --> F[Phase 6: Generative AI & RAG<br/>Transformers & Multimodal RAG Systems<br/>Modules 17 & 18]:::completed
π Phase-by-Phase Deep Dive (Click to expand)
- Mastered Python core syntax, control flow, functions, OOP, and lambda expressions.
- Learned fast numerical computations with NumPy NDArrays, vectorization, and matrix operations.
- Deep dived into Pandas DataFrames for data loading, indexing, cleaning, and aggregation.
- Built the Coders of Delhi social network graph recommendation engine.
- Mastered data visualization using Matplotlib (bar, line, scatter, box plots) and Seaborn heatmaps.
- Built automated web scraping pipelines using
requestsandBeautifulSoup4over 49+ web pages. - Covered relational databases in MySQL: complex JOINs, foreign keys, window functions, and stored procedures.
- Studied mathematical foundations: Bayes Theorem, Binomial, Normal distributions, and Central Limit Theorem.
- Understood the core philosophies of machine learning: Supervised vs. Unsupervised learning.
- Implemented Scikit-Learn estimators, Decision Trees, and model evaluation metrics (Accuracy, Confusion Matrix).
- Practiced end-to-end model training on the Iris dataset with train-test splits and error metrics (RMSE, MAE).
- Implemented real-world Exploratory Data Analysis (EDA) on house prices and smartphone datasets.
- Created robust feature engineering pipelines using
ColumnTransformer(SimpleImputer, OneHotEncoder, StandardScaler). - Learned model serialization and offline inference using
Joblib.
- Understood artificial neural network foundations, Perceptron formulas, and PyTorch vs. TensorFlow architectures.
- Built neural network classifiers for handwritten digit recognition on the MNIST dataset.
- Developed full-stack Flask web applications with Jinja2 template inheritance, custom HTML/CSS, dynamic forms, and REST APIs to deploy data science models.
- Explored Large Language Model (LLM) architectures, Transformers, and vector embeddings.
- Developed an end-to-end Multimodal RAG AI Teaching Assistant system that processes educational audio/video files, generates vector embeddings (
embeddings.joblib), chunks text, and answers student queries contextually.
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Generative AI & Media Processing Pipeline An end-to-end RAG system that ingests video/audio educational content, converts media to audio (
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Production Machine Learning Pipeline A complete real estate pricing model featuring automated data preprocessing, missing value handling, categorical encoding, feature scaling, and model persistence.
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Full-Stack ML Deployment & REST API Web applications built with Flask, Jinja2 template inheritance, HTML5/CSS3 UI styling, and RESTful API endpoints for serving machine learning models over the web.
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Graph Recommendation System Social network recommendation algorithms built from scratch to calculate "People You May Know" and "Pages You Might Like" based on user similarity matrices.
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Neural Network & Perceptron Classifier Handwritten digit recognition trained using Perceptron formulas and deep neural networks, complete with pixel visualization routines.
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Web Scraping & Automated Data Extraction Harvested 49 HTML pages from an online library, parsed product titles, prices, and ratings with BeautifulSoup, and structured output into clean CSV files.
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| Category | Technology / Framework / Library |
|---|---|
| π» Programming Language | Python 3.11+ |
| π Data Analysis & Science | NumPy, Pandas |
| π Data Visualization | Matplotlib, Seaborn |
| π·οΈ Data Scraping & Web | BeautifulSoup4, Requests, HTML5, CSS3 |
| ποΈ Database Management | MySQL, SQL |
| π€ Machine Learning | Scikit-Learn, Joblib |
| π§ Deep Learning | PyTorch, TensorFlow / Keras |
| π Web Framework | Flask, Jinja2 |
| ποΈ Generative AI & RAG | Transformers, OpenAI API, Vector Embeddings |
| π IDE & Workspace | Jupyter Notebook, VS Code, Git |
- π Module 01: Data Science Intro
- π Module 02: Python Refresher (18 Notebooks)
- π Module 03: Social Network Project (Coders of Delhi)
- π’ Module 04: NumPy Mastery (5 Notebooks)
- πΌ Module 05: Pandas Deep Dive (2 Notebooks)
- π Module 06: Data Visualization (8 Notebooks)
- π·οΈ Module 07: Web Scraping & BeautifulSoup
- ποΈ Module 08: SQL & Databases (20 Tutorials)
- π Module 09: Probability & Statistics
- π€ Module 10: Machine Learning Fundamentals
- π§ Module 11: Scikit-Learn Basics
- π Module 12: Types of ML Algorithms
- π― Module 13: Scikit-Learn Practice & Metrics
- π οΈ Module 14: Practical ML Pipelines & Feature Engineering
- π§ Module 15: Deep Learning & Neural Networks
- π Module 16: Web Development for Data Scientists (Flask)
- π€ Module 17: LLM & Generative AI Intro
- ποΈ Module 18: RAG-based AI Teaching & Multimodal Pipelines
- ποΈ Multimodal RAG AI Teaching System
- π Gurgaon House Price Predictor Pipeline
- π Flask Web Application & REST API Deployment
- π Coders of Delhi Social Graph Engine
- π§ MNIST Neural Network Digit Recognizer
- π 49-Page Web Scraping Data Pipeline
This project is licensed under the MIT License - see the LICENSE file for details.