AI&DATA SCIENCE
AI & DATA SCIENCE TRAINING
DATA SCIENCE: It is an interdisciplinary field using scientific methods, algorithms, and systems to extract knowledge and insights from structural and unstructured data. Power BI is an all-in-one high-level tool for the data analytics part of data science. It can be considered less of a programming-language type application, but more of a high-level application to Microsoft Excel.
Duration: 180 days
AI&Data science Course's Key Highlights
100+ hours of learning
Real-time industry professionals curate the course.
Internships and live projects
A cutting-edge training facility
Dedicated staff of placement experts
Placement is guaranteed 100 percent Assistance
28+ Skills That Are Useful in the Workplace
Trainers with a minimum of 12 years of experience
Videos and back-up classes
Subject Matter Experts Deliver Guest Lectures
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AI & DATA SCIENCE USING PYTHON
Introduction to AI ML DS , Gen AI, and Agentic AI (DEMO)
- Relationship between AI, ML, DL, NLP, Data Science, Gen AI, Agentic AI
- Applications for data science
- Why Python for Data Science
- AI Tools: Claude/Perplexity/Co Pilot/ChatGPT/Deep Seek
Python Programming
Python Overview
- Installation of Anaconda Python,
- Python Features
- Variables, Operators, Data Types
- Conditions , Loops
- Functions, Modules, Packages
- String object, Exercises
- List object, Exercises, Case study
- Tuple object, Exercises
- Dictionary object, Exercises, Case Study
- Set, Frozenset
- Comprehensions
- List comprehension,
- Dictionary comprehension.
- Set Comprehension
- Regular expressions
- Identifiers
- Quantifiers
- Exercises
- Python File I/O
- Applications using File IO
- Exercises
- Exception Handling
- SQL Database SQLITE
- CRUD operations, SQL Queries, Kinds of Joins
- Project on SQL database with Sqlite
- Working with JSON data
- Working with XML data,
- Working with PDF data
- Working with CSV data
- Generators, Iterators,
- Generator functions and Generator Expressions
- Decorators
- Hacker Rank problem solving,
Object Oriented Python,
- Class, Object
- Abstraction
- Encapsulation
- Inheritance
- Polymorphism
- Case studies
Mathematics for Data Science and ML
Mathematical Computing with Python (NumPy)
- Introduction to NumPy, N-D array
- Data types and attributes of Arrays
- Mathematical Functions of NumPy
- Array Indexing and Slicing
- Array broadcasting
- Comparing Core Python Objects with Numpy, Exercises
- Case study
Statistics
- Central Tendency (mean, median and mode)
- Measures of Variation (Interquartile Range, Variance, Standard Deviation)
- Bar Chart, Histogram, Box whisker plot, Scatter Plot
- Co-variance, Correlation
- Central Limit Theorem,
- Skewness and Kurtosis
- Z Test, T Test, P-value,
- Hypothesis testing
- Chi-Square, Sampling Techniques
- ANOVA (Analysis of Variance)
Probability
- Introduction to Probability, Uncertainty, Random numbers
- Joint Probability, Marginal Probability, Conditional Probability, Exclusivity
- Probability Distributions (PMF, CDF, Normal Distribution, ..)
- Bayes Theorem.
DATA ANALYTICS
Introduction to Pandas
- Understanding Series, DataFrame, Panel
- Transforming List, Tuple, Dictionaries into Data Frame
- Accessing rows and columns, Iteration over Data Frames
- Pandas joining and merging,
- Pandas Groupby, Pivot Table, Binning,
- Pandas Visualization
- Data Generation
- Real time Case Studies on Data Analysis based on Kaggle
Exploratory Data Analysis and Data Visualization
- Univariant analysis
- Bivariant analysis
- Data Visualization
- MatplotLib data visualization
- Seaborn data visualization
Power BI
- Business Intelligence (BI)
- Loading data into PowerBI
- Working with Power Query Editor
- Working with Report Section & Visuals in Power BI
Front-end and Web Application development
User Interface for Model Deployment
- HTML:- Basic Elements, Lists, Tables, Forms, Examples
- CSS: Syntax, Selectors, inline/internal/external CSS examples,
- Flask Framework: Environment,
- Routing, URL building, HTTP methods, Templates,
- Static files, Request object, Flask with Sqlite database, case study
- Streamlit Framework, Gradio Framework
- FastAPI
- Pydantic for data validation
- Web scraping using beautifulsoup4, requests libraries
- Case Studies on web scraping.
- Git/GitHub version control
Machine Learning
Data Preprocessing Techniques
- Data Imputation (Missing values)
- Simple Imputation
- KNN Imputation
- Iterative Imputation
- Data Encoding Techniques
- Label Encoding
- OneHot Encoding
- Finding Outliers
- IQR technique
- Zscore technique
- Percentile technique
- LocalOutlierFactor
- Data Normalization, Transformation, Scaling
- MinMaxScaler
- StandardScaler
- RobustScaler
- PowerTransform
- Box-CoxTransform
- QuantileTransforms
- Dimensionality Reduction Techniques
- PCA- Principle Component Analysis
- SVD- Singular Value Decomposition
- LDA- Linear Discriminant analysis
- Feature Selection (Importance) and Engendering techniques
- Supervised learning based
- Unsupervised learning based
- feature importance interpretation (SHAP, LIME)
- Case Studies on Data Preprocessing techniques and comparative analysis of various techniques
Regression Analysis
- Regression, Linear regression
- Linear regression, Multiple Regression
- Ridge Regression, Lasso Regression
- Explanation of statistics
- Evaluation metrics (R-Squre, Adj R-Squre, MSE, RMSE)
- Train/Test Split, Hypothesis testing formal way
- Case Studies
- Project on Regression Analysis from Kaggle
Classification
- Introduction to Machine Learning
- Naïve Bayes classifier
- Decision Tree classifier
- KNN classifier
- Logistic Regression
- Support Vector Machines (SVM)
- One-vs-Rest and One-vs-One for Multi-Class Classification
- Predict() Vs PredictProba()
- Ensemble models (Random Forest, Bagging, Boosting)
- Bagging algorithms
- Boosting algorithms
- Stacking algorithms
- Xgboost indepth with Industry cases
- SK Learn ML library using Python and Case Studies
- Project on Classification Algorithms from Kaggle
Model Selection and Evaluation
- Accuracy measurements
- Precision, Recall, Precision – Recall Trade-off
- AUC Score, ROC Curve
- Train/Validation/Test split, K-Fold Cross Validation
- The Problem of Over-fitting (Bias-Variance Trade-off)
Learning Best Practices for Model Evaluation
- Bias, Variance, Overfitting, Underfitting methods
- Pipelining
- Parameter Tuning mechanisms (Grid Search, Random Search)
- Debugging algorithms with learning and validation curves
Case Study
Association Analysis
- Association Rules & Interesting measures
- Apriori Algorithm
- FP-Growth algorithm
- Case Studiies
Clustering
- Similarity distance measures
- K-means Clustering
- Hierarchical Clustering
- DB Scan Clustering
- Case Studies
- MLOPS
- MLFLOW , End to End ML case Studies
- DVC
Applications of ML
- Time Series Analysis (Stock Market forecasting using ARIMA models)
- Recommendation Systems (Filter based RS and Collaborative based RS)
- Dealing with Imbalanced datasets (Anomaly Detection Methods)
- Deployment ML/DL/NLP models using Flask, Fast API, Github
- ML Model Deployment in Azure
Natural Language Processing
NLP
- NLP Overview, Applications using NLTK, Text Blob
- Tokenizing, Stop Word Removal, Stemming, Lemmatization, POS Tagging,
- Similarity measures over Text,
- Vector Space Model, Bag of words,
- transforming text to Numeric using Count Vectorizer
- Text Classification,
- Text Clustering,
- Topic Modelling,
- Model Deployment using NLP
- Word Embeddings, Sentiment Analysis
- Case Studies
- Project on NLP from Kaggle
Computer Vision
Image Processing using CV2
- Image Processing Basics and Computer Vision Library
- Images Operations using Numpy
- Edge detection
- Contour detection
- Feature Marching
- Face detection
DEEP LEARNING
Deep Learning using TensorFlow and Kera’s.
- Introduction to Deep Learning,
- Neurons, Perceptron, Multilayer Perceptron,
- Forward Propagation, Backward Propagation,
- Activation Functions,
- Gradient Descend Algorithm
- Artificial Neural Networks (ANN)
- Case Studies
- Convolution Neural Networks (CNN)
- Case Studies
- Recurrence Neural Networks (RNN)
- LSTM, GRU algorithms
- Case Studies
- Model Deployment using Deep Learning
- Deep Learning with Text
- Word Embedding
- Transformers
- Encoders and Decoders,
- Attention mechanism
- Hugging Face Pre-trained models
- Capstone project on ML/NLP/DL
GEN AI, RAG Vector Databases, AGENTIC AI
Generative AI & LLMs & LVMs
- Introduction to Gen AI and LLMs
- Architecture Overview
- Limitations and challenges
- Configuration Parameters for LLMs
LLMs:
- Open AI, Gemini, Llama, Mistral, QWEN…
- Working with text, Images, Video
- Creating own Chatbots
- Working wit databases (SQL function calling)
- evaluation metrics for LLMs (BLEU, ROUGE, perplexity)
Prompt Engineering:
- Prompt Engineering Introduction
- Prompt Engineering and Types
- Few-shots, Zero-shot, Chain-of-Thoughts, Instructional Prompting
- Role-Playing and Open-ended Prompting
Ollama :
- Ollama Overview – What is Ollama and Advantages
- Ollama Model Parameters
- Ollama CLI Commands -Pull and Testing a Model
- Pull in the LLaVA Multimodal Model and Caption an Image
- Summarization and Sentiment Analysis
- Different Ways to Interact with Ollama Models
- Interact with Llama3 in Python Using Ollama REST API
Vector Databases and RAG
- RAG Introduction
- RAG Key Components,
- Introduction to Vector Databases Overview
- Why Vector Databases, Vector Databases – Benefits and Advantages
- Traditional vs. Vector Databases – Limitations and challenges
- Building Vector Databases
- Chroma Database workflow
- Creating a Chroma DB and Adding Documents and Querying
- Looping Through the Results & Showing Similarity Search Results
- Chroma Vector Database – Persisting Data and Saving
- Creating OpenAI Embeddings – Raw without Chroma
- Using OpenAI Embedding API to Create Embedding in Chroma DB
- Vector Databases Metrics and Data Structures
- Vector Similarity Cosine Similarity
- Euclidean Distance – L2 Norm, Dot Product
- Generating Embeddings from Documents and Insert to Vector Database
- Conversation between Llama/Gemini with Notepad text, PDF, Web data.
Agentic AI Frameworks
- AI Agents, Agentic AI
- AI Agentic Design Patterns
LangChain:
- LangChain Fundamentals
- Main Components
- ChatModel,ChatPromptTemplates
- Indexes, Retrievers and Data Preparation
- LangChain TextLoaders
- Text Splitting and Cleaning
- Embeddings and Retriever with FAISS VectorStore
- TextSplitter, DirectoryLoader
- PDFLoader, Chains
- RAG System with Chat and LangChain Chains
- RAG System QA Bot Using LangChain
- Query Expansion with Multiple Queries – Overview
- Query Expansion Full RAG Workflow
- Re-Ranking & Cross-encoder and Bi-encoders – Overview
- Reranking Technique RAG System Workflow Architecture
LangGraph:
- LangGraph Overview, Key Concepts
- Core Concepts – Flow Diagram
- Data and State
- Bot – Streaming Values
- Adding Tools to our Basic LangGraph Agent
- Adding Memory to Our Agent State
- Adding Human-in-the-loop to the AI Agent
- Adding Nodes and Edges and Running our Agent
- Creating REAT agent using LangGraph
CrewAI
- What is CrewAI? Why multi-agent?
- Configure your LLM backend (OpenAI, Groq, or Ollama).
- Agents & Tools
- Learn how to define agents with:
- Role, goal, backstory
- Assign tools (e.g., calculator, web search, custom Python functions).
- Hands-on: Create two agents (e.g., Researcher + Writer).
- Tasks & Crews
- Learn orchestration models:
- Sequential (linear steps)
- Hierarchical (supervisor assigns tasks)
- Advanced Features
- Custom tools (e.g., Python functions, database queries).
- Human-in-the-Loop (review before final output).
- Implementing RAG CREW
Model Context Protocol:
- MCP overview & history
- Purpose: standardizing model ↔ tool communication
- MCP vs API vs Lang Chain/LLM tool calling
- MCP Architecture
- Build a simple MCP tool (e.g., math_calculator).
- Connect it to a LangChain agent (via custom tool).
- Test LLM → MCP tool call → response.
- Hands-On case studies
- Capstone project on Gen AI/ Agentic AI
N8N : Automation of Agents
- Automation of Gmail, Google Drive
- Chat with Telegram
- RAG application Automation
- Capstone project on Gen AI/ Agentic AI
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