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01 //Training course

Data Science (AI/ML)

Track
Data & Analytics
Duration
75 Days

02 //Why this course

Why this course.

Data Science (AI/ML) is proposed as a 75-day, project-led program that develops the learner's ability to work with data from collection and cleaning through exploratory analysis, statistical reasoning, machine learning, model evaluation and practical AI workflows.

The recommended stack centers on Python, NumPy, pandas, SQL, visualization, statistics, scikit-learn and a selected deep-learning framework such as PyTorch. The program should also introduce responsible AI, model interpretability, reproducibility and deployment concepts so learners understand the lifecycle beyond simply training a model.

The course should be positioned as a connected data-to-model journey: collect → clean → explore → understand → model → evaluate → explain → deploy → communicate. Every phase should produce a practical artifact that contributes toward a final capstone.

03 //Curriculum

Course phases.

04 //Technology stack

The tools you'll work with.

  1. Language

    Programming and ML workflows

    • Python

  2. Data arrays

    Numerical computing

    • NumPy

  3. Data analysis

    Data manipulation and preparation

    • pandas

  4. Database

    Structured data querying

    • SQL + PostgreSQL/MySQL

  5. Visualization

    Exploration and communication

    • Matplotlib + Seaborn or approved equivalent

  6. Classical ML

    Modeling, preprocessing and evaluation

    • scikit-learn

  7. Deep learning

    Neural-network development

    • PyTorch or approved equivalent

  8. Notebook workflow

    Exploration and experimentation

    • Jupyter

  9. Version control

    Reproducibility and portfolio

    • Git + GitHub

  10. Deployment

    Model inference API

    • FastAPI/Flask or approved serving layer

  11. Containers

    Portable deployment

    • Docker

  12. Experiment/MLOps

    Experiment/model tracking concepts

    • MLflow or approved equivalent

05 //Projects and practice

Learning by doing.

  1. 01

    Data Cleaning Toolkit

    Python, files, functions, reusable code

  2. 02

    Sales/Customer Analysis

    pandas, NumPy, cleaning, transformation

  3. 03

    Business Intelligence Dataset

    SQL queries, joins, aggregation

  4. 04

    A/B or Customer Behavior Analysis

    Probability, sampling, hypothesis concepts

  5. 05

    Executive Analytics Report

    Visualization, storytelling, insights

  6. 06

    Churn/Price/Risk Prediction

    Feature engineering, supervised learning

  7. 07

    Customer Segmentation

    Clustering, dimensionality reduction

  8. 08

    Image/Text Classifier

    Neural networks, training and evaluation

  9. 09

    Applied AI Prototype

    Embeddings/LLM or applied AI workflow

  10. 10

    Model Inference API

    Serving, Docker, API integration

  11. 11

    End-to-End Data Science/AI System

    Data → model → evaluation → application → presentation

06 //Capstone

Capstone options.

  • 01

    Customer Churn Prediction System

    Data pipeline, EDA, feature engineering, classification model, evaluation dashboard and prediction API.

  • 02

    Demand Forecasting Platform

    Historical data preparation, time-series concepts, forecasting model, evaluation and visualization.

  • 03

    Fraud/Risk Detection System

    Imbalanced classification, feature engineering, precision/recall analysis and inference API.

  • 04

    Recommendation Prototype

    User/item data, similarity or ranking approach, evaluation and application interface.

  • 05

    AI Document Intelligence Prototype

    Document ingestion, text extraction, embeddings/LLM workflow, evaluation and user-facing interface.

07 //Assessment

How progress is checked.

  • Daily Python/data exercises.
  • Weekly dataset and analysis assignments.
  • SQL and statistics checkpoints.
  • EDA report assessment.
  • Machine-learning model-building assignments.
  • Model evaluation and error-analysis reviews.
  • Deep-learning mini-project.
  • Applied AI prototype assessment.
  • Deployment/MLOps checkpoint.
  • Final capstone architecture, model, evaluation, documentation and presentation review.

08 //Learning journey

From foundation to capability.

How learning builds through a course. It describes the approach, not a promised outcome.

Foundation to capability

How learning builds

  1. Stage 01

    Foundation

    The core concepts, vocabulary and tools the rest of the course builds on.

  2. Stage 02

    Practice

    Guided exercises that turn concepts into working skills.

  3. Stage 03

    Application

    Applying those skills to realistic problems and project work.

  4. Stage 04

    Capability

    Using what you've learned with growing independence and judgement.

09 //Questions

Frequently asked questions.

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