Machine Learning

Quality, not quantity

In this 4-week program, we focus on the comprehensive implementation of machine learning algorithms. Participants can choose any two algorithms they wish to master, and the training will concentrate on those selections. The program covers all critical stages, including data extraction, feature engineering, feature preprocessing, feature selection, model training, and model evaluation. By the end of the course, you will have hands-on experience and a deep understanding of the chosen algorithms, equipping you with the practical skills needed to excel in the field of machine learning.

Content

Basic Knowledge of ML required
End- to- end ML model implementation in 4 weeks (2.5 Hours Each)
Week 1: Introduction to Machine Learning
  • Overview of Machine Learning and Program Structure

  • Introduction to ML concepts and workflow

  • Overview of selected algorithms

  • Data Extraction Techniques

  • Understanding data sources and formats

  • Hands-on practice with data extraction tools (e.g., SQL, web scraping)

  • Case studies and practical exercises

Week 2: Feature Engineering and Preprocessing
  • Feature Engineering

  • Creating new features from raw data

  • Handling missing values and outliers

  • Practical exercises on feature creation

  • Feature Preprocessing

  • Normalization and standardization techniques

  • Encoding categorical variables

  • Practical exercises on data preprocessing

Week 3: Feature Selection and Model Training
  • Feature Selection Methods

  • Introduction to feature selection techniques

  • Implementing and evaluating feature selection methods

  • Practical exercises on selecting optimal features

  • Model Training

  • Training the selected algorithms with prepared data

  • Understanding hyperparameters and tuning

  • Hands-on practice with model training

Week 4: Model Evaluation and Final Project
  • Model Evaluation Techniques

  • Evaluating model performance using various metrics

  • Cross-validation and model validation methods

  • Practical exercises on model evaluation

  • Final Project and Presentation

  • End-to-end implementation of chosen algorithms

  • Preparing a report and presentation of results

  • Feedback and Q&A session

Miscellaneous: Doubts session