Syllabus

  • Applications of machine learning
  • Supervised learning and Unsupervised learning
  • Machine learning approach for real life use cases
  • Data cleaning
  • Missing value techniques
  • Outlier detection
  • Various visualization techniques
  • Variable transformation
  • One hot encoding
  • Variable scaling
  • Correlation, multicollinearity, VIF
  • Principal component analysis
  • Wrapper method
  • Random forest variable selection criteria
  • Filter method
  • Ordinary Least square methods
  • Multiple Linear regression
  • advanced regression techniques
  • R^2 value and Adjusted R^2 value
  • RMSE, Confusion Matrix
  • Accuracy and Misclassification error
  • Sensitivity and Specificity
  • Precision and Recall, F1-score
  • ROC-AUC curve, Cohen's kappa
  • Weights of evidence, Lift and Gain
  • Overfitting
  • Bias-variance tradeoff
  • Imbalanced Dataset problem
  • L1 and l2 regularization
  • Logistic Regression:

    Concepts of MLE, Drawback of Linear Regression fails, Sigmoid function, log odds ratio, Cost Function, real-life case study with python

  • k-Nearest Neighbors and Naive Bayes:

    KNN detailed algorithm, bayes theorem

  • Decision Tree and Random Forest:

    Construction of tree, terminologies, gini index, information gain, optimising performance, variable importance

  • SVM:

    Rewind of basic calculus, LaGrange’s Theorem, SVM hyperplane, Hinge loss

  • Bagging & Boosting
  • Clustering and its types:

    Hierarchical Clustering, K-means Clustering, Density Based Clustering

Key Features

End to end 8 case studies
Build your portfolio
Mock interview
Q & A Session
Assignments
Certification and Job assistance

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