Machine Learning Zero-Hero

Become a " Machine Learning Zero-Hero" Specialist. In this learning path, you will learn " Python, Statistics, Mathematics for ML, Machine Learning".

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Real-world Projects

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Live Mentor Workshops

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Verifiable Certificate

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Quiz & Mock Tests

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Assured Internship

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Machine Learning Zero-Hero

Become a " Machine Learning Zero-Hero" Specialist. In this learning path, you will learn " Python, Statistics, Mathematics for ML, Machine Learning".

Includes:
  • Verifiable certificate
  • Quiz & mock tests
  • Live mentor workshops
  • 2 devices access*
Course Description

Welcome to " Machine Learning Zero-Hero"

In this course you will be learning “Python, Statistics, Mathematics for ML, Machine Learning”. We'll take you step-by-step through engaging video tutorials and teach you everything you need to know to succeed in the industry. This course has a tremendous amount of content and resources so that you can learn everything you need to know - whatever is appropriate for your ability level. You will be able to learn at your own pace. You will always be able to come back to the content to review it or learn additional concepts when you are ready for them. You will get great value from this course and, more importantly, you will have a great time learning.

Happy Learning

What you will learn?
  • Python Basics
  • Python Data Structure
  • Python Functions
  • Exploring Data
  • Relationship Between Variables
  • Hypothesis testing
  • Basic of Matplotlib
  • Plots in Matplotlib
  • Advanced Excel
  • Basic Data Manipulation
  • Handling Numerical Data
  • Handling Categorical Data
  • Handling Dates and Times
  • Dimensionality Reduction Techniques
  • Supervised Learning Algorithms
  • Unsupervised Learning Algorithms
  • Evaluation Metrics
  • Hyperparameter Optimization Techniques
Requirements
  • No Prerequisites Required
Course Curriculum
  • Module - 1: Python Zero-1
    Go Zero-One by learning the much-needed fundamentals of “Python". In this course, you will learn " Python Basics, Python Data Structure, Python Functions"
    Section 1: Python Basics
    6 Lessons
    • Introduction and Setup
    • Variables and Expressions
    • Input and Output
    • Conditional Statements
    • Iterations and Loops
    • Strings and String Formatting
    • Lists, Indexing and Slicing
    • Tuple
    • Dictionaries
    • Functions
    • Lambda functions and mapping
    • args and kwargs
  • Module - 2: Statistics Fundamentals
    Go Zero-One by learning the much-needed fundamentals of " Statistics". In this course, you will learn " Exploring Data, Relationship Between Variables, Hypothesis testing"
    Section 1: Exploring Data
    6 Lessons
    • Histogram
    • Statistical Distribution
    • Normal Distribution
    • Population Parameters
    • Mean,Variance And Standard Deviation
    • P-Value And How To Calculate Them
    • Covariance
    • Correlation
    • Pearson's Correlation
    • Spearman's Rank Correlation
    • Statistical Power
    • Hypothetical Testing
    • Chi Squared Test
    • Testing Correlation
    • Testing Proportion
    • Testing Difference in Means
    • Linear Least Square
  • Module - 3: Mathematics For Machine Learning
    Go Zero-One by learning the much-needed fundamentals of “Mathematics for Machine Learning". In this course, you will learn " Linear Algebra, Vector Calculus, Probability".
    Section 1: Introduction To Linear Algebra
    4 Lessons
    • Basics of Vector
    • Matrix
    • Operation in Matrices
    • Quiz
    • Vector Space
    • System of Linear Equation
    • Eigen Value and Eigen Vector
    • Calculate Eigen Vector
    • Singular Value Decomposition
    • What is PCA
    • Covariance Matrix
    • Step by Step PCA
    • Basics Of Differentiation And Integration
    • Differentiation Of Univariate Function
    • Partial Differentiation And Gradient
    • Gradient of Vector Value Function
    • Gradient of Matrices
    • Jacobian
    • Calculating Jacobian
    • Multivariate Taylor Series
    • Discrete And Continuous Probability
    • Binomial Distribution
    • Poisson Distribution
    • Quiz
  • Module - 4: Machine Learning
    Go Zero-One by learning the much-needed fundamentals of “Machine Learning". In this course, you will learn " Dimensionality Reduction Techniques, Supervised Learning Algorithms, Unsupervised Learning Algorithms, Model Evaluation Metrics".
    Section 1: Basic Data Manipulation
    12 Lessons
    • Lets start with Creating DataFrame
    • Describing the Data
    • Navigating the Dataframe
    • Selecting Rows Based On Conditionals
    • Replacing Values
    • Renaming Columns
    • Finding the Minimum,Maximum,Sum,Average.Count,Kurtosis and Skewness
    • Finding Unique Values
    • Deleting Columns And Rows
    • Looping And Applying Function Over a Column
    • Concatenating or Merging Data Frames
    • Grouping Rows By Values
    • Basic Numerical Feature Processing
    • Binning Features
    • Detecting and Handling Outliers
    • Scaling Feature and Handling Missing Values
    • Converting String To Dates
    • Date Based Features
    • Time Based Feature
    • Categorical Encoding and Its Need
    • Encoding Categorical Features
    • Frequency Encoding
    • Linear Principal Component Analysis
    • Kernel Principal Component Analysis
    • Thresholding Numerical Feature Variance
    • Handeling Highly Correlated Features
    • Automatic Feature Selection
  • Module - 5: Supervised Learning Algorithms
    Go Zero-One by learning the much-needed fundamentals of “Supervised Learning Algorithms". In this course, you will learn " Basics of Supervised Learning, k-Nearest Neighbors, Linear Model, Decision Tree, and Random Forest ".
    Section 1: Basics of Supervised Learning
    3 Lessons
    • What is classification and Regression.
    • Bais Vs. Variance
    • What is Generalization, Overfitting And Underfitting
    • K-Nearest Neighbor Classifier
    • K-Nearest Neighbor Regression
    • Strength, Weakness And Parameters.
    • Ordinary Least Square
    • Regularization
    • Ridge and Lasso Regression
    • Logistic Regression and LinearSVC
    • Logistic Regression and LinearSVC
    • Decision Tree
    • Kernel Trick
  • Module - 6: Unsupervised Learning Algorithms
    Go Zero-One by learning the much-needed fundamentals of “Unsupervised Learning Algorithms". In this course, you will learn " Basics Of Unsupervised Learning, Dimensionality Reduction, Clustering".
    Section 1: Basics Of Unsupervised Learning
    2 Lessons
    • Types Of Unsupervised Learning
    • Challenges in Unsupervised Learning
    • Eigenfaces for Feature Extraction using PCA
    • Non-Negative Matrix Factorization and its Application
    • t-SNE And Manifold Learning with t-SNE
    • K-Means Clustering
    • Failure Of K-Means Clustering
    • K-Means Clustering Using Mean Shift
    • K-Means Clustering Using Mean Shift
    • Hierarvhicalor Agglomerative Clustering using Dendrogram
  • Module - 7: Model Evaluation Metrics
    Go Zero-One by learning the much-needed fundamentals of “Model Evaluation Metrics". In this course, you will learn " Classification Metrics and Regression Metrics".
    Section 1: Classification Metrics
    2 Lessons
    • Confusion Matrix
    • AUC-ROC
    • Mean Absolute Error
    • Root Mean Squared Error
  • Module - 8: Hyperparameter Optimization Techniques
    Go Zero-One by learning the much-needed fundamentals of “Hyperparameter Optimization Techniques". In this course, you will learn " K-Fold Cross-Validation, Selecting Best Model using Exhaustive Search".
    Section 1: Hyperparameter Optimization Techniques
    5 Lessons
    • K-Fold Cross Validation
    • Selecting Best Model Using Exhaustive Search
    • Selecting Best Model Using Randomized Search
    • Selecting Best Model From Multiple Learning Algorithms
    • Selecting Best Model When Preprocessing
  • Certificate
    Once you've successfully completed the course, You will receive the certificate

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