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Course / Course Details

Data Science & Machine Learning Complete Course

  • Super admin image

    By - Super admin

  • 1 students
  • 40 Hours 20 Min
  • (0)

Course Requirements

  • Basic knowledge of mathematics (algebra & statistics)

  • Basic programming knowledge (Python or R preferred)

  • No prior Machine Learning experience required

  • Laptop/PC with internet connection

  • Willingness to practice and work on projects

Course Description

This comprehensive Machine Learning course in Python and R is designed to help you master core ML concepts and real-world applications. Learn from industry experts and build a strong foundation in supervised and unsupervised learning, Deep Learning, Reinforcement Learning, NLP, and Dimensionality Reduction.

Through practical exercises, real-world case studies, and downloadable code templates, you will gain hands-on experience in building, evaluating, and combining multiple ML models to make accurate predictions and deliver data-driven business solutions.

Suitable for beginners and professionals looking to advance their Machine Learning skills.

Course Outcomes

By the end of this course, learners will be able to:

  • Understand core Machine Learning concepts and algorithms

  • Build and implement ML models using Python and R

  • Perform data preprocessing, feature selection, and dimensionality reduction

  • Apply Supervised, Unsupervised, Deep Learning, NLP, and Reinforcement Learning techniques

  • Evaluate and optimize model performance

  • Combine multiple models to improve prediction accuracy

  • Solve real-world business problems using data-driven solutions

  • Develop a strong portfolio of practical ML projects

Course Curriculum

  • 32 chapters
  • 262 lectures
  • 0 quizzes
  • 40 Hours 20 Min total length
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1 Applications of Machine Learning
4 Min


2 Why Machine Learning is the Future
7 Min


3 Updates on Udemy Reviews
3 Min


4 Installing Python and Anaconda (Mac, Linux & Windows)
8 Min


5 Installing R and R Studio (Mac, Linux & Windows)
6 Min


1 False Positives & False Negatives
8 Min


2 Confusion Matrix
5 Min


3 Accuracy Paradox
3 Min


4 CAP Curve
12 Min


5 CAP Curve Analysis
7 Min


1 Random Forest Classification Intuition
5 Min


2 How to get the dataset
4 Min


3 Random Forest Classification in Python
20 Min


4 Random Forest Classification in R
20 Min


1 Decision Tree Classification Intuition
9 Min


2 How to get the dataset
4 Min


3 Decision Tree Classification in Python
13 Min


4 Decision Tree Classification in R
20 Min


1 Bayes Theorem
21 Min


2 Naive Bayes Intuition
15 Min


3 Naive Bayes Intuition (Challenge Reveal)
6 Min


4 Naive Bayes Intuition (Extras)
10 Min


5 How to get the dataset
4 Min


6 Naive Bayes in Python
10 Min


7 Naive Bayes in R
15 Min


1 Kernel SVM Intuition
4 Min


2 Mapping to a higher dimension
8 Min


3 The Kernel Trick
13 Min


4 Types of Kernel Functions
4 Min


5 How to get the dataset
4 Min


6 Kernel SVM in Python
18 Min


7 Kernel SVM in R
17 Min


1 SVM Intuition
10 Min


2 How to get the dataset
4 Min


3 SVM in Python
13 Min


4 SVM in R
13 Min


1 K-Nearest Neighbor Intuition
5 Min


2 How to get the dataset
4 Min


3 K-NN in Python
15 Min


4 K-NN in R
16 Min


1 Logistic Regression Intuition
18 Min


2 How to get the dataset
4 Min


3 Logistic Regression in Python - Step 1
6 Min


4 Logistic Regression in Python - Step 2
4 Min


5 Logistic Regression in Python - Step 3
3 Min


6 Logistic Regression in Python - Step 4
5 Min


7 Logistic Regression in Python - Step 5
20 Min


8 Python Classification Template
4 Min


9 Logistic Regression in R - Step 1
6 Min


10 Logistic Regression in R - Step 2
3 Min


11 Logistic Regression in R - Step 3
6 Min


12 Logistic Regression in R - Step 4
3 Min


13 Logistic Regression in R - Step 5
20 Min


14 R Classification Template
5 Min


1 R-Squared Intuition
6 Min


2 Adjusted R-Squared Intuition
10 Min


3 Evaluating Regression Models Performance - Homework's Final Part
9 Min


4 Interpreting Linear Regression Coefficients
10 Min


1 Random Forest Regression Intuition
7 Min


2 How to get the dataset
4 Min


3 Random Forest Regression in Python
17 Min


4 Random Forest Regression in R
18 Min


1 Decision Tree Regression Intuition
12 Min


2 How to get the dataset
4 Min


3 Decision Tree Regression in Python
15 Min


4 Decision Tree Regression in R
20 Min


1 How to get the dataset
4 Min


2 SVR Intuition
9 Min


3 SVR in Python
20 Min


4 SVR in R
12 Min


1 Polynomial Regression in R - Step 3
20 Min


2 Polynomial Regression in R - Step 4
10 Min


3 R Regression Template
12 Min


4 Polynomial Regression Intuition
5.1 Min


5 How to get the dataset
4 Min


6 Polynomial Regression in Python - Step 1
12 Min


7 Polynomial Regression in Python - Step 2
12 Min


8 Polynomial Regression in Python - Step 3
20 Min


9 Polynomial Regression in Python - Step 4
6 Min


10 Python Regression Template
11 Min


11 Polynomial Regression in R - Step 1
10 Min


12 Polynomial Regression in R - Step 2
10 Min


1 How to get the dataset
4 Min


2 Dataset + Business Problem Description
4 Min


3 Multiple Linear Regression Intuition - Step 1
2 Min


4 Multiple Linear Regression Intuition - Step 2
1 Min


5 Multiple Linear Regression Intuition - Step 3
8 Min


6 Multiple Linear Regression Intuition - Step 4
3 Min


7 Multiple Linear Regression Intuition - Step 5
16 Min


8 Multiple Linear Regression in Python - Step 1
16 Min


9 Multiple Linear Regression in Python - Step 2
3 Min


10 Multiple Linear Regression in Python - Step 3
6 Min


11 Multiple Linear Regression in Python - Backward Elimination - Preparation
10 Min


12 Multiple Linear Regression in Python - Backward Elimination - HOMEWORK !
13 Min


13 Multiple Linear Regression in Python - Backward Elimination - Homework Solution
10 Min


14 Multiple Linear Regression in R - Step 1
8 Min


15 Multiple Linear Regression in R - Step 2
11 Min


16 Multiple Linear Regression in R - Step 3
5 Min


17 Multiple Linear Regression in R - Backward Elimination - HOMEWORK !
5 Min


18 Multiple Linear Regression in R - Backward Elimination - Homework Solution
8 Min


1 How to get the dataset
4 Min


2 Dataset + Business Problem Description
3 Min


3 Simple Linear Regression Intuition - Step 1
6 Min


4 Simple Linear Regression Intuition - Step 2
4 Min


5 Simple Linear Regression in Python - Step 1
10 Min


6 Simple Linear Regression in Python - Step 2
9 Min


7 Simple Linear Regression in Python - Step 3
7 Min


8 Simple Linear Regression in Python - Step 4
15 Min


9 Simple Linear Regression in R - Step 1
5 Min


10 Simple Linear Regression in R - Step 2
6 Min


11 Simple Linear Regression in R - Step 3
4 Min


12 Simple Linear Regression in R - Step 4
16 Min


1 Welcome to Part 1 - Data Preprocessing
2 Min


2 Get the dataset
7 Min


3 Importing the Libraries
6 Min


4 Importing the Dataset
12 Min


5 Missing Data
16 Min


6 Categorical Data
18 Min


7 Splitting the Dataset into the Training set and Test set
18 Min


8 Feature Scaling
16 Min


9 And here is our Data Preprocessing Template!
9 Min


1 K-Means Clustering Intuition
15 Min


2 K-Means Random Initialization Trap
8 Min


3 K-Means Selecting The Number Of Clusters
12 Min


4 How to get the dataset
4 Min


5 K-Means Clustering in Python
18 Min


6 K-Means Clustering in R
12 Min


1 Hierarchical Clustering Intuition
9 Min


2 Hierarchical Clustering How Dendrograms Work
9 Min


3 Hierarchical Clustering Using Dendrograms
12 Min


4 How to get the dataset
4 Min


5 HC in Python - Step 1
5 Min


6 HC in Python - Step 2
7 Min


7 HC in Python - Step 3
6 Min


8 HC in Python - Step 4
5 Min


9 HC in Python - Step 5
5 Min


10 HC in R - Step 1
4 Min


11 HC in R - Step 2
6 Min


12 HC in R - Step 3
4 Min


13 HC in R - Step 4
3 Min


14 HC in R - Step 5
3 Min


1 Apriori Intuition
19 Min


2 How to get the dataset
4 Min


3 Apriori in R - Step 1
20 Min


4 Apriori in R - Step 2
15 Min


5 Apriori in R - Step 3
20 Min


6 Apriori in Python - Step 1
18 Min


7 Apriori in Python - Step 2
15 Min


8 Apriori in Python - Step 3
12 Min


1 Eclat Intuition
6 Min


2 How to get the dataset
4 Min


3 Eclat in R
11 Min


1 1. The Multi-Armed Bandit Problem
16 Min


2 Upper Confidence Bound (UCB) Intuition
15 Min


3 How to get the dataset
4 Min


4 Upper Confidence Bound in Python - Step 1
15 Min


5 Upper Confidence Bound in Python - Step 2
19 Min


6 Upper Confidence Bound in Python - Step 3
19 Min


7 Upper Confidence Bound in Python - Step 4
4 Min


8 Upper Confidence Bound in R - Step 1
14 Min


9 Upper Confidence Bound in R - Step 2
16 Min


10 Upper Confidence Bound in R - Step 3
18 Min


11 Upper Confidence Bound in R - Step 4
14 Min


1 Thompson Sampling Intuition
20 Min


2 Algorithm Comparison UCB vs Thompson Sampling
9 Min


3 How to get the dataset
4 Min


4 Thompson Sampling in Python - Step 1
20 Min


5 Thompson Sampling in Python - Step 2
4 Min


6 Thompson Sampling in R - Step 1
20 Min


7 Thompson Sampling in R - Step 2
4 Min


1 Natural Language Processing Intuition
6 Min


2 How to get the dataset
4 Min


3 Natural Language Processing in Python - Step 1
13 Min


4 Natural Language Processing in Python - Step 2
11 Min


5 Natural Language Processing in Python - Step 3
2 Min


6 Natural Language Processing in Python - Step 1
13 Min


7 Natural Language Processing in Python - Step 5
8 Min


8 Natural Language Processing in Python - Step 6
4 Min


9 Natural Language Processing in Python - Step 7
8 Min


10 Natural Language Processing in Python - Step 8
17 Min


11 Natural Language Processing in Python - Step 9
6 Min


12 Natural Language Processing in Python - Step 10
10 Min


13 Natural Language Processing in R - Step 1
16 Min


14 15. Natural Language Processing in R - Step 2
9 Min


15 Natural Language Processing in R - Step 3
7 Min


16 Natural Language Processing in R - Step 4
3 Min


17 Natural Language Processing in R - Step 5
3 Min


18 Natural Language Processing in R - Step 6
6 Min


19 Natural Language Processing in R - Step 7
4 Min


20 Natural Language Processing in R - Step 8
6 Min


21 Natural Language Processing in R - Step 9
13 Min


22 Natural Language Processing in R - Step 10
18 Min


1 What is Deep Learning
13 Min


1 Plan of attack
3 Min


2 The Neuron
17 Min


3 The Activation Function
9 Min


4 How do Neural Networks work
13 Min


5 How do Neural Networks learn
13 Min


6 Gradient Descent
11 Min


7 Stochastic Gradient Descent
9 Min


8 Backpropagation
6 Min


9 How to get the dataset
4 Min


10 Business Problem Description
5 Min


11 ANN in Python - Step 1
13 Min


12 ANN in Python - Step 2
19 Min


13 ANN in Python - Step 3
4 Min


14 ANN in Python - Step 4
3 Min


15 ANN in Python - Step 5
13 Min


16 ANN in Python - Step 6
6 Min


17 ANN in Python - Step 7
4 Min


18 ANN in Python - Step 8
7 Min


19 ANN in Python - Step 9
7 Min


20 ANN in Python - Step 10
7 Min


21 ANN in R - Step 1
18 Min


22 ANN in R - Step 2
7 Min


23 ANN in R - Step 3
13 Min


24 ANN in R - Step 4
15 Min


1 Plan of attack
4 Min


2 What are convolutional neural networks
16 Min


3 Step 1 - Convolution Operation
17 Min


4 Step 1(b) - ReLU Layer
7 Min


5 Step 2 - Pooling
15 Min


6 Step 3 - Flattening
2 Min


7 Step 4 - Full Connection
20 Min


8 Summary.mp4
5 Min


9 Softmax & Cross-Entropy.mp4
19 Min


10 How to get the dataset.mp4
4 Min


11 CNN in Python - Step 1.mp4
13 Min


12 CNN in Python - Step 2.mp4
3 Min


13 CNN in Python - Step 3.mp4
2 Min


14 CNN in Python - Step 4.mp4
13 Min


15 CNN in Python - Step 5
5 Min


16 CNN in Python - Step 6.mp4
5 Min


17 CNN in Python - Step 7.mp4
6 Min


18 CNN in Python - Step 8.mp4
3 Min


19 19. CNN in Python - Step 9.mp4
20 Min


20 CNN in Python - Step 10.mp4
9 Min


1 Principal Component Analysis (PCA) Intuition
4 Min


2 How to get the dataset
4 Min


3 PCA in Python - Step 1
12 Min


4 PCA in Python - Step 2
9 Min


5 PCA in Python - Step 3
10 Min


6 PCA in R - Step 1
13 Min


7 PCA in R - Step 2
12 Min


8 PCA in R - Step 3
14 Min


1 Linear Discriminant Analysis (LDA) Intuition
4 Min


2 How to get the dataset.mp4
4 Min


3 LDA in Python.p4
19 Min


1 How to get the dataset
4 Min


2 Kernel PCA in Python
15 Min


3 Kernel PCA in R
21 Min


1 How to get the dataset
4 Min


2 k-Fold Cross Validation in Python
14 Min


3 k-Fold Cross Validation in R
20 Min


4 Grid Search in Python - Step 1
16 Min


5 Grid Search in Python - Step 2
11 Min


6 Grid search in R.mp4
14 Min


1 How to get the dataset
4 Min


2 XGBoost in Python - Step 1
10 Min


3 XGBoost in Python - Step 2
13 Min


4 XGBoost in R
19 Min


5 THANK YOU bonus video
3 Min


Instructor

Super admin

As the Super Admin of our platform, I bring over a decade of experience in managing and leading digital transformation initiatives. My journey began in the tech industry as a developer, and I have since evolved into a strategic leader with a focus on innovation and operational excellence. I am passionate about leveraging technology to solve complex problems and drive organizational growth. Outside of work, I enjoy mentoring aspiring tech professionals and staying updated with the latest industry trends.

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