Machine Learning & Data Science Bootcamp

Description: This is a best-selling Machine Learning and Data Science course that was been updated with the most recent trends and abilities for 2023. Develop your skills as a full Data Scientist and Machine Learning engineer. Join a live online community of over 900,000 engineers and a course taught by industry specialists. Who have worked […]

2,226 students enrolled

Description:

This is a best-selling Machine Learning and Data Science course that was been updated with the most recent trends and abilities for 2023. Develop your skills as a full Data Scientist and Machine Learning engineer. Join a live online community of over 900,000 engineers and a course taught by industry specialists. Who have worked for Fortune 500 firms in Silicon Valley and Toronto. Graduates of Andrei’s classes currently work at Google, Tesla, Amazon, Apple, IBM, JP Morgan, Meta, and other leading technology firms. You will progress from inexperience to mastery!

Who should take Machine Learning & Data Science course:

  • Anyone with no experience (or beginner/junior) who wants to study Machine Learning, Data Science, and Python is welcome to apply.
  • You are a programmer who want to broaden your knowledge of Data Science and Machine Learning in order to increase your value.
  • Anyone interested in learning about these issues from industry specialists who have not only taught but also worked in the field.
  • You’re seeking for a single course that will teach you about Machine Learning and Data Science while also getting you up to speed with the industry.
  • You want to study the foundations and genuinely comprehend the topics rather than just watching someone write on your computer for hours and not “getting it.”
  • You’d want to learn how to use Deep Learning and Neural Networks to your projects.
  • You want to offer value to your own firm or the organization for which you work by utilizing strong Machine Learning techniques.
 This course is all about efficiency: never waste time on confusing, out-of-date, or incomplete Machine Learning lessons again. We are convinced that this is the most thorough and up-to-date education on the subject available anywhere (bold statement, we know).

 

What Machine Learning Course will teach you:

This thorough and project-based course will teach you to all of the contemporary Data Scientist abilities, and we will construct numerous real-world projects to add to your portfolio along the way. You will have immediate access to all of the code, workbooks, and templates (Jupyter Notebooks) on Github, allowing you to add them to your portfolio! We feel that this course addresses the most significant barrier to entry into the Data Science and Machine Learning fields: having all of the essential materials in one location and learning the current trends and on-the-job abilities that companies need.

The course has two tracks. If you already know how to programme, you may move forward to the section where we teach you Python from the ground up. If you are absolutely new, we will start from scratch and teach you Python and how to utilise it in the real world for our projects. Don’t worry, once we’ve covered the fundamentals like Machine Learning 101 and Python, we’ll move on to more advanced topics like Neural Networks, Deep Learning, and Transfer Learning so you can get real-world practise (we show you fully fledged Data Science and Machine Learning projects and provide programming resources and cheatsheets)!

Machine Learning course covers the following topics:

  • Exploration and visualization of data
  • Deep Learning and Neural Networks
  • Analysis and evaluation of models
  • Python version 3
  • Tensorflow
  • Numpy
  • Scikit-Learn
  • Projects and Workflows in Data Science and Machine Learning
  • Python Data Visualization Using MatPlotLib and Seaborn
  • Learning Transfer
  • Recognition and categorization of images
  • Cross validation and training/testing
  • Classification, Regression, and Time Series Supervised Learning
  • Random Forests and Decision Trees
  • Collective Learning
  • Tuning Hyperparameters
  • Using Pandas Data Frames to tackle difficult problems
  • To work with CSV files, use Pandas
  • TensorFlow 2.0 with Keras Deep Learning / Neural Networks
  • Entering Machine Learning tournaments with Kaggle
  • How to Present Your Findings to Your Boss
  • Cleaning and preparing your data for analysis
  • Nearest Neighbors K
  • Support Vector Machines (SVMs)
  • Analysis of regression (Linear Regression/Polynomial Regression)
  • How to Use Hadoop, Apache Spark, Kafka, and Apache Flink
  • Conda, MiniConda, and Jupyter Notebooks are used to set up your environment.
  • Utilizing GPUs in Google Colab

By the end of this course

 you will be a fully-fledged Data Scientist capable of being employed by huge corporations. Everything we learn in the course will be used to professional real-world applications such as Heart Disease Detection, Bulldozer Price Prediction, Dog Breed Image Classifier, and many more. By the conclusion, you will have a collection of projects that you may show off to others.

Click “Enroll Now” to join others in our community in advancing their careers as Data Scientists and Machine Learning. We promise that this is superior to any bootcamp or online course available on the subject. See you inside the classroom!

Introduction

1
Course Outline
6:00
2
Your First Day
3:49

Machine Learning 101

1
What Is Machine Learning
6:53
2
AIMachine LearningData Science
4:52
3
Exercise Machine Learning Playground
6:17
4
How Did We Get Here
6:04
5
Exercise YouTube Recommendation Engine
4:25
6
Types of Machine Learning
4:42
7
What Is Machine Learning Round 2
4:44
8
Section Review
1:49

Machine Learning and Data Science Framework

1
Section Overview
3:09
2
Introducing Our Framework
2:39
3
6 Step Machine Learning Framework
6:00
4
Types of Machine Learning Problems
10:23
5
Types of Data
4:51
6
Types of Evaluation
3:32
7
Features In Data
5:23
8
Modelling Splitting Data
5:59
9
Modelling Picking the Model
4:36
10
Modelling Tuning
3:18
11
Modelling Comparison
9:33
12
Experimentation
3:36
13
Tools We Will Use
4:01

The 2 Paths

1
The 2 Paths
3:28

Data Science Environment Setup

1
Section Overview
1:10
2
Introducing Our Tools
3:29
3
What is Conda
2:25
4
Conda Environments
4:30
5
Mac Environment Setup
17:27
6
Windows Environment Setup
5:18
7
Windows Environment Setup 2
23:18
8
Jupyter Notebook Walkthrough 1
10:21
9
Jupyter Notebook Walkthrough 2
16:17
10
Jupyter Notebook Walkthrough 3
8:11

Pandas Data Analysis

1
Section Overview
2:28
2
Pandas Introduction
4:30
3
Series Data Frames and CSVs
13:22
4
Describing Data with Pandas
9:48
5
Selecting and Viewing Data with Pandas
11:08
6
Selecting and Viewing Data with Pandas Part 2
13:07
7
Manipulating Data
13:57
8
Manipulating Data 2
9:57
9
Manipulating Data 3
10:13
10
How To Download The Course Assignments
7:54

NumPy

1
NumPy Introduction
5:18
2
NumPy DataTypes and Attributes
14:06
3
Creating NumPy Arrays
9:23
4
NumPy Random Seed
7:17
5
Viewing Arrays and Matrices
9:36
6
Manipulating Arrays
11:31
7
Manipulating Arrays 2
9:45
8
Standard Deviation and Variance
7:10
9
Reshape and Transpose
7:27
10
Dot Product vs Element Wise
11:46
11
Exercise Nut Butter Store Sales
13:05
12
Comparison Operators
3:34
13
Sorting Arrays
6:20
14
Turn Images Into NumPy Arrays
7:38

Matplotlib Plotting and Data Visualization

1
Section Overview
1:57
2
Matplotlib Introduction
5:16
3
Importing And Using Matplotlib
11:36
4
Anatomy Of A Matplotlib Figure
9:20
5
Scatter Plot And Bar Plot
10:10
6
Histograms And Subplots
8:41
7
Subplots Option 2
4:15
8
Quick Tip Data Visualizations
1:48
9
Plotting From Pandas DataFrames
5:59
10
Plotting From Pandas DataFrames 2
11
Plotting from Pandas DataFrames 3
8:33
12
Plotting from Pandas DataFrames 4
13
Plotting from Pandas DataFrames 5
8:28
14
Plotting from Pandas DataFrames 6
8:29
15
Plotting from Pandas DataFrames 7
11:21
16
Customizing Your Plots
10:10
17
Customizing Your Plots 2
9:41
18
Saving And Sharing Your Plots
9:41

Scikit learn Creating Machine Learning Models

1
Section Overview
2:30
2
Scikit learn Introduction
6:42
3
Refresher What Is Machine Learning
5:40
4
Scikit learn Cheatsheet
6:13
5
Typical scikit learn Workflow
23:15
6
Optional Debugging Warnings In Jupyter
18:58
7
Getting Your Data Ready Splitting Your Data
8:38
8
Quick Tip Clean Transform Reduce
5:04
9
Getting Your Data Ready Convert Data To Numbers
16:55
10
Getting Your Data Ready Handling Missing Values With Pandas
12:23
11
Getting Your Data Ready Handling Missing Values With Scikit learn
17:30
12
Choosing The Right Model For Your Data
14:55
13
Choosing The Right Model For Your Data 2 (Regression)
8:42
14
Quick Tip How ML Algorithms Work
1:26
15
Choosing The Right Model For Your Data 3 (Classification)
12:45
16
Fitting A Model To The Data
6:46
17
Making Predictions With Our Model
8:25
18
predict vs predict proba
8:33
19
Making Predictions With Our Model (Regression)
6:50
20
Evaluating A Machine Learning Model (Score)
8:58
21
Evaluating A Machine Learning Model 2 (Cross Validation)
13:16
22
Evaluating A Classification Model 1 (Accuracy)
4:47
23
Evaluating A Classification Model 2 (ROC Curve)
9:04
24
Evaluating A Classification Model 4 (Confusion Matrix)
11:02
25
Evaluating A Classification Model 5 (Confusion Matrix)
8:08
26
Evaluating A Classification Model 6 (Classification Report)
10:17
27
Evaluating A Regression Model 1 (R2 Score)
9:13
28
Evaluating A Regression Model 2 (MAE)
4:18
29
Evaluating A Regression Model 3 (MSE)
6:35
30
Evaluating A Model With Cross Validation and Scoring Parameter
14:05
31
Evaluating A Model With Scikit learn Functions
12:15
32
Improving A Machine Learning Model
11:17
33
Tuning Hyperparameters
23:16
34
Tuning Hyperparameters 2
14:24
35
Tuning Hyperparameters 3
https://www.youtube.com/embed/mX-SxfNtmnw
36
Quick Tip Correlation Analysis
2:29
37
Saving And Loading A Model 2
6:21
38
Putting It All Together
20:20
39
Putting It All Together 2
11:35

Milestone Project 1 Supervised Learning (Classification)

1
Section Overview
2:10
2
Project Overview
6:10
3
Project Environment Setup
10:59
4
Optional Windows Project Environment Setup
4:53
5
Step 1 4 Framework Setup
12:07
6
Getting Our Tools Ready
9:05
7
Exploring Our Data
8:34
8
Finding Patterns
10:03
9
Finding Patterns 2
16:48
10
Preparing Our Data For Machine Learning
8:52
11
Choosing The Right Models
10:15
12
Experimenting With Machine Learning Models
6:32
13
TuningImproving Our Model
13:50
14
Tuning Hyperparameters
11:28
15
Tuning Hyperparameters 2
11:50
16
Tuning Hyperparameters 3
7:07
17
Evaluating Our Model
11:00
18
Evaluating Our Model 2
5:55
19
Evaluating Our Model 3
8:50
20
Finding The Most Important Features
16:08
21
Reviewing The Project
9:13

Milestone Project 2 Supervised Learning (Time Series Data)

1
Section Overview
1:08
2
Project Overview
4:25
3
Project Environment Setup
10:53
4
Step 1 4 Framework Setup
8:37
5
Exploring Our Data
14:17
6
Exploring Our Data 2
6:17
7
Feature Engineering
15:25
8
Turning Data Into Numbers
15:39
9
Filling Missing Numerical Values
12:50
10
Filling Missing Categorical Values
8:27
11
Fitting A Machine Learning Model
7:17
12
Splitting Data
10:01
13
Custom Evaluation Function
11:14
14
Reducing Data
10:37
15
Randomized Search CV
9:33
16
Improving Hyperparameters
8:11
17
Preproccessing Our Data
13:16
18
Making Predictions
9:17
19
Feature Importance
13:51

Data Engineering

1
Data Engineering Introduction
3:24
2
What Is Data
6:43
3
What Is A Data Engineer
4:21
4
What Is A Data Engineer 2
5:36
5
What Is A Data Engineer 3
5:04
6
What Is A Data Engineer 4
3:23
7
Types Of Databases
6:51
8
Optional OLTP Databases
10:55
9
Hadoop HDFS and MapReduce
4:23
10
Apache Spark and Apache Flink
2:08
11
Kafka and Stream Processing
4:34

Neural Networks Deep Learning Transfer Learning and Tensor Flow 2

1
Section Overview
2
Deep Learning and Unstructured Data
3
Setting Up Google Colab
4
Google Colab Workspace
5
Uploading Project Data
6
Setting Up Our Data
7
Setting Up Our Data 2
8
Importing TensorFlow 2
9
Optional TensorFlow 2.0 Default Issue
10
Using A GPU
11
Optional GPU and Google Colab
12
Optional Reloading Colab Notebook
13
Loading Our Data Labels
14
Preparing The Images
15
Turning Data Labels Into Numbers
16
Creating Our Own Validation Set
17
Preprocess Images
18
Preprocess Images 2
19
Turning Data Into Batches
20
Turning Data Into Batches 2
21
Visualizing Our Data
22
Preparing Our Inputs and Outputs
23
Building A Deep Learning Model
24
Building A Deep Learning Model 2
25
Building A Deep Learning Model 3
26
Building A Deep Learning Model 4
27
Summarizing Our Model
28
Evaluating Our Model
29
Preventing Overfitting
30
Training Your Deep Neural Network
31
Evaluating Performance With TensorBoard
32
Make And Transform Predictions
33
Transform Predictions To Text
34
Visualizing Model Predictions
35
Visualizing And Evaluate Model Predictions 2
36
Visualizing And Evaluate Model Predictions 3
37
Saving And Loading A Trained Model
38
Training Model On Full Dataset
39
Making Predictions On Test Images
40
Submitting Model to Kaggle
41
Making Predictions On Our Images

Storytelling + Communication How To Present Your Work

1
Section Overview
2
Communicating Your Work
3
Communicating With Managers
4
Communicating With Co-Workers
5
Weekend Project Principle
6
Communicating With Outside World
7
Storytelling
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Working hours

Monday 9:30 am - 6.00 pm
Tuesday 9:30 am - 6.00 pm
Wednesday 9:30 am - 6.00 pm
Thursday 9:30 am - 6.00 pm
Friday 9:30 am - 5.00 pm
Saturday Closed
Sunday Closed
Machine Learning & Data Science Bootcamp
Price:
Free