About Course
Learn Data Science and Machine Learning from scratch, get hired, and have fun along the way with the most modern, up-to-date Data Science course on Udemy (we use the latest version of Python, Tensorflow 2.0 and other libraries). This course is focused on efficiency: never spend time on confusing, out of date, incomplete Machine Learning tutorials anymore. We are pretty confident that this is the most comprehensive and modern course you will find on the subject anywhere (bold statement, we know).
This comprehensive and project based course will introduce you to all of the modern skills of a Data Scientist and along the way, we will build many real world projects to add to your portfolio. You will get access to all the code, workbooks and templates (Jupyter Notebooks) on Github, so that you can put them on your portfolio right away! We believe this course solves the biggest challenge to entering the Data Science and Machine Learning field: having all the necessary resources in one place and learning the latest trends and on the job skills that employers want.
The curriculum is going to be very hands on as we walk you from start to finish of becoming a professional Machine Learning and Data Science engineer. The course covers 2 tracks. If you already know programming, you can dive right in and skip the section where we teach you Python from scratch. If you are completely new, we take you from the very beginning and actually teach you Python and how to use it in the real world for our projects. Don’t worry, once we go through the basics like Machine Learning 101 and Python, we then get going into advanced topics like Neural Networks, Deep Learning and Transfer Learning so you can get real life practice and be ready for the real world (We show you fully fledged Data Science and Machine Learning projects and give you programming Resources and Cheatsheets)!
The topics covered in this course are:
– Data Exploration and Visualizations
– Neural Networks and Deep Learning
– Model Evaluation and Analysis
– Python 3
– Tensorflow 2.0
– Numpy
– Scikit-Learn
– Data Science and Machine Learning Projects and Workflows
– Data Visualization in Python with MatPlotLib and Seaborn
– Transfer Learning
– Image recognition and classification
– Train/Test and cross validation
– Supervised Learning: Classification, Regression and Time Series
– Decision Trees and Random Forests
– Ensemble Learning
– Hyperparameter Tuning
– Using Pandas Data Frames to solve complex tasks
– Use Pandas to handle CSV Files
– Deep Learning / Neural Networks with TensorFlow 2.0 and Keras
– Using Kaggle and entering Machine Learning competitions
– How to present your findings and impress your boss
– How to clean and prepare your data for analysis
– K Nearest Neighbours
– Support Vector Machines
– Regression analysis (Linear Regression/Polynomial Regression)
– How Hadoop, Apache Spark, Kafka, and Apache Flink are used
– Setting up your environment with Conda, MiniConda, and Jupyter Notebooks
– Using GPUs with Google Colab
By the end of this course, you will be a complete Data Scientist that can get hired at large companies. We are going to use everything we learn in the course to build professional real world projects like Heart Disease Detection, Bulldozer Price Predictor, Dog Breed Image Classifier, and many more. By the end, you will have a stack of projects you have built that you can show off to others.
Here’s the truth: Most courses teach you Data Science and do just that. They show you how to get started. But the thing is, you don’t know where to go from there or how to build your own projects. Or they show you a lot of code and complex math on the screen, but they don’t really explain things well enough for you to go off on your own and solve real life machine learning problems.
Whether you are new to programming, or want to level up your Data Science skills, or are coming from a different industry, this course is for you. This course is not about making you just code along without understanding the principles so that when you are done with the course you don’t know what to do other than watch another tutorial. No! This course will push you and challenge you to go from an absolute beginner with no Data Science experience, to someone that can go off, forget about Daniel and Andrei, and build their own Data Science and Machine learning workflows.
Machine Learning has applications in Business Marketing and Finance, Healthcare, Cybersecurity, Retail, Transportation and Logistics, Agriculture, Internet of Things, Gaming and Entertainment, Patient Diagnosis, Fraud Detection, Anomaly Detection in Manufacturing, Government, Academia/Research, Recommendation Systems and so much more. The skills learned in this course are going to give you a lot of options for your career.
You hear statements like Artificial Neural Network, or Artificial Intelligence (AI), and by the end of this course, you will finally understand what these mean!
Click “Enroll Now” and join others in our community to get a leg up in the industry, and learn Data Scientist and Machine Learning. We guarantee this is better than any bootcamp or online course out there on the topic. See you inside the course!
What Will You Learn?
- Become a Data Scientist and get hired
- Master Machine Learning and use it on the job
- Deep Learning, Transfer Learning and Neural Networks using the latest Tensorflow 2.0
- Use modern tools that big tech companies like Google, Apple, Amazon and Meta use
- Present Data Science projects to management and stakeholders
- Learn which Machine Learning model to choose for each type of problem
- Real life case studies and projects to understand how things are done in the real world
- Learn best practices when it comes to Data Science Workflow
- Implement Machine Learning algorithms
- Learn how to program in Python using the latest Python 3
- How to improve your Machine Learning Models
- Learn to pre process data, clean data, and analyze large data.
- Build a portfolio of work to have on your resume
- Developer Environment setup for Data Science and Machine Learning
- Supervised and Unsupervised Learning
- Machine Learning on Time Series data
- Explore large datasets using data visualization tools like Matplotlib and Seaborn
- Explore large datasets and wrangle data using Pandas
- Learn NumPy and how it is used in Machine Learning
- A portfolio of Data Science and Machine Learning projects to apply for jobs in the industry with all code and notebooks provided
- Learn to use the popular library Scikit-learn in your projects
- Learn about Data Engineering and how tools like Hadoop, Spark and Kafka are used in the industry
- Learn to perform Classification and Regression modelling
- Learn how to apply Transfer Learning
Course Content
Introduction
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Course Outline
00:00 -
Your First Day
00:00
Machine Learning 101
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What is Machine Learning
00:00 -
AI/Machine Learning/Data Science
00:00 -
Exercise : Machine Learning Playground
00:00 -
How Did We Get Here
00:00 -
Exercise: YouTube Recommendation Engine
00:00 -
Types of Machine Learning
00:00 -
What Is Machine Learning? Round 2
00:00 -
Section Review
00:00
Machine Learning and Data Science Framework
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Section Overview
00:00 -
Introducing Our Framework
00:00 -
6 Step Machine Learning Framework
00:00 -
Types of Machine Learning Problems
00:00 -
Types of Data
00:00 -
Types of Evaluation
00:00 -
Features In Data
00:00 -
Modelling – Splitting Data
00:00 -
Modelling – Picking the Model
00:00 -
Modelling – Tuning
00:00 -
Modelling – Comparison
00:00 -
Experimentation
00:00 -
Tools We Will Use
00:00
The 2 Paths
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The 2 Paths
00:00
Data Science Environment Setup
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Section Overview
00:00 -
Introducing Our Tools
00:00 -
What is Conda?
00:00 -
Conda Environments
00:00 -
Mac Environment Setup
00:00 -
Mac Environment Setup 2
00:00 -
Windows Environment Setup
00:00 -
Windows Environment Setup 2
00:00 -
Jupyter Notebook Walkthrough
00:00 -
Jupyter Notebook Walkthrough 2
00:00 -
Jupyter Notebook Walkthrough 3
00:00
Pandas : Data Analysis
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Section Overview
00:00 -
Pandas Introduction
00:00 -
Series, Data Frames and CSVs
00:00 -
Describing Data with Pandas
00:00 -
Selecting and Viewing Data with Pandas
00:00 -
Selecting and Viewing Data with Pandas Part 2
00:00 -
Manipulating Data
00:00 -
Manipulating Data 2
00:00 -
Manipulating Data 3
00:00 -
How To Download The Course Assignments
00:00
Numpy
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Section Overview
00:00 -
NumPy Introduction
00:00 -
NumPy DataTypes and Attributes
00:00 -
Creating NumPy Arrays
00:00 -
NumPy Random Seed
00:00 -
Viewing Arrays and Matrices
00:00 -
Manipulating Arrays
00:00 -
Manipulating Arrays 2
00:00 -
Standard Deviation and Variance
00:00 -
Reshape and Transpose
00:00 -
Dot Product vs Element Wise
00:00 -
Exercise: Nut Butter Store Sales
00:00 -
Comparison Operators
00:00 -
Sorting Arrays
00:00 -
Turn Images Into NumPy Arrays
00:00
Matplotlib : Plotting And Data Visualization
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Section Overview
00:00 -
Matplotlib Introduction
00:00 -
Importing And Using Matplotlib
00:00 -
Anatomy Of A Matplotlib Figure
00:00 -
Scatter Plot And Bar Plot
00:00 -
Histograms And Subplots
00:00 -
Subplots Option 2
00:00 -
Quick Tip: Data Visualizations
00:00 -
Plotting From Pandas DataFrames
00:00 -
Plotting From Pandas DataFrames 2
00:00 -
Plotting from Pandas DataFrames 3
00:00 -
Plotting from Pandas DataFrames 4
00:00 -
Plotting from Pandas DataFrames 5
00:00 -
Plotting from Pandas DataFrames 6
00:00 -
Plotting from Pandas DataFrames 7
00:00 -
Customizing Your Plots
00:00 -
Customizing Your Plots 2
00:00 -
Saving And Sharing Your Plots
00:00
Scikit – Learn : Creating Machine Learning models
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Section Overview
00:00 -
Scikit-learn Introduction
00:00 -
Refresher: What Is Machine Learning?
00:00 -
Scikit – Learn Cheatsheet
00:00 -
Typical scikit-learn Workflow
00:00 -
Optional: Debugging Warnings In Jupyter
00:00 -
Getting Your Data Ready: Splitting Your Data
00:00 -
Quick Tip: Clean, Transform, Reduce
00:00 -
Getting Your Data Ready: Convert Data To Numbers
00:00 -
Getting Your Data Ready: Handling Missing Values With Pandas
00:00 -
Getting Your Data Ready: Handling Missing Values With Scikit-learn
00:00 -
00:00
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NEW: Choosing The Right Model For Your Data 2 (Regression)
00:00 -
Quick Tip: How ML Algorithms Work
01:25 -
Choosing The Right Model For Your Data 3 (Classification)
00:00 -
Fitting A Model To The Data
00:00 -
Making Predictions With Our Model
00:00 -
predict() vs predict_proba()
00:00 -
NEW: Making Predictions With Our Model (Regression)
00:00 -
NEW: Evaluating A Machine Learning Model (Score) Part 1
00:00 -
NEW: Evaluating A Machine Learning Model (Score) Part 2
00:00 -
Evaluating A Machine Learning Model 2 (Cross Validation)
00:00 -
Evaluating A Classification Model 1 (Accuracy)
00:00 -
Evaluating A Classification Model 2 (ROC Curve)
00:00 -
Evaluating A Classification Model 3 (ROC Curve)
00:00 -
Evaluating A Classification Model 4 (Confusion Matrix)
00:00 -
NEW: Evaluating A Classification Model 5 (Confusion Matrix)
00:00 -
Evaluating A Classification Model 6 (Classification Report)
00:00 -
NEW: Evaluating A Regression Model 1 (R2 Score)
00:00 -
NEW: Evaluating A Regression Model 2 (MAE)
00:00 -
NEW: Evaluating A Regression Model 3 (MSE)
00:00 -
NEW: Evaluating A Model With Cross Validation and Scoring Parameter
00:00 -
NEW: Evaluating A Model With Scikit-learn Functions
00:00 -
Improving A Machine Learning Model
00:00 -
Tuning Hyperparameters
00:00 -
Tuning Hyperparameters 2
00:00 -
Tuning Hyperparameters 3
00:00 -
Quick Tip: Correlation Analysis
00:00 -
Saving And Loading A Model
00:00 -
Saving And Loading A Model 2
00:00 -
Putting It All Together
00:00 -
Putting It All Together 2
00:00
Milestone Project 1: Supervised Learning (Classifications)
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Section Overview
00:00 -
Project Overview
00:00 -
Project Environment Setup
00:00 -
Step 1~4 Framework Setup
00:00 -
Getting Our Tools Ready
00:00 -
Exploring Our Data
00:00 -
Finding Patterns
00:00 -
Finding Patterns 2
00:00 -
Finding Patterns 3
00:00 -
Preparing Our Data For Machine Learning
00:00 -
Choosing The Right Models
00:00 -
Experimenting With Machine Learning Models
00:00 -
Tuining/Improving our Model
00:00 -
Tuning Hyperparameters
00:00 -
Tuning Hyperparameters 2
00:00 -
Tuning Hyperparameters 3
00:00 -
Evaluating Our Model
00:00 -
Evaluating Our Model 2
00:00 -
Evaluating Our Model 3
00:00 -
Finding The Most Important Features
00:00 -
Reviewing The Project
00:00
Milestone Project 2 : Supervised Learning (Time Series Data)
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Section Overview
00:00 -
Project Overview
00:00 -
Project Environment Setup
00:00 -
Step 1~4 Framework Setup
00:00 -
Exploring Our Data
00:00 -
Exploring Our Data 2
00:00 -
Feature Engineering
00:00 -
Turning Data Into Numbers
00:00 -
Filling Missing Numerical Values
00:00 -
Filling Missing Categorical Values
00:00 -
Fitting A Machine Learning Model
00:00 -
Splitting Data
00:00 -
Custom Evaluation Function
00:00 -
Reducing Data
00:00 -
RandomizedSearchCV
00:00 -
Improving Hyperparameters
00:00 -
Preproccessing Our Data
00:00 -
Making Predictions
00:00 -
Feature Importance
00:00
Data Engineering
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Data Engineering Introduction
00:00 -
What Is Data?
00:00 -
What Is A Data Engineer?
00:00 -
What is Data Engineer 2?
00:00 -
What Is A Data Engineer 3?
00:00 -
What Is A Data Engineer 4?
00:00 -
Types Of Databases
00:00 -
Optional: OLTP Databases
00:00 -
Hadoop, HDFS and MapReduce
00:00 -
Apache Spark and Apache Flink
00:00 -
Kafka and Stream Processing
00:00
Neural Networks : Deep Learning, Transfer Learning and TensorFlow 2
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Section Overview
00:00 -
Deep Learning and Unstructured Data
00:00 -
Setting Up Google Colab
00:00 -
Google Colab Workspace
00:00 -
Uploading Project Data
00:00 -
Setting Up Our Data
00:00 -
Setting Up Our Data 2
00:00 -
Importing TensorFlow 2
00:00 -
Optional: TensorFlow 2.0 Default Issue
00:00 -
Using A GPU
00:00 -
Optional: GPU and Google Colab
00:00 -
Optional: Reloading Colab Notebook
00:00 -
Loading Our Data Labels
00:00 -
Preparing The Images
00:00 -
Turning Data Labels Into Numbers
00:00 -
Creating Our Own Validation Set
00:00 -
Preprocess Images
00:00 -
Preprocess Images 2
00:00 -
Turning Data Into Batches
00:00 -
Turning Data Into Batches 2
00:00 -
Visualizing Our Data
00:00 -
Preparing Our Inputs and Outputs
00:00 -
Building A Deep Learning Model
00:00 -
Building A Deep Learning Model 2
00:00 -
Building A Deep Learning Model 3
00:00 -
Building A Deep Learning Model 4
00:00 -
Summarizing Our Model
00:00 -
Evaluating Our Model
00:00 -
Preventing Overfitting
00:00 -
Training Your Deep Neural Network
00:00 -
Evaluating Performance With TensorBoard
00:00 -
Make And Transform Predictions
00:00 -
Transform Predictions To Text
00:00 -
Visualizing Model Predictions
00:00 -
Visualizing And Evaluate Model Predictions 2
00:00 -
Visualizing And Evaluate Model Predictions 3
00:00 -
Saving And Loading A Trained Model
00:00 -
Training Model On Full Dataset
00:00 -
Making Predictions On Test Images
00:00 -
Submitting Model to Kaggle
00:00 -
Making Predictions On Your Images
00:00
Storytelling+Communication : How to Present Your Work
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Section Overview
00:00 -
Communicating Your Work
00:00 -
Communicating With Managers
00:00 -
Communicating With Co-Workers
00:00 -
Weekend Project Principle
00:00 -
Communicating With Outside World
00:00 -
Storytelling
00:00
Career Advice + Extra Bits
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What If I Don’t Have Enough Experience?
00:00 -
JTS: Learn to Learn
00:00 -
JTS: Start With Why
00:00 -
CWD: Git + Github
00:00 -
CWD: Git + Github 2
00:00 -
Contributing To Open Source
00:00 -
Contributing To Open Source 2
00:00
Learn Python
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What Is A Programming Language
00:00 -
Python Interpreter
00:00 -
How To Run Python Code
00:00 -
Our First Python Program
00:00 -
Python 2 vs Python 3
00:00 -
Exercise: How Does Python Work?
00:00 -
Learning Python
00:00 -
Python Data Types
00:00 -
Numbers
00:00 -
Math Functions
00:00 -
DEVELOPER FUNDAMENTALS: I
00:00 -
Operator Precedence
00:00 -
Optional: bin() and complex
00:00 -
Variables
00:00 -
Expressions vs Statements
00:00 -
Augmented Assignment Operator
00:00 -
Strings
00:00 -
String Concatenation
00:00 -
Type Conversion
00:00 -
Escape Sequences
00:00 -
Formatted Strings
00:00 -
String Indexes
00:00 -
Immutability
00:00 -
Built-In Functions + Methods
00:00 -
Booleans
00:00 -
Exercise: Type Conversion
00:00 -
DEVELOPER FUNDAMENTALS: II
00:00 -
Exercise: Password Checker
00:00 -
Lists
00:00 -
List Slicing
00:00 -
Matrix
00:00 -
List Methods
00:00 -
List Methods 2
00:00 -
List Methods 3
00:00 -
Common List Patterns
00:00 -
List Unpacking
00:00 -
None
00:00 -
Dictionaries
00:00 -
DEVELOPER FUNDAMENTALS: III
00:00 -
Dictionary Keys
00:00 -
Dictionary Methods
00:00 -
Dictionary Methods 2
00:00 -
Tuples
00:00 -
Tuples 2
00:00 -
Sets
00:00 -
Sets 2
00:00
Learn Python Part 2
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Breaking The Flow
00:00 -
Conditional Logic
00:00 -
Indentation In Python
00:00 -
Truthy vs Falsey
00:00 -
Ternary Operator
00:00 -
Short Circuiting
04:14 -
Logical Operators
00:00 -
Exercise: Logical Operators
00:00 -
is vs ==
00:00 -
For Loops
00:00 -
Iterables
00:00 -
Exercise: Tricky Counter
00:00 -
range()
00:00 -
enumerate()
00:00 -
While Loops
00:00 -
While Loops 2
00:00 -
break, continue, pass
04:16 -
Our First GUI
00:00 -
DEVELOPER FUNDAMENTALS: IV
00:00 -
Exercise: Find Duplicates
00:00 -
Functions
00:00 -
Parameters and Arguments
00:00 -
Default Parameters and Keyword Arguments
00:00 -
return
00:00 -
Methods vs Functions
04:33 -
Docstrings
00:00 -
Clean Code
00:00 -
*args and **kwargs
00:00 -
Exercise: Functions
00:00 -
Scope
00:00 -
Scope Rules
00:00 -
global Keyword
00:00 -
nonlocal Keyword
00:00 -
Why Do We Need Scope?
00:00 -
Pure Functions
00:00 -
map()
00:00 -
filter()
00:00 -
zip()
00:00 -
reduce()
00:00 -
List Comprehensions
00:00 -
Set Comprehensions
00:00 -
Exercise: Comprehensions
00:00 -
Modules in Python
00:00 -
Optional: PyCharm
00:00 -
Packages in Python
00:00 -
Different Ways To Import
00:00 -
Assignment: Complete A.I. & Machine Learning
00:00
Where to go From Here ?
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Thank You
00:00