Introduction to Machine Learning for Non-Programmers
Course 1259
2 DAY COURSE

This No Code Machine Learning course provides a practical and accessible approach to utilizing no code Machine Learning for data evaluation, prediction, analysis, and optimization. Designed for both non-technical and technical data users, it equips you with foundational knowledge to enhance collaboration between business analysts, data scientists, and data engineers.

Introduction to Machine Learning for Non-Programmers Benefits

• In this course, you will learn how to:

  • Create No Code Machine Learning Models: You'll learn to create common no code Machine Learning models using user-friendly, industry-standard, drag-and-drop tools.
  • Prepare and Analyze Data: Understand how to prepare and explore data to be used with Machine Learning models effectively.
  • Select Pre-built Pipelines and Algorithms: Discover how to choose pre-built pipelines and algorithms to train your Machine Learning models.
  • Explore Ready-to-Use Models: Explore ready-to-use models for tasks like natural language processing and computer vision.
  • Clustering and Regression Models: Learn to group items into clusters using a no-code Clustering Model and predict numeric values using a no-code Regression Model.
  • Classification Models: Master the art of predicting item categories using a no-code Classification Model.

• Training Prerequisites

  None.

Introduction to Machine Learning Training Outline

Chapter 1: Overview of No Code Machine Learning 

• What is Machine Learning?
• What is No Code Machine Learning?
• Why is No Code Machine Learning so important?
• How do No Code Machine Learning Platforms work?
• No Code Machine Learning with Microsoft Azure
• No Code Machine Learning with Amazon AWS

Hands-On Exercise 1.1: Exploring industry-standard, visual, drag-and-drop and point-and-click Machine Learning tools

Chapter 2: Creating Datasets for Training Models 

• Overview of datasets for Machine Learning
• Selecting appropriate datasets
• Preparing, exploring, and analyzing data

Hands-On Exercise 2.1: Creating datasets for training models

Chapter 3: Machine Learning models, Pre-built Pipelines, and Algorithms  

• What is a Machine Learning model?
• What are ready-to-use Machine Learning models?
• Common ready-to-use Machine Learning models

Hands-On Exercise 3.1: Explore ready-to-use models for natural language processing and computer vision use cases

Chapter 4: No Code Machine Learning Clustering Models 

• What is Clustering in Machine Learning?
• Common use cases for Clustering
• Clustering Machine Learning Models
• Creating a No Code Clustering Model

Hands-On Exercise 4.1: Group items into clusters based on features and characteristics using a no-code Clustering Model

Chapter 5: No Code Machine Learning Regression Models 

• What is Regression in Machine Learning?
• Common use cases for Regression
• Regression Machine Learning Models
• Creating a Regression Machine Learning Model

Hands-On Exercise 5.1: Train a no code Regression Model to predict numeric values

Chapter 6: No Code Machine Learning Classification Models

• What is Classification in Machine Learning?
• Common Use Cases for Classification
• Classification Machine Learning Models
• Creating a Classification Machine Learning Model

Hands-On Exercise 6.1: Predict which category, or class, an item belongs to using a no-code Classification Model