Machine Learning and its Applications

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Machine Learning and its Applications

Ce cours fait partie de Spécialisation "Applied AI for Engineers and Scientists: Foundations"

Instructeur : Bo Liu

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5 modules

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2 semaines à compléter

à 10 heures par semaine

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Apprenez à votre propre rythme

5 modules

Obtenez un aperçu d'un sujet et apprenez les principes fondamentaux.

49 avis

niveau Débutant

Expérience recommandée

2 semaines à compléter

à 10 heures par semaine

Planning flexible

Apprenez à votre propre rythme

Ce que vous apprendrez

Explain core machine learning concepts for classification and regression.
Prepare engineering data for machine learning workflows.
Apply SVMs, neural networks, and MATLAB apps to practical prediction tasks.

Compétences que vous acquerrez

Catégorie : Machine Learning Software
Catégorie : Data Quality
Catégorie : Data Processing
Catégorie : Statistical Machine Learning
Catégorie : Data Preprocessing
Catégorie : Machine Learning Methods
Catégorie : Model Evaluation
Catégorie : Machine Learning Algorithms
Catégorie : Model Training
Catégorie : Statistical Methods
Catégorie : Data Validation

Outils que vous découvrirez

Catégorie : Mathematical Software
Catégorie : Classification Algorithms

Détails à connaître

Certificat partageable

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Ce cours fait partie de la Spécialisation "Applied AI for Engineers and Scientists: Foundations"

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Il y a 5 modules dans ce cours

This course provides a practical introduction to machine learning techniques for data analysis in MATLAB, focusing on widely used methods for real-world technical applications.

You will begin by exploring the core concepts behind machine learning, including model workflows, data preparation, and the factors that affect model performance. The course then focuses on two popular techniques—support vector machines and artificial neural networks—as well as MATLAB apps that make model building and evaluation more accessible. Using practical examples, you will prepare data, build machine learning workflows, and apply classification and regression methods to science and engineering problems. By the end of the course, you will be able to use MATLAB to develop, test, and evaluate predictive models for real-world applications. In partnership with MathWorks, enrolled learners receive access to MATLAB for the duration of the course.

One of the most important applications of AI in science and engineering is classification and regression using machine learning. This module introduces essential concepts and principles in machine learning using two simple but useful machine learning techniques. After learning this module, students will be able to:

Inclus

10 vidéos12 lectures1 devoir2 éléments d'application

10 vidéosTotal 65 minutes

Welcome to the specialization - Applied AI for Engineers and Scientists: Foundations6 minutes
Introduction to Module 7's Study2 minutes
Machine Learning Fundamentals: What is Machine Learning6 minutes
Machine Learning Fundamentals: Fundamental Concepts in Machine Learning (1)6 minutes
Machine Learning Fundamentals: Fundamental Concepts in Machine Learning (2)9 minutes
Mapping Inputs to Outputs: Data Representation11 minutes
Mapping Inputs to Outputs: Parametric ML Model8 minutes
Mapping Inputs to Outputs: Non-Parametric ML Model8 minutes
Mapping Inputs to Outputs: Evaluate Output3 minutes
MATLAB Implementation: Simple Linear Regression and KNN7 minutes

12 lecturesTotal 81 minutes

Specialization and Course Structure10 minutes
Specialization Sample Certificate10 minutes
How to Access MATLAB Online5 minutes
Machine Learning in Engineering Practice: Tool, Replacement, or Decision Aid?5 minutes
Materials for Machine Learning Fundamentals10 minutes
From Explicit Rules to Learned Models: What Actually Changes?5 minutes
Materials for Mapping Inputs to Outputs10 minutes
How Data Representation and Model Choice Shape What a Model Can Learn5 minutes
Materials about MATLAB Implementation10 minutes
From Concept to Code: What the Model Is Actually Doing5 minutes
CSV File for Module 7 Assignment 1 minute
Module 7 Recap5 minutes

1 devoirTotal 30 minutes

Module 7 Quiz30 minutes

2 éléments d'applicationTotal 60 minutes

Module 7 Assignment 130 minutes
Module 7 Assignment 230 minutes

Continuing the last module, this module still introduces essential concepts and principles in machine learning with a focus on model training and evaluation. After learning this module, students will be able to:

Inclus

7 vidéos9 lectures1 devoir2 éléments d'application

7 vidéosTotal 50 minutes

Introduction to Module 8's Study2 minutes
ML Model Training Fundamentals: Parameters, Hyperparameters, and Loss Functions9 minutes
ML Model Training Fundamentals: Loss Functions and Gradient Descent6 minutes
ML Model Training Fundamentals: Gradient Descent10 minutes
ML Model Evaluation Fundamentals: Fundamental Concepts in ML Model Evaluation14 minutes
ML Model Evaluation Fundamentals: Fundamental Concepts in ML Model Evaluation5 minutes
Summary of the ML Process5 minutes

9 lecturesTotal 56 minutes

What Does “Good” Mean in Machine Learning Models?5 minutes
Materials for ML model training10 minutes
What Does It Actually Mean to “Train” a Machine Learning Model?5 minutes
Materials on ML Model Evaluation Fundamentals10 minutes
When a Model Fails: Is It Bias, Variance, or Something Else?5 minutes
Materials for ML Process10 minutes
From Data to Decisions: Reconstructing the Machine Learning Pipeline5 minutes
CSV file for Module 8 Assignment1 minute
Module 8 Recap5 minutes

1 devoirTotal 30 minutes

Module 8 Quiz30 minutes

2 éléments d'applicationTotal 60 minutes

Module 8 Assignment 130 minutes
Module 8 Assignment 230 minutes

This module introduces fundamental data preparation concepts and techniques to improve data quality in order to promote machine learning models providing good outcomes in real-world science and engineering practice. After learning this module, students will be able to:

Inclus

8 vidéos13 lectures1 devoir3 éléments d'application

8 vidéosTotal 38 minutes

Introduction to Module 9's Study2 minutes
Basic Data Cleaning Review 1 minute
Distributions, Outliers and Their Removal: Gaussian Distribution, Skewness and Outliers7 minutes
Distributions, Outliers and Their Removal: The Z-Score and IQR Method for Outliers Removal6 minutes
Data Transform: Normalization, Standardization, Power Transform8 minutes
Construct Training and Test Sets for Model Evaluation: Methods, Implementation, and Stratified Sampling6 minutes
Construct Training and Test Sets for Model Evaluation: Cross-Validation6 minutes
Data Preparation Overview4 minutes

13 lecturesTotal 86 minutes

Why Data Preparation Is Not Optional in Machine Learning5 minutes
Materials on Basic Data Cleaning 10 minutes
Cleaning Data Is a Decision, Not a Checklist5 minutes
Materials on Distributions, Outliers and Their Removal10 minutes
Outliers, Assumptions, and When “Cleaning” Becomes Damage5 minutes
Materials on Data Transform10 minutes
When Scaling Helps — and When It Quietly Breaks Your Model5 minutes
Materials on Training/Test Sets Generation10 minutes
Evaluation Starts with the Split: When Performance Numbers Lie5 minutes
Materials on Data Preparation10 minutes
From Raw Data to Reliable Learning: What Actually Matters?5 minutes
XLS file for Module 9 Assignment1 minute
Module 9 Recap5 minutes

1 devoirTotal 30 minutes

Module 9 Quiz30 minutes

3 éléments d'applicationTotal 90 minutes

Module 9 Assignment 130 minutes
Module 9 Assignment 230 minutes
Module 9 Assignment 330 minutes

This module introduces support vector machines (SVMs), which is one of the most effective and popular methods for classification. After learning this module, students will be able to:

Inclus

12 vidéos6 lectures1 devoir2 éléments d'application

12 vidéosTotal 80 minutes

Introduction to Module 10's Study2 minutes
Support Vector Machine Fundamentals: Concepts12 minutes
Support Vector Machine Fundamentals: Types of SVM4 minutes
Support Vector Machines: Linear SVM of Hard Margin Classifier7 minutes
Support Vector Machines: Linear SVM of Soft Margin Classifier11 minutes
Support Vector Machines: Non-Linear SVM13 minutes
Support Vector Machines: Multi-Class SVM8 minutes
Support Vector Machine Implementation: MATLAB Implementation of SVM5 minutes
Support Vector Machine Implementation: Iris Flower Example6 minutes
Support Vector Machine Implementation: 2D Point Classification Example1 minute
Case Study 1: Banknote Classification (Linear SVM)4 minutes
Case Study 2: Raisin Classification (Non-Linear SVM)8 minutes

6 lecturesTotal 41 minutes

Why Support Vector Machines?5 minutes
Materials on Support Vector Machine Fundamentals10 minutes
Materials on Support Vector Machines10 minutes
Materials on Support Vector Machine Implementation and Case Studies10 minutes
CSV file for Module 10 Assignment1 minute
Module 10 Recap5 minutes

1 devoirTotal 30 minutes

Module 10 Quiz30 minutes

2 éléments d'applicationTotal 60 minutes

Module 10 Assignment 130 minutes
Module 10 Assignment 230 minutes

This module introduces artificial neural networks (ANNs), which is one of the most effective and popular methods for regression and classification. After learning this module, students will be able to:

Inclus

14 vidéos6 lectures1 devoir1 élément d'application

14 vidéosTotal 84 minutes

Introduction to Module 11's Study1 minute
Artificial Neural Network Introduction: Introduction3 minutes
Artificial Neural Network Introduction: ANN Structure5 minutes
Neural Network Training: Forward Propagation6 minutes
Neural Network Training: Backward Propagation13 minutes
Neural Network Training: More on Neural Network Training8 minutes
Underfitting and Overfitting: Concepts8 minutes
Underfitting and Overfitting: Methods to Improve Overfitting9 minutes
ANN Implementation in MATLAB and Case Studies: Build an ANN Using MATLAB6 minutes
ANN Implementation in MATLAB and Case Studies: A Case Study on Diabetes Diagnosis1 minute
Tutorial: MATLAB Classification and Regression Learner Apps7 minutes
Tutorial: Classification Learner11 minutes
Tutorial: Export Model3 minutes
Tutorial: Regression Learner4 minutes

6 lecturesTotal 46 minutes

Materials on ANN fundamentals10 minutes
Materials on Neural Network Training10 minutes
Materials on Underfitting and Overfitting10 minutes
Materials on ANN Implementation10 minutes
MAT files for Module 11 Assignment1 minute
Module 11 Recap5 minutes

1 devoirTotal 30 minutes

Module 11 Quiz30 minutes

1 élément d'applicationTotal 30 minutes

Module 11 Assignment30 minutes

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Instructeur

Bo Liu

University of Glasgow

3 Cours3 913 apprenants

Offert par

University of Glasgow

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Révisé le 22 nov. 2025

The support from teaching staff is timely and helpful.

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Révisé le 21 nov. 2025

The pacing is perfect: conceptual overview first, then data prep, then deep dives—no cognitive overload at any point.

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Foire Aux Questions

To access the course materials, assignments and to earn a Certificate, you will need to purchase the Certificate experience when you enroll in a course. You can try a Free Trial instead, or apply for Financial Aid. The course may offer 'Full Course, No Certificate' instead. This option lets you see all course materials, submit required assessments, and get a final grade. This also means that you will not be able to purchase a Certificate experience.

When you enroll in the course, you get access to all of the courses in the Specialization, and you earn a certificate when you complete the work. Your electronic Certificate will be added to your Accomplishments page - from there, you can print your Certificate or add it to your LinkedIn profile.

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