Learning Outcomes

Introduction to Advanced Machining Processes

Lesson Summary

In this module you will learn about machining processes. In mechanical processes, there is a physical contact between the workpiece and another material. Along with learning about electrochemical machining is the process governed by the Faraday’s law of electrochemistry.

Abrasive Machining and Finishing Operations

CNC Machines and CNC Programming

In this module you will learn about the finishing processes and CNC machine, difference between machining and finishing. Along with learning about numerical control.

Machining Processes: Finishing Processes and CNC Machine Course Assessment

Learn what a computer numerical controlled (CNC) machine does and how to program one for the machining process.

Machining Processes: Finishing Processes and CNC Machine

This course covers the finishing processes produced by a CNC machine. These machines are primarily used in the manufacturing industries like mills and the focus will be on the services it provides in these industries. On top of learning about the type of finishes this machine can achieve, you will also study the more fundamental part of programming the machine. This is vital for an operator to know.

Introduction to Maintenance and Control of Electric Motors

Parts of an Electric Motor - Part 1

Parts of an Electric Motor - Part 2

Operating Principle of an Electric Motor

In this module, you will learn about all the various parts of an electric motor and their functions. You will also know how these individual parts of an electric motor come together to produce the rotation effect when power is supplied to it. Finally, we will talk about the operating principles.

Applications of an Electric Motor

Selection of Electric Motors

Ingress Protection of Motors

Parts of a Motor Starter

Starting Methods of Electric Motor - Part 1

Starting Methods of Electric Motor - Part 2

Speed Control of an Electric Motor

In this module, you will find all that is needed with regard to the application of electric motors in today's industries and how to select the right motor for any application with relevant features. You will also learn about the different starting methods of an electric motor and how the speed of an electric motor is controlled during operation.

Maintenance of an Electric Motor - Part 1

Maintenance of an Electric Motor - Part 2

Common Faults of an Electric Motor

Testing of Electric Motors

In this module about the maintenance of electric motors, you will learn the preventive and corrective maintenance activities performed on electric motors. You will also learn about the common faults of an electric motor in service and how to fix the faults, and finally, you will learn how to perform basic tests on electric motors during preventive.

Maintenance and Control of Electric Motors - Course Assessment

Learn all about electric motors, from their components to operation and maintenance, in this free online course.

Maintenance and Control of Electric Motors

This course on the maintenance and control of electric motors provides valuable technical knowledge and skills needed by every field electrical technician or engineer to carry out your daily inspection, preventive maintenance, and corrective maintenance. You will learn how to carry out basic repairs after troubleshooting and finding the root cause of the motor failure. This course will boost your confidence in the field of electrical engineering.

Introduction to Cognitive Robotics

Organismoid Embodiment

Smart Materials

In this Module, you will be introduced to Cognitive Robotics and the basic building blocks needed to build a "thinking" robot.

The Human Nervous System

The Human Brain

The Brain's Hidden Elements

Nerve Cells

If you have to develop a cognitive robot, you have to understand the cognitive architecture of the brain itself. This Module will explore deep inside the brain, how it is structured and the function of each area of the brain.

Diploma in the Foundations of Cognitive Robotics - First Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 1 to 2 of the following course:

• Diploma in the Foundations of Cognitive Robotics

The Hodgkin and Huxley Theorem

Developing New Models

Electroencephalography (EEG)

This Module discusses a few mathematical models that explain how a neuron action potential, or the neuron's firing of electrical signals, works within the neural network.

Psychological Theories of Intelligence

Theories of Artificial Intelligence

The Kuramoto Model

Child Robot Interaction

This Module discusses different approaches to the concept of intelligence, both from a psychological point of view and from a computer programmer's point of view.  It also discusses how to create an artificial cognitive network that mimics the neural networks found in nature.

Diploma in the Foundations of Cognitive Robotics - Second Assement

This assessment enables you to review your learning so you can determine your knowledge and understanding of Modules 3 to 4 of the following course:

• Diploma in the Foundations of Cognitive Robotics

Diploma in the Foundations of Cognitive Robotics – Course Assessment

In this free online course, learn what you need to develop a 'thinking' robot with its own artificial neural network.

Diploma in the Foundations of Cognitive Robotics

At the beginning of robotics, industrial robots were used to aid in mass production. Then they were engineered to perform tasks requiring either high precision or high force transmission. Today, a new kind of robot is emerging: one that does not need to meet the demand for high precision or high power but for the understanding of the human mind and our needs.

An Introduction to Feature Engineering

Important Techniques in Feature Engineering

How to Select the Right Features?

Essential Processes of Feature Engineering

Feature Engineering - Real World Examples

This module introduces you to feature engineering and its related processes. Some of the well-renowned tools that you can use in this field are also mentioned. The module also describes important processes involved in feature engineering and their application in the real world.

A Beginner's Guide to Feature Engineering - Course Assessment

Learn about the basics of feature engineering, its essential processes, and its role in machine learning.

A Beginner's Guide to Feature Engineering

Feature engineering involves a set of techniques that make data from machine learning algorithms more meaningful. In this course, we have introduced you to this technique, its role in machine learning, and its various crucial processes. You will also learn the ways of selecting and extracting out the most meaningful data for your algorithm. You will also learn how feature engineering can be applied in real-world situations.

Medical Education Platforms with 800 Free Certificates & CME Credit

Writing as Enchantment: Inside Alan Moore’s BBC Maestro Course

EdX’s 2021: Year in Review

From Zero to Cybersecurity Analyst: How Google’s Certificate Can Launch Your Career

8 Best Ecology Courses for 2025: How Species and Systems Interact

8 Best Geology Courses for 2025

Four Months After Unveiling Ambitious AI Roadmap, Udemy’s Co-founder CTO is Out

Coursera and Udemy Shareholders Approve Merger With 99% of Votes

Duolingo’s 2026 Strategy: The Road to 100 Million DAUs

12 Best Data Analysis Courses for 2025: From Data to Insights

6 Best Penetration Testing Courses in 2025

Harvard and MIT’s $800 Million Mistake: The Triple Failure of 2U, edX, and Axim Collaborative

Coursera’s 2025 Strategy: Focusing on Campus, Scaling Back Degrees

7 Best Free Haskell Courses for 2025

25% of Coursera Courses Have Peer Reviews: Here Are the Best

2025’s Online Education Shakeup Claims Another: Skillshare’s CEO Departs