Learning Outcomes

Introduction to Mechatronics Systems

Examples of Mechatronics Systems

Electric Circuit and its Components

Basics of Semiconductor Devices

Application of Transistors

Lesson Summary

This module, Basics of Mechatronics Systems, introduces you to the working principles of key components of electric circuits and how those electronic components can be applied in mechatronics systems.

Sensors Performance Terminologies

Displacement, Position and Proximity Sensors

Force and Fluid Flow Sensors

Acceleration & Vibration Measurement Sensors

This module, Sensors in Mechatronics Systems, explains the key terminologies used for indicating sensor's performance and the working principles of the various sensors used in mechatronics systems.

Diploma in Mechatronics - First Assessment

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

- Diploma in Mechatronics

You need to score 80% or more to pass.

Mechanical Actuation Systems

Hydraulic and Pneumatic Actuators

Electrical Actuation System

Data Presentation Systems

This module, Actuation Systems in Mechatronics, discusses the working principles of major mechanical and electrical actuators used in mechatronic systems and the principles of some data presentation systems.

Introduction to Signal Conditioning

Op-amp as a Signal Conditioner

Analogue To Digital Converters

Digital To Analogue Converters

Artificial Intelligence in Mechatronics

In this module, Signal Conditioning in Mechatronics Systems, you will study the components used in manipulating signals for mechatronics systems, including the signal converters and operational amplifiers.

Diploma in Mechatronics - Second Assessment

This assessment enables you to review your learning so you can determine your knowledge and understanding of module 4-5 of the following course: 

- Diploma in Mechatronics

You need to score 80% or more to pass.

Diploma in Mechatronics - Assessment

This free engineering course will teach you about the working principles of the key elements of mechatronic systems.

Diploma in Mechatronics

Mechatronics is often considered the smartest field of engineering because it integrates mechanical and electronic engineering with intelligent computer controls. It deals with the design of smart robots and automated systems as well as consumer products like cameras with auto-focus . This course equips you with knowledge of the working principles and roles of mechatronic systems’ key components and how mechatronics makes our daily lives better.

Facilities Operation Management and Critical Operations

Critical Industries

When you think about the national infrastructure, there are probably quite a few systems or organizations that you consider absolutely crucial for the safety, security, and continued prosperity of the nation. They are imperative for the day-to-day operations of a nation, and they need to work seamlessly together. In this module, you will identify those elements of Critical Operations and the possible threats that put those operations at risk.

Power Fundamentals

Generator-Provided Power

Uninterruptible Power Supplies

Batteries

Utility-Source Power

Alternative Power Sources

When it comes to the essentials that are needed to keep a critical facility up and running, power is more than likely the top priority. As a critical facility operator, you will need to have a strong understanding of the fundamentals of power itself and all of the various sources of energy that can provide power to your critical facility. In this module, you will identify and describe the fundamental concepts related to power and the power sources that are relevant to Critical Operations.

Medium vs. Low Voltage Systems

Redundancy and Power Supply Transfer

Power Distribution Topologies

Electrical Protection

Power Distribution Preventative Maintenance

From the simple components—like the lights and heat in its people spaces—to the more complex, critical components—like the cooling equipment in a data center—nearly every component within a critical facility relies on a steady source of power or is directly affected by one that does. For this reason, supplying and managing electricity to all critical equipment is the primary focus of Critical Operations.

Critical Facility: Power Supply Management Assessment

Learn about critical operations focusing on the supply and management of electricity for critical equipment.

Critical Facility: Power Supply Management

This free online Critical Facility course will teach you about the safe and efficient maintenance and management of power supply systems. All of society relies heavily on electrical power and power supply facilities to live their lives and manage their operations. This free online course will teach you about power supplies, power distribution systems, and distribution preventative measures in clearly and effectively.

Introduction to Robotics

Evolution of Robotics

Classification of Robots and Rehabilitation Robotics

Manipulator Kinematics

Homogeneous Transformation

In this module, you will learn about the fundamentals of robotics. You will be taught about the various applications of Robotics, along with the history and laws of robotics. The classification of Robots will be discussed, highlighting industrial and rehabilitation robotics. Manipulator Kinematics, which is about object location and motion, will be covered, along with transformation matrices and homogeneous transformations.

Introduction to the Evolution of Robotics - Assessment

Learn how the evolution of robotics has impacted and improved our living, in this free online course

Introduction to the Evolution of Robotics

Starting with the various applications of robotics, you will also get into the history and laws of robotics. You will learn about the classification of robots, along with the uses of industrial and rehabilitation robotics. Object location and motion, technically referred to as ‘manipulator kinematics,’ will also be covered. The details of transformation matrices and homogeneous transformations will provide the basic technical concept.

Haptics

Haptic Devices and Interfaces

In this module, you will learn about haptics. This module covers touch, or more generally, the somatosensory system. This includes physiology, perception and engineering technology that stimulates the somatosensory system. You will be taught tactile receptor types, sensitivity threshold of mechanoreceptors and the kinesthetic system. Furthermore, you will be shown various haptic devices that enable manual interaction with virtual environments and how the haptic feedback technology works.

Audio

This module will cover audio for VR. You will be taught the physics of sound in terms of waves, propagation and frequency analysis. Furthermore, you will be shown the parts of the human ear and their function. After this, learners will gain an understanding of the concept of auditory perception. You will learn about auditory rendering, which can produce sounds synthetically from models or reproduce captured sounds.

Interfaces

Manipulation and Locomotion

In this module, you will be introduced to interfaces for VR and the evaluation of VR systems. You will be shown examples of perceptual training and how you can carry out an experimental design to achieve realism. You will be further introduced to general motor learning and control concepts. You will be taught manipulation and locomotion and ways in which users may interact with other objects in the virtual world.

Sensory Virtual Reality - Course Assessment

Explore new worlds as we explain how sensory experiences are designed for virtual reality in this free online course.

Diploma in Sensory Virtual Reality

This free online course delves into sensory experiences in virtual reality (VR). We show you how audio signals can be manipulated to mimic acoustic behavior encountered in the real world and how the sense of touch can be engaged to enhance the experience of interacting with onscreen interfaces. We also introduce you to VR interfaces, the evaluation of VR systems and experimental designs that can create an immersive sense of realism.