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Power Engineering

Video Courses

So much to learn...

Internal Combustion Engine Basics

Learn how internal combustion engines work! Learn all of a combustion engine's main components, how two and four stroke combustion cycles work and how engine systems work!

1.7 hours

Diesel Engine Fundamentals (Part 1)

Learn about the diesel engine with this online diesel engine course! Ideal for Automotive Engineering and Automobile Engineering!

4.6 hours

Diesel Engine Fundamentals (Part 2)

Learn MORE about the diesel engine!

2.9 hours

Power Engineering Fundamentals

Discover Electric Power Generation, Transmission and Distribution: Principles, Machinery and Technologies.

Introduction to Steam, Boilers and Thermodynamics

Learn about steam! Its applications, theory (thermodynamics), properties and generation.

Mechanical and Electrical Engineering Explained

Learn how things work! Boilers, engines, transformers, electricity, valves, pumps, power stations, learn it all in this constantly growing collection of engineering videos!

Introduction to Valves

Learn about valve components, designs and applications!

4.5 hours

Emergency Power Systems Explained

Understand how emergency power systems work and their critical role in ensuring safety and operational continuity.

Fire Tube Boilers Explained

Learn about the design, operation, and maintenance of fire tube boilers!

Introduction to Electrical Transformers

Learn about electrical transformer theory, design, construction, protection and maintenance.

2.9 hours

Introduction to Hydroelectric Power Plants

Learn about hydroelectric power plant design, components, terminology and how they work!

2.3 hours

Introduction to Heat Exchangers

Learn about common heat exchanger types, designs, categories and construction.

1.6 hours

Anti-Friction Bearing Fundamentals

Learn about anti-friction bearing components, designs and applications.

1.8 hours

Introduction to Cooling Towers

Learn about cooling tower components, designs, types, problems and applications.

4.0 hours

Introduction to Centrifugal Pumps

Learn all of the centrifugal pump's components, how it works, common problems and how to solve them.

2.6 hours

Plate Heat Exchanger Fundamentals

Learn about the plate heat exchanger! Components, design, how it works, maintenance and more!

1.4 hours

Induction Motor Basics

Learn about the most common type of electric motor...the induction motor!

Eductors, Ejectors, Venturi Pumps and Jet Pumps Explained

Explore the principles and applications of motive fluid-driven devices used across engineering industries!

Nuclear Power Plant Machinery

Learn about all the major machines within a nuclear power plant and how they work together to generate electricity.

Water Treatment Fundamentals

Learn about the processes involved in treating water before it can be used for human consumption or industrial use.

Fuel Purifier and Clarifier Fundamentals (Centrifugal Separators)

Learn about fuel purifiers and clarifiers in this introductory course.

Piping Flange Fundamentals

Learn about pipe flanges! Essential components of any piping system!

How Piston Air Compressors Work

A Comprehensive Guide to Understanding Piston Air Compressors

How Four Stroke Engines Work

The Mechanics of Four Stroke Diesel and Gasoline Engines

How Two Stroke Engines Work

Understanding the Mechanics Behind Two Stroke Engines.

Engine Parts, Components, and Terminology Explained

A Comprehensive Guide to Understanding Engine Anatomy and Nomenclature

How Engine Cooling Water Systems Work

Mastering the Essentials of Engine Temperature Regulation

How Turbochargers Work

Boost Your Knowledge on Turbocharging Technology

How Spark Plugs Work

Unveiling the Secrets Behind Spark Plug Technology in Gasoline Engines

How Lubrication Oil Filters Work

Discover the Functionality and Importance of Oil Filters in Internal Combustion Engines

How Watertube Boilers Work

Understanding the Operation of Watertube Boilers in Coal-Fired Power Stations

How Firetube Boilers Work

Exploring the Inner Workings of Fire Tube Boilers Through Interactive Modeling

How Deaerators Work

Understanding the Mechanisms and Designs of Deaerators

How Ball Mills Work

Understanding the inner workings and design considerations of ball mills.

How Vertical Grinding Mills Work (Coal Pulverizer Example)

Understanding the Operation and Components of Vertical Grinding Mills

How Fresh Water Generators Work

Learn how to convert seawater into fresh water using fresh water generators.

How Cooling Towers Work

Understanding the Functionality and Components of Cooling Towers

Cooling Tower Design

Exploring the Various Types and Classifications

How Natural Draft Cooling Towers Work

Explore the intricacies of natural draft cooling towers, from their unique design to their fundamental working principles.

How Cross Flow Cooling Towers Work

Explore the inner working of cross flow cooling towers and understand their essential components and operational principles.

How Counter Flow Cooling Towers Work

Unraveling the Mechanics Behind Efficient Cooling

How to Make Electricity

Understanding the Fundamental Principles of Electricity Generation

How Power Grids Work

Understanding the Intricacies of Electrical Power Transmission

Squirrel Cage Induction Motor Components

Exploring the Components and Assembly of an Induction Motor

How Electrical Transformers Work

Understanding the Fundamental Principles and Applications.

Transformer Parts and Functions

A comprehensive overview of different transformer types and their key components.

How Electrical Bushings Work

Explore the inner workings of electrical bushings, from components to functionality.

Electrical Transformer Health Assessment

Learn how to visually assess and maintain the health of conservator liquid insulated transformers.

Voltage, Current, and Resistance, Explained

Grasp the foundational concepts of voltage, current, and resistance from a mechanical engineer's perspective.

How Plate Heat Exchangers Work

Discover the mechanics, advantages, and disadvantages of plate heat exchangers.

How Shell and Tube Heat Exchangers Work

Explore the design, functionality, and engineering of shell and tube heat exchangers.

Introduction to Industrial Chiller Plants

Explore the fundamentals of industrial chillers, their components, and their operation within the HVAC industry.

How Electric Water Heaters Work

Discover the essentials of electric water heaters: their purpose, key components, operation, and common issues.

Ship Terminology and Parts

A detailed overview of Ship Terminology and Components

How Large Marine Two Stroke Engines Work

Fundamentals of Large Marine Two-Stroke Engines

How Ship Steering Gears Work

A detailed overview of steering gears and hydraulic systems in modern ships.

How Control Pitch Propellers (CPP) Work

Learn about Control Pitch Propeller (CPP) Basics

How Helix Fuel Pumps Work

Learn how helix fuel pumps function, their key components, and their applications in marine engineering.

How Hand Pumps Work

Understanding the Mechanics and History of Hand Pumps

Centrifugal Pump Fundamentals

Essentials of Centrifugal Pump Designs and Classifications

Centrifugal Pump Components Explained

Understanding the Mechanics and Components of Centrifugal Pumps

How Centrifugal Pumps Work

Exploring the Dynamics of Centrifugal Pumps Fluid Movement

How Multistage Centrifugal Pumps Work

Exploring the Dynamics of Fluid Movement in Multistage Centrifugal Pumps

How Centrifugal Governors Work

Mastering the Mechanics of Speed Control

Anti-Friction Bearings (Ball and Roller)

Exploring the Mechanics and Applications of Anti-Friction Bearings

Springs in Engineering

Exploring the Versatile Role of Springs in Mechanical Systems

How Boiling Water Reactors Work

Understanding the Mechanics of Nuclear Power Plant

How Coal Fired Power Stations Work

An In-depth Exploration of Coal-Fired Power Plant

How Flue Gas Desulphurisation Works

Mastering the Process of Removing Sulfur Dioxide from Industrial Emissions

Electrostatic Precipitators (ESP)

Understanding the Technology Behind Particulate Matter Control

How Tidal Stream Generators Work

Understanding the Mechanism of Underwater Turbine Power Generator

How Solar Furnaces Work

Exploring the Conversion of Solar Energy into Electricity through Solar Furnaces

How Linear Concentrator Solar Power Plants Work

Unveiling the Mechanics of Solar Thermal Energy Generation

How Solar Trackers Work

Exploring the Mechanics and Efficiency of Solar Tracking Systems

How Hydroelectric Dams Work

Exploring the Functionality and Impact of Hydroelectric Power Generation

3 minutes

How Primary Clarifiers Work

Understanding the Mechanics of Primary Clarifier in Water Treatment

Introduction to Valves Short

Understanding Valve Types, Functions, and Mechanisms

Valve Construction and Components

Explore the Anatomy of Valves and Their Operational Mechanics

How Pneumatic Valves Work

Understanding the Mechanics of Pneumatically Actuated Globe Valves

Life Rafts Explained

Learn the essentials of life rafts, including their design features, operation, and vital equipment.

How Purifiers and Clarifiers Work (Centrifugal Separators)

Understanding Purifiers and Clarifiers in Centrifugal Separation

How Gas Turbines Work (Combustion Turbines)

Understanding the Main Components and Operation of Gas Turbines

Water Treatment and Demineralization

Explore the intricacies of water treatment processes, from clarification to demineralization, and learn how to prepare water for various applications.

Steam Drum Differential Pressure Transmitters Explained

Learn how Differential Pressure Transmitters work, their applications in engineering, and common challenges in using them, especially in steam drum level measurement.

Synchronous Electrical Generators

Learn about the role of synchronous generators in power systems, their key components, and why they're preferred over asynchronous generators.

Wind Turbine Power Generation Overview

Explore the principles behind wind turbine technology and how it converts wind energy into electricity.

Diesel Generators Explained

Explore the inner working and versatile applications of diesel-fired generators.

Hydroelectric Power Plants Overview

Discover the Different Types of Hydroelectric Power Plants and Turbines

How Steam Turbine Condensers Work

Explore the design, components, and functionality of steam turbine condensers.

Introduction to Electrical Switchgear

Understand the purpose, components, and classification of electrical switchgear.

How Pressurized Water Reactor (PWR) Power Plants Work

Understanding the intricacies of PWRs, their components, and operational principles.

How Solar Power Plants Work

Discover the principles behind harnessing solar energy and converting it into electricity.

How Combined Cycle Power Plants Work

Explore the inner workings of combined cycle power plants, from gas turbines to steam turbines.

How Battery Energy Storage Systems (BESS) Work

Discover the intricacies of BESS, including its components, functionality, and role in renewable energy systems.

Emergency Generator Design Features

Understanding the Intricacies of Emergency Power Systems

Three Element Control Explained

Learn about the principles and applications of three element control in steam drum regulation.

Electrical Substations Explained

Boost Your Knowledge on Electrical Substations

Electrical Substations Explained (Part 2)

Explore the intricate components and functions of electrical substations.

Coal, Biomass, and Waste-to-Energy Power Plants Explained

Discover the inner workings of coal-fired power stations, biomass power plants, and waste-to-energy facilities.

Boiler Steam Drums Explained

Understanding the Functionality and Components of Boiler Steam Drums

Sub-Critical, Supercritical, and Ultra-Supercritical Boilers

Understanding the Theory and Design Behind Advanced Boiler Technology

Heat Recovery Steam Generators Explained

Unveiling the Secrets of Efficient Energy Recovery

Low Water Fuel Cut Off Devices Explained

Understanding the Importance and Functionality of LWFCO Devices in Boiler System

Engine Stuffing Box Explained

Discover the purpose, components, and operation of engine stuffing boxes in large engines.

Diaphragm Pumps Explained

Learn why diaphragm pumps are needed, what their main parts are, and how they work.

Crankcase Explosion Relief Valves Explained

Learn why crankcase explosion relief valves are needed, what their main parts are, and how they work.

Why Are Transformers Rated in VA not W?

Explore the reasons behind rating transformers and generators in volt-amperes rather than watts.

Fundamentals of AC Circuit Analysis

Learn about electrical sinusoidal waveforms, vectors, phasors, reactance, capacitance and impedance!

Introduction to Batteries

Learn how batteries work, different battery designs, terminology, hazards and a lot more!

2.3 hours

Ohms Law Made Easy for Series Circuits

Understand Series Circuit Rules and Series Circuit Math

Fundamentals of Electricity and DC Circuit Analysis

Learn the fundamentals of electricity and DC circuits! This course covers conductors, insulators, resistors, capacitors, Ohm's law, Kirchhoff's law, Thevenin and Norton theories, and series and parallel circuit theory.

Power Analysis in AC Circuits

Learn about power analysis in AC circuits with this online video course.

Ohms Law Made Easy for Parallel Circuits

Understand Parallel Resistance Formulas, Parallel Circuit Rules and Parallel Circuit Math

Protection and Control of High Voltage Power Circuits

The study of protective devices and practices used in utilities and industry today.

Symmetrical Components for Three Phase Power Analysis

Learn about asymmetrical three phase voltages and current analysis!

Trigonometry for Electrical Engineering

90% of the mathematics you encounter in electrical engineering is present in this course!

Engineering Calculus Made Simple (Derivatives)

A look at derivatives...the short version!

Properties of Metals (NV)

Learn about metals, alloys, stress, strain, Young's Modulus, and metal working!

Piping Flange Fundamentals (NV)

Learn about pipe flanges! Essential components of any piping system!

Introduction to Steam, Boilers and Thermodynamics (NV)

Learn about steam! Its applications, theory (thermodynamics), properties and generation.

Introduction to Electrical Bushings (NV)

Learn about electrical bushing design, components, types and maintenance. This is an ideal course for anyone in the power engineering industry.

Valve Parts and Valve Actuators (NV)

Learn about valve parts and valve actuators.

High Voltage Instrument Transformers (NV)

What are high voltage instrument transformers? Why do we need them and where are they used? You will find the answers to these questions -and many more- in this course!

Introduction to Electrical Disconnectors (NV)

Learn about the different types of high voltage electrical disconnectors and earthing switches.

Maintenance Strategies (NV)

This course introduces you to reactive, scheduled, preventive, predictive, condition, breakdown, and reliability centred maintenance strategies. You will also learn the advantages and disadvantages associated with each maintenance strategy type.

Introduction to Heat Exchangers (NV)

Learn about common heat exchanger types, designs, categories and construction.

23 minutes

Introduction to Positive Displacement Pumps (NV)

Learn about positive displacement pump components, designs and how they work!

Introduction to Air Compressors (NV)

Learn about air compressor components, designs and how they work!

Introduction to Steam Traps (NV)

Learn about steam traps! Their components, designs and how they function!

Introduction to Filters and Strainers (NV)

Learn about different filter and strainer types!

Anti-Friction Bearing Fundamentals (NV)

Learn about anti-friction bearing components, designs and applications.

Introduction to Mathematics (NV)

Learn to work with fractions, decimals, percentages, averages, exponents and radicals! Essential Math knowledge!

Video Courses

So much to learn...

Internal Combustion Engine Basics

Learn how internal combustion engines work! Learn all of a combustion engine's main components, how two and four stroke combustion cycles work and how engine systems work!

1.7 hours

Diesel Engine Fundamentals (Part 1)

Learn about the diesel engine with this online diesel engine course! Ideal for Automotive Engineering and Automobile Engineering!

4.6 hours

Diesel Engine Fundamentals (Part 2)

Learn MORE about the diesel engine!

2.9 hours

Power Engineering Fundamentals

Discover Electric Power Generation, Transmission and Distribution: Principles, Machinery and Technologies.

Introduction to Steam, Boilers and Thermodynamics

Learn about steam! Its applications, theory (thermodynamics), properties and generation.

Mechanical and Electrical Engineering Explained

Learn how things work! Boilers, engines, transformers, electricity, valves, pumps, power stations, learn it all in this constantly growing collection of engineering videos!

Introduction to Valves

Learn about valve components, designs and applications!

4.5 hours

Emergency Power Systems Explained

Understand how emergency power systems work and their critical role in ensuring safety and operational continuity.

Fire Tube Boilers Explained

Learn about the design, operation, and maintenance of fire tube boilers!

Introduction to Electrical Transformers

Learn about electrical transformer theory, design, construction, protection and maintenance.

2.9 hours

Introduction to Hydroelectric Power Plants

Learn about hydroelectric power plant design, components, terminology and how they work!

2.3 hours

Introduction to Heat Exchangers

Learn about common heat exchanger types, designs, categories and construction.

1.6 hours

Anti-Friction Bearing Fundamentals

Learn about anti-friction bearing components, designs and applications.

1.8 hours

Introduction to Cooling Towers

Learn about cooling tower components, designs, types, problems and applications.

4.0 hours

Introduction to Centrifugal Pumps

Learn all of the centrifugal pump's components, how it works, common problems and how to solve them.

2.6 hours

Plate Heat Exchanger Fundamentals

Learn about the plate heat exchanger! Components, design, how it works, maintenance and more!

1.4 hours

Induction Motor Basics

Learn about the most common type of electric motor...the induction motor!

Eductors, Ejectors, Venturi Pumps and Jet Pumps Explained

Explore the principles and applications of motive fluid-driven devices used across engineering industries!

Nuclear Power Plant Machinery

Learn about all the major machines within a nuclear power plant and how they work together to generate electricity.

Water Treatment Fundamentals

Learn about the processes involved in treating water before it can be used for human consumption or industrial use.

Fuel Purifier and Clarifier Fundamentals (Centrifugal Separators)

Learn about fuel purifiers and clarifiers in this introductory course.

Piping Flange Fundamentals

Learn about pipe flanges! Essential components of any piping system!

How Piston Air Compressors Work

A Comprehensive Guide to Understanding Piston Air Compressors

How Four Stroke Engines Work

The Mechanics of Four Stroke Diesel and Gasoline Engines

How Two Stroke Engines Work

Understanding the Mechanics Behind Two Stroke Engines.

Engine Parts, Components, and Terminology Explained

A Comprehensive Guide to Understanding Engine Anatomy and Nomenclature

How Engine Cooling Water Systems Work

Mastering the Essentials of Engine Temperature Regulation

How Turbochargers Work

Boost Your Knowledge on Turbocharging Technology

How Spark Plugs Work

Unveiling the Secrets Behind Spark Plug Technology in Gasoline Engines

How Lubrication Oil Filters Work

Discover the Functionality and Importance of Oil Filters in Internal Combustion Engines

How Watertube Boilers Work

Understanding the Operation of Watertube Boilers in Coal-Fired Power Stations

How Firetube Boilers Work

Exploring the Inner Workings of Fire Tube Boilers Through Interactive Modeling

How Deaerators Work

Understanding the Mechanisms and Designs of Deaerators

How Ball Mills Work

Understanding the inner workings and design considerations of ball mills.

How Vertical Grinding Mills Work (Coal Pulverizer Example)

Understanding the Operation and Components of Vertical Grinding Mills

How Fresh Water Generators Work

Learn how to convert seawater into fresh water using fresh water generators.

How Cooling Towers Work

Understanding the Functionality and Components of Cooling Towers

Cooling Tower Design

Exploring the Various Types and Classifications

How Natural Draft Cooling Towers Work

Explore the intricacies of natural draft cooling towers, from their unique design to their fundamental working principles.

How Cross Flow Cooling Towers Work

Explore the inner working of cross flow cooling towers and understand their essential components and operational principles.

How Counter Flow Cooling Towers Work

Unraveling the Mechanics Behind Efficient Cooling

How to Make Electricity

Understanding the Fundamental Principles of Electricity Generation

How Power Grids Work

Understanding the Intricacies of Electrical Power Transmission

Squirrel Cage Induction Motor Components

Exploring the Components and Assembly of an Induction Motor

How Electrical Transformers Work

Understanding the Fundamental Principles and Applications.

Transformer Parts and Functions

A comprehensive overview of different transformer types and their key components.

How Electrical Bushings Work

Explore the inner workings of electrical bushings, from components to functionality.

Electrical Transformer Health Assessment

Learn how to visually assess and maintain the health of conservator liquid insulated transformers.

Voltage, Current, and Resistance, Explained

Grasp the foundational concepts of voltage, current, and resistance from a mechanical engineer's perspective.

How Plate Heat Exchangers Work

Discover the mechanics, advantages, and disadvantages of plate heat exchangers.

How Shell and Tube Heat Exchangers Work

Explore the design, functionality, and engineering of shell and tube heat exchangers.

Introduction to Industrial Chiller Plants

Explore the fundamentals of industrial chillers, their components, and their operation within the HVAC industry.

How Electric Water Heaters Work

Discover the essentials of electric water heaters: their purpose, key components, operation, and common issues.

Ship Terminology and Parts

A detailed overview of Ship Terminology and Components

How Large Marine Two Stroke Engines Work

Fundamentals of Large Marine Two-Stroke Engines

How Ship Steering Gears Work

A detailed overview of steering gears and hydraulic systems in modern ships.

How Control Pitch Propellers (CPP) Work

Learn about Control Pitch Propeller (CPP) Basics

How Helix Fuel Pumps Work

Learn how helix fuel pumps function, their key components, and their applications in marine engineering.

How Hand Pumps Work

Understanding the Mechanics and History of Hand Pumps

Centrifugal Pump Fundamentals

Essentials of Centrifugal Pump Designs and Classifications

Centrifugal Pump Components Explained

Understanding the Mechanics and Components of Centrifugal Pumps

How Centrifugal Pumps Work

Exploring the Dynamics of Centrifugal Pumps Fluid Movement

How Multistage Centrifugal Pumps Work

Exploring the Dynamics of Fluid Movement in Multistage Centrifugal Pumps

How Centrifugal Governors Work

Mastering the Mechanics of Speed Control

Anti-Friction Bearings (Ball and Roller)

Exploring the Mechanics and Applications of Anti-Friction Bearings

Springs in Engineering

Exploring the Versatile Role of Springs in Mechanical Systems

How Boiling Water Reactors Work

Understanding the Mechanics of Nuclear Power Plant

How Coal Fired Power Stations Work

An In-depth Exploration of Coal-Fired Power Plant

How Flue Gas Desulphurisation Works

Mastering the Process of Removing Sulfur Dioxide from Industrial Emissions

Electrostatic Precipitators (ESP)

Understanding the Technology Behind Particulate Matter Control

How Tidal Stream Generators Work

Understanding the Mechanism of Underwater Turbine Power Generator

How Solar Furnaces Work

Exploring the Conversion of Solar Energy into Electricity through Solar Furnaces

How Linear Concentrator Solar Power Plants Work

Unveiling the Mechanics of Solar Thermal Energy Generation

How Solar Trackers Work

Exploring the Mechanics and Efficiency of Solar Tracking Systems

How Hydroelectric Dams Work

Exploring the Functionality and Impact of Hydroelectric Power Generation

3 minutes

How Primary Clarifiers Work

Understanding the Mechanics of Primary Clarifier in Water Treatment

Introduction to Valves Short

Understanding Valve Types, Functions, and Mechanisms

Valve Construction and Components

Explore the Anatomy of Valves and Their Operational Mechanics

How Pneumatic Valves Work

Understanding the Mechanics of Pneumatically Actuated Globe Valves

Life Rafts Explained

Learn the essentials of life rafts, including their design features, operation, and vital equipment.

How Purifiers and Clarifiers Work (Centrifugal Separators)

Understanding Purifiers and Clarifiers in Centrifugal Separation

How Gas Turbines Work (Combustion Turbines)

Understanding the Main Components and Operation of Gas Turbines

Water Treatment and Demineralization

Explore the intricacies of water treatment processes, from clarification to demineralization, and learn how to prepare water for various applications.

Steam Drum Differential Pressure Transmitters Explained

Learn how Differential Pressure Transmitters work, their applications in engineering, and common challenges in using them, especially in steam drum level measurement.

Synchronous Electrical Generators

Learn about the role of synchronous generators in power systems, their key components, and why they're preferred over asynchronous generators.

Wind Turbine Power Generation Overview

Explore the principles behind wind turbine technology and how it converts wind energy into electricity.

Diesel Generators Explained

Explore the inner working and versatile applications of diesel-fired generators.

Hydroelectric Power Plants Overview

Discover the Different Types of Hydroelectric Power Plants and Turbines

How Steam Turbine Condensers Work

Explore the design, components, and functionality of steam turbine condensers.

Introduction to Electrical Switchgear

Understand the purpose, components, and classification of electrical switchgear.

How Pressurized Water Reactor (PWR) Power Plants Work

Understanding the intricacies of PWRs, their components, and operational principles.

How Solar Power Plants Work

Discover the principles behind harnessing solar energy and converting it into electricity.

How Combined Cycle Power Plants Work

Explore the inner workings of combined cycle power plants, from gas turbines to steam turbines.

How Battery Energy Storage Systems (BESS) Work

Discover the intricacies of BESS, including its components, functionality, and role in renewable energy systems.

Emergency Generator Design Features

Understanding the Intricacies of Emergency Power Systems

Three Element Control Explained

Learn about the principles and applications of three element control in steam drum regulation.

Electrical Substations Explained

Boost Your Knowledge on Electrical Substations

Electrical Substations Explained (Part 2)

Explore the intricate components and functions of electrical substations.

Coal, Biomass, and Waste-to-Energy Power Plants Explained

Discover the inner workings of coal-fired power stations, biomass power plants, and waste-to-energy facilities.

Boiler Steam Drums Explained

Understanding the Functionality and Components of Boiler Steam Drums

Sub-Critical, Supercritical, and Ultra-Supercritical Boilers

Understanding the Theory and Design Behind Advanced Boiler Technology

Heat Recovery Steam Generators Explained

Unveiling the Secrets of Efficient Energy Recovery

Low Water Fuel Cut Off Devices Explained

Understanding the Importance and Functionality of LWFCO Devices in Boiler System

Engine Stuffing Box Explained

Discover the purpose, components, and operation of engine stuffing boxes in large engines.

Diaphragm Pumps Explained

Learn why diaphragm pumps are needed, what their main parts are, and how they work.

Crankcase Explosion Relief Valves Explained

Learn why crankcase explosion relief valves are needed, what their main parts are, and how they work.

Why Are Transformers Rated in VA not W?

Explore the reasons behind rating transformers and generators in volt-amperes rather than watts.

Fundamentals of AC Circuit Analysis

Learn about electrical sinusoidal waveforms, vectors, phasors, reactance, capacitance and impedance!

Introduction to Batteries

Learn how batteries work, different battery designs, terminology, hazards and a lot more!

2.3 hours

Ohms Law Made Easy for Series Circuits

Understand Series Circuit Rules and Series Circuit Math

Fundamentals of Electricity and DC Circuit Analysis

Power Analysis in AC Circuits

Learn about power analysis in AC circuits with this online video course.

Ohms Law Made Easy for Parallel Circuits

Understand Parallel Resistance Formulas, Parallel Circuit Rules and Parallel Circuit Math

Protection and Control of High Voltage Power Circuits

The study of protective devices and practices used in utilities and industry today.

Symmetrical Components for Three Phase Power Analysis

Learn about asymmetrical three phase voltages and current analysis!

Trigonometry for Electrical Engineering

90% of the mathematics you encounter in electrical engineering is present in this course!

Engineering Calculus Made Simple (Derivatives)

A look at derivatives...the short version!

Properties of Metals (NV)

Learn about metals, alloys, stress, strain, Young's Modulus, and metal working!

Piping Flange Fundamentals (NV)

Learn about pipe flanges! Essential components of any piping system!

Introduction to Steam, Boilers and Thermodynamics (NV)

Learn about steam! Its applications, theory (thermodynamics), properties and generation.

Introduction to Electrical Bushings (NV)

Learn about electrical bushing design, components, types and maintenance. This is an ideal course for anyone in the power engineering industry.

Valve Parts and Valve Actuators (NV)

Learn about valve parts and valve actuators.

High Voltage Instrument Transformers (NV)

What are high voltage instrument transformers? Why do we need them and where are they used? You will find the answers to these questions -and many more- in this course!

Introduction to Electrical Disconnectors (NV)

Learn about the different types of high voltage electrical disconnectors and earthing switches.

Maintenance Strategies (NV)

Introduction to Heat Exchangers (NV)

Learn about common heat exchanger types, designs, categories and construction.

23 minutes

Introduction to Positive Displacement Pumps (NV)

Learn about positive displacement pump components, designs and how they work!

Introduction to Air Compressors (NV)

Learn about air compressor components, designs and how they work!

Introduction to Steam Traps (NV)

Learn about steam traps! Their components, designs and how they function!

Introduction to Filters and Strainers (NV)

Learn about different filter and strainer types!

Anti-Friction Bearing Fundamentals (NV)

Learn about anti-friction bearing components, designs and applications.

Introduction to Mathematics (NV)

Learn to work with fractions, decimals, percentages, averages, exponents and radicals! Essential Math knowledge!

Power engineering

Introduction to Hydroelectric Power Plants

Learn about hydroelectric power plant design, components, terminology and how they work!

2.3 hours

Emergency Power Systems Explained

Understand how emergency power systems work and their critical role in ensuring safety and operational continuity.