Industrial Skills Development Online Training Courses

RFID Applications

RFID technology offers a relatively inexpensive method of tagging virtually any object and then being able to search for and identify that object. This radio-based technology, combined with computers and databases which are able to access large amounts of data, creates a tool that can increase the speed and efficiency of just about any manufacturing, warehousing, transportation, or retailing operation. Adding read/write functionality and/or sensors expands upon the number of potential applications for this technology.

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RFID Basics

RFID stand for "Radio Frequency IDentification." In RFID systems, "readers" use radio signals to communicate with data "tags." A "tag" consists of an antenna connected to a data-containing integrated circuit that can be attached to almost any object, thereby giving the object a unique identification number which can be read remotely. RFID technology is used to control building access, inventory, mass transit ticketing, and highway tolls, and it is being used to increase the security of new U.S. passports.

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RFID Implementation

Many decisions must be made when setting up an RFID system. Even after major factors like frequency of operation, reader type, and tag type have been determined, there are still a number of issues that can seriously impact a project's success. These issues deserve consideration both during installation and operation, and include reader antenna location, orientation, and connections, multipath reflection, electromagnetic interference, reader collision, and packaging considerations.

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RFID Readers

An RFID reader sends commands and information to an RFID tag and receives information from the tag. A reader consists of a transceiver, antenna, controller, and computer interface. Readers communicate with tags using either inductive coupling or backscatter coupling. Both techniques rely on the tag modifying the electromagnetic field to send encoded information back to the reader. Besides handling radio communications, the reader is responsible for performing data verification and passing tag data to a database.

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RFID Tags

An RFID tag consists of an antenna that is connected to a data-containing integrated circuit. These small tags can be attached to almost any object, thereby giving it a unique identification number which can be read without contacting the object. Tags can be passive, operating on the energy of the radio waves of the reader, or active, which means they are powered by a built-in battery. RFID tags come in just about every shape and size imaginable. The packaging is determined by their intended use and the frequency at which they operate.

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Scanning and Tracking Overview

Items need to be tracked for many reasons. In the supply chain, tracking allows a company to identify the current location of items and item counts. This information can be used to forecast item arrival date and future needs, trace items for recall and return, reduce shrinkage, and avoid counterfeit items. Accurate, up-to-date information about quantities and locations can improve the efficiency of the supply chain. This course covers tracking benefits, what to track, and other tracking information.

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Blueprint Basics

Blueprints are one of the most important communication tools that a company can possess. Blueprints must communicate ideas about many different subject areas to many different people within an organization. This course will discuss the front page, legend, and other aspects of blueprints.

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Diagrams: Blueprints

This course is designed to familiarize participants with the basic features of construction blueprints. After completing this course, participants should be able to describe various types of blueprints, identify lines, symbols, and abbreviations that are commonly found in blueprints, and explain how to properly care for blueprints.

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Diagrams: Industrial Process Systems

This course is designed to introduce participants to plant system diagrams and diagram symbols. After completing this course, participants should be able to identify and describe the purpose of several kinds of system diagrams, and describe the information found on each type. Participants should also be able to identify symbols commonly used on piping and instrumentation diagrams (P&IDs), describe the types of information typically found on a legend, and use a P&ID to locate the components of a system.

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Diagrams: Piping and Instrumentation

This course is designed to familiarize participants with the use of piping and instrumentation diagrams (P&IDs). After completing this course, participants should be able to describe the kinds of information that can be found on a P&ID and explain why this information is useful. They should also be able to explain how to use P&IDs to troubleshoot system problems.

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Electrical Drawings and Schematics

This course discusses recognizing electronic symbols, integrated circuits, and logic symbols. It also covers electronic schematics and the difference between logic and digital diagrams.

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Process and Instrumentation Diagrams

Process and Instrumentation Diagrams, also known as P&IDs, are basically maps meant to show process connections and equipment relationships pictorially. They are invaluable during the planning and installation of new equipment, maintenance planning and procedures, and when comparing as-installed controls to the original design. This module will discuss how P&IDs are used, how to read the symbols used on P&IDs, and a real world examples of a P&ID system.

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Symbols, Standards, and Schematics

One way in which electrical components are identified in drawings is by the use of schematic symbols. A schematic symbol either represents a single component in an electrical circuit, such as a pushbutton or motor, or a part of a component, such as with relays and starters. This course covers component representations, component abbreviations, electrical standard organizations, blueprint layout, and blueprint styles.

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Buses and Storage

This course covers the definition of a bus and then discusses computer storage such as USBs, FireWire, CDs, and DVDs.

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Databases, Spreadsheets, and Word Processing

A database program assists in managing large collections of information. A database makes it easy to store, sort, and maintain information. This course will discuss database design, reports, spreadsheets, word documents, and toolbars. [course outline]
• Database design
• Data types
• Reports
• Columns and rows
• Cells
• Word documents
• Toolbars

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Input and Output Devices

This course covers the basics of all different kinds of input and output devices for computers from keyboards to the mouse. It also discusses data sorting, user data inputs, image inputs, visual outputs, audio outputs, and networks.

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Logic Technology, Logic Functions, Sequential Logic, and Analog Conversion

The field of electronics deals with information in the form of electrical signals. Most of the electrical signal information that people encounter is in analog form. An analog signal is one that is continuously variable between the minimum and maximum values. This course begin with a discussion on digital and analog signals, covers truth tables and common logic functions, and then concludes with logic circuits and analog conversions.

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Auxiliary Vessels

Process facilities contain a number of process units, and each process unit consists of one or more process systems. These process systems are made up of many different types of components, including various types of process vessels. A process operator must be familiar with the functions and features of all the different types of process vessels. This course focuses on a general group of vessels that can be referred to as auxiliary vessels.

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Fastener Basics

Devices that are used to connect two or more objects together mechanically, are called "fasteners." There are countless types of mechanical fasteners, and each one is specifically designed for a particular application. This module will identify and describe screw types, identify and describe bolt types, and describe how to use a torque wrench.

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Forklifts: Operation

This course is designed to familiarize participants with the basic design and operation of forklifts. After completing this course, participants should be able to describe how forklifts can be classified and identify the major features and common working dimensions of a forklift. They should also be able to explain how to inspect a forklift, how to recharge or refuel a forklift, and how to operate a forklift safely.

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Hand and Power Tools

The power to recognize and avoid injury is right at your fingertips. This hand and power tools course includes information on electrical, pneumatic, hydraulic, liquid fuel, and powder-actuated power tools. Topics covered include general tool safety, maintenance, guards, best practices, and operating guidelines.

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Hand Tools, Part 1

Hand tools are used every day in construction, manufacturing, and industrial settings as well as for do-it-yourself projects at home. Hand tools can make it safer and easier to do many different kinds of jobs. This course discusses the proper use and general care of a wide variety of hand tools.

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Hand Tools, Part 2

Maintenance mechanics work with a variety of hand tools to perform many jobs, so it is important for mechanics to understand the function and care of common hand tools. Mechanics should know how to select the correct tool for any given job and how to use tools efficiently and safely. This course discusses the proper use and general care of pliers, vises, clamps and punches.

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Portable and Emergency Equipment

This training program focuses on common types of portable and emergency equipment that are found in industrial facilities. Some types of portable equipment are used to periodically analyze conditions in a process or inside process equipment. Other types of portable equipment, such as pumps, have specialized roles that are determined by plant procedures and policies. Emergency equipment, such as respirators and fire fighting equipment, is used strictly during emergencies.

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Precision Measuring Tools

This course covers micrometers and telescoping gauges. It also demonstrates how to read and use micrometers, dial indicators, digital calipers, thermometers, tachometers, and strobe RPM monitors.

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Wrenches and Hammers

Wrenches and hammers are two of the most commonly used tools. From do-it-yourself weekend projects in the garage at home to large scale industrial construction, it is almost inevitable that wrenches and hammers of one kind or another will play a significant role. They are incredibly helpful, and make difficult jobs much easier and more efficient. This course will describe the different types of wrenches and hammers available as well as safe work practices for using them.

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Geometric Dimensioning and Tolerancing (GD&T): Datum Selection and Interpretation

When using geometric dimensioning and tolerancing (GD&T) to describe a part, you often need to specify the orientation or location of a part feature with reference to other features on the part. From the perspective of a designer, two things must be kept in mind. First, you must communicate to the manufacturer or inspector how to treat imperfect features when making or measuring a part. Second, you must communicate the functional intent of the part. In this interactive, onine course, you will explore datum selection and notation so you can learn to communicate these requirements.

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Geometric Dimensioning and Tolerancing (GD&T): Form and Size Tolerances

Geometric dimensioning and tolerancing (GD&T) is a symbolic language used to communicate the allowable variation within a product assembly and standardizes variations in measurement. Size tolerances define the allowable variation in the size of a feature, while form tolerances describe the allowable variations in the contours of features and surfaces on a part. In this interactive, online course, we will discuss size tolerances, and form tolerances, as well as cylindricity, and circularity.

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Geometric Dimensioning and Tolerancing (GD&T): Introduction

GD&T is a symbolic language that is used to accurately describe mechanical parts and to define the allowable deviations in size, form, and location for each feature, in a manner that allows the greatest flexibility for the manufacturer, while ensuring that the part will function as intended. This interactive, online course provides an introduction to GD&T fundamentals and basic notations.

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Geometric Dimensioning and Tolerancing (GD&T): Orientation Tolerances

In Geometric Dimensioning and Tolerancing (GD&T), an orientation tolerance is used to control the parallelism, perpendicularity, or angularity of a part feature with respect to a frame of reference (defined by the datum references). This interactive, online course discusses the three different types of orientation tolerances: Parallelism, Perpendicularity, and Angularity and how they are communicated in GD&T.

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Geometric Dimensioning and Tolerancing (GD&T): Position Tolerances

GD&T position tolerances and dimensions define where features are located on a part with respect to other features. Position tolerances are typically used on holes, pins, tabs, slots, and other features of size. They are particularly useful when dealing with patterns of holes. This interactive, online course will discuss the use of GD&T for positional tolerances. It will also discuss bonus tolerance and functional gauges, as well as special considerations for positional tolerances.

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Geometric Dimensioning and Tolerancing (GD&T): Profile and Runout Tolerances

Profile tolerances are typically used on irregular surfaces where flatness and position tolerances are insufficient to describe the part requirements. Runout tolerances are typically applied to rotating parts to maintain the form and location of features with respect to their bearing surfaces. This interactive, onine course will show you how to properly apply and interpret profile tolerances for both surface and line elements, how to reference datums and apply basic dimensions to describe features, and how to use composite profile tolerances to reflect specific feature requirements.

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Adhesive Basics

Adhesives are compounds that can be used alone or supplement another joining mechanism to hold two substrates together. The type of adhesive used in each application depends on the nature of the substrates and the conditions to which the adhesive joint will be exposed. This course will describe the basic theories of adhesion, adhesive classifications, and common adhesives. It will also discuss important surface preparation and adhesive application considerations, and some advantages and disadvantages of adhesives compared to other joining mechanisms.

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Painting and Coating Basics

Surfaces are often painted or coated to protect them against corrosion and degradation. Metal corrosion is of particular concern because it can cause equipment failures, which can lead to safety problems, environmental issues, lost production, and increased costs. Wood surfaces are also often painted or coated to provide protection from insects, fungi, and weathering. Paints and coatings for use on masonry surfaces must be formulated for the high pH levels that are often present. Prior to painting or coating, surfaces must be properly prepared, which may include cleaning, sanding, drying, and sometimes priming, in order to achieve even coverage and good adhesion. [course outline] Purpose of Paint and Coatings Metal Corrosion Concerns What Is Metal Corrosion Preventing Metal Corrosion Protective Coatings - Paint Protective Coatings - Epoxy and Galvanizing Protective Coatings - Powder Coating Surface Preparation Cleaning Solvents So

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Plastic and Rubber Basics

Plastics and rubbers are used in many industrial and non-industrial applications. This course discusses the definition of plastics and rubbers as well as their types, properties, and applications. This course also illustrates cutting, drilling, shaping, and fastening plastics.

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Wood and Insulation Basics

Almost any type of construction or remodel job, whether a do-it-yourself weekend project or a professional one, requires basic knowledge about which wood to choose, as well as what kind of insulation works best for any given situation. Knowing basic details about different types of wood and the proper use of insulation will help you complete your projects more efficiently. [course outline] Hardwoods Types of Hardwoods Softwoods Wood Grades and Defects Hardwood Grades Softwood Grades Lumber Cuts Saw Blades Drill Bits Fastening Wood Thermal Insulation Measuring Thermal Insulation Acoustic Insulation Insulation Material 1 of 2 Insulation Mater

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Boolean Algebra, Part 1

Boolean algebra, also known as Boolean logic, is a way of calculating truth values based on 0 and 1, or false and true. This system of logic, illustrated by Boolean logic gates, is applied to the construction, inputs, and outputs of applications such as circuitry and computer function. This course outlines the basics of Boolean functions and laws, instructions on writing out truth tables in order to illustrate each of the logic gates and all their possible outputs, instructions on converting these tables into Boolean expressions, how to use Boolean algebra to simplify combinational logic circuits, and how to convert Boolean expressions into Karnaugh maps.

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Boolean Algebra, Part 2

Boolean algebra, also known as Boolean logic, is a way of calculating truth values based on 0 and 1, or false and true. This system of logic, illustrated by Boolean logic gates, is applied to the construction, inputs, and outputs of applications such as circuitry and computer function. This course outlines the basics of Boolean functions and laws, instructions on writing out truth tables in order to illustrate each of the logic gates and all their possible outputs, instructions on converting these tables into Boolean expressions, how to use Boolean algebra to simplify combinational logic circuits, and how to convert Boolean expressions into Karnaugh maps.

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Boolean Algebra, Part 3

Boolean algebra, also known as Boolean logic, is a way of calculating truth values based on 0 and 1, or false and true. This system of logic, illustrated by Boolean logic gates, is applied to the construction, inputs, and outputs of applications such as circuitry and computer function. This course outlines the basics of Boolean functions and laws, instructions on writing out truth tables in order to illustrate each of the logic gates and all their possible outputs, instructions on converting these tables into Boolean expressions, how to use Boolean algebra to simplify combinational logic circuits, and how to convert Boolean expressions into Karnaugh maps.

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Industrial Math: Algebra

This course is designed to familiarize participants with the basic concepts of algebra. After completing this course, participants should be able to define terms commonly associated with the use of algebra, isolate an unknown in an equation, and use the processes of distribution and factoring. They should also be able to explain what ratios and proportions are and to explain the difference between a direct proportion and an inverse proportion. Finally, participants should be able to use a calculator to solve math problems.

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Industrial Math: Basic Operations, Part 1

This course is designed to introduce participants to the basic principles of addition, subtraction, multiplication, and division. After completing this course, participants should be able to describe how to add, subtract, and multiply numbers in vertical columns, and to explain how short division and long division is done. They should also be able to explain powers of numbers and roots of numbers, and they should be able to describe shortcuts for multiplying and dividing with multiples of ten.

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Industrial Math: Basic Operations, Part 2

This course is designed to familiarize participants with basic mathematical operations involving signed numbers, averaging, rates, fractions, decimals, and conversions. After completing this course, participants should be able to perform basic mathematical operations with signed numbers, perform combined operations in the proper order, find the average of a group of numbers, and calculate rates. They should also be able to add, subtract, multiply, and divide with fractions and decimals. Finally, participants should be able to convert between fractions, decimals, and percents; write numbers using scientific notation; and use conversion tables.

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Industrial Math: Formulas, Graphs, and Trends

This course is designed to familiarize participants with the basic principles associated with using formulas, reading and interpreting graphs, and detecting and analyzing trends. After completing this course, participants should be able to explain what a formula is and use formulas to find areas, volumes, and volumetric flow rates. They should also be able to describe how graphs and charts can provide information about process variables. In addition, participants should be able to describe basic procedures for detecting and analyzing trends.

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Math: Basics

This course is designed to familiarize participants with basic mathematical applications that can be used on the job. After completing this course, participants should be able to interpret measurements that include fractions and decimal values, measurements in English and metric units, and perform mathematical applications involving fractions and decimals. They should also be able to calculate dimensions associated with rectangles, triangles, and circles.

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Mathematics - Exponents

This course begins with the definition of exponents and then discusses scientific and engineering notation as well as multiplying exponents. The course concludes by illustrating binary, decimal, and hexadecimal number systems.

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Mathematics - Fractions

A fraction consists of two integers, one on top of the other, separated by a horizontal line or slash. Fractions are used to represent how many portions of a particular size there are of a whole something. This course will describe how to reduce fractions to their lowest terms, how to calculate the greatest common factor and lowest common denominator, and how to perform mathematical operations with fractions, including how to convert between fractions and decimals or percentages.

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Measurement - Dimensions

Distance measuring units include the U.S. standard, (inch, feet, yard), decimal-inch (tenth, hundredth, thousandth, ten-thousandth), or the metric (millimeter, centimeter, meter). Being able to measure length or distance, or determining if something is square are integral parts of many projects. This can include weekend do-it-yourself jobs to major landscaping and construction projects. While measuring cannot be done without some variation, errors can be reduced by following basic principles covered in this course.

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Operations: Basic Principles

In this course, you will learn how a plant responds to load demand changes and what the basic responsibilities of an operator are during a load change. You will describe the basic function of bearings, identify sliding surface bearings and roller contact bearings, and know some of the operator responsibilities for checking bearings and maintaining lubrication.

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Operator Responsibilities: Communication

In an industrial facility, operators interact with various people, including other employees and contractors working inside the plant, and possibly customers and people from the surrounding community. The way operators communicate with other people can affect safety and plant production, as well as the image of the company. This course focuses on operator internal and external communication and the collection and use of operational data.

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Operator Responsibilities: Control Room Operator Responsibilities

The primary responsibility of a plant operator is to ensure that a unit performs according to current requirements set by the facility. Control room operators are primarily responsible for monitoring and controlling equipment remotely from a control room. This course covers the main responsibilities of control room operators, including maintaining process variables and communication.

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Operator Responsibilities: Outside Operator Responsibilities

Modern industrial facilities include complex systems that serve a multitude of functions. These systems, which consist of equipment, piping runs, and electrical cables, work together to process raw materials into final products that can be supplied to customers. Many groups of people are involved in the operation of an industrial facility. This course focuses on the responsibilities of outside operators, who are generally responsible for monitoring equipment located outside the control room.

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Operator Responsibilities: Plant Production and Safety

The primary responsibility of a plant operator is to ensure that a production unit operates safely and efficiently. This course focuses on operator responsibilities related to plant production and safety responsibilities that apply to various operating conditions. We'll also examine some safety permits and regulations that operators must know.

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Operator Responsibilities: Trends, Maintenance, and Emergencies

Operators play a vital role in an industrial facility's safe and efficient operation. Operators must not only make sure that equipment is operating correctly, but they must also be prepared to respond if an emergency arises. In this unit, we'll look at some typical operator responsibilities. We'll look at trends and how operators can analyze trends to determine the condition of the equipment. We'll also look at operator responsibilities associated with maintaining equipment, and we'll look at responsibilities that operators may have in emergencies.

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Advanced Rigging, Part 1

Rigging can be described as the planned movement of a load using various types of rigging equipment. Rigging jobs can range from light lifting operations, in which simple hoisting mechanisms are used, to complex or heavy lifting procedures. This course focuses on equipment used for lifting loads that are heavy, bulky, or hard to balance.

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Advanced Rigging, Part 2

Rigging can be described as the planned movement of a load using various types of rigging equipment. Rigging jobs can range from light lifting operations, in which simple hoisting mechanisms are used, to complex or heavy lifting procedures. This course focuses on the techniques used for lifting loads that are heavy, bulky, or hard to balance.

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Rigging - Block and Tackle

Pulleys are simple machines that make lifting loads easier. Ropes and pulleys allow people to lift objects much higher than they could with just their arms, provided there is a supporting structure to hang the pulley from and the rope is long enough. Using a system of multiple pulleys makes it easier to lift heavy loads. This course focuses on compound pulley assemblies called block and tackles.

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Rigging - Load Weight and Center of Gravity

Selecting the proper equipment is part of planning any rigging job. Doing so requires closely estimating the load's volume, weight, and center of gravity. The center of gravity of a load is the point around which the weight is evenly distributed. The load would balance if it were supported at its center of gravity. For symmetrical loads, finding the center of gravity is easy. It is at the center point. However, it is more challenging to determine where the center of gravity is for asymmetrical loads. This course covers methods for estimating a load's weight and center of gravity and rigging equipment used to balance asymmetrical loads.

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Rigging - Sling Materials and Hardware

For a load to be lifted, it must be connected to the lifting device. The connecting link between the lifting device and the load often comprises wire ropes, chains, synthetic slings, and various rigging hardware, such as hooks and shackles. This course discusses rope and sling materials and the various end fittings and connectors for attaching them to other rigging equipment and loads.

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Rigging: Ladders and Scaffolds

This course is designed to familiarize participants with various types of ladders and scaffolds that enable personnel to work at elevated heights. After completing this course, participants should be able to describe how to select the proper ladder for a job and then use the ladder safely. They should also be able to describe general safety precautions associated with using scaffolds and the basic operation and use of various types of fixed scaffolds and powered scaffolds.

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Chemical Reaction Rates and Equilibrium

A chemical reaction is a process in which one or more reactants change chemically to produce one or more products. Reaction kinetics is the study of the speed of a reaction – the “reaction rate” – how quickly the reactants are consumed and the products are produced. Several factors can affect reaction rate, including temperature, pressure, concentration, surface area, and the presence of a catalyst. Some chemical reactions are reversible – the reactants can form products, and the products can revert into reactants. In a closed system, reversible reactions will eventually reach an equilibrium point, with reactants and products both present. The equilibrium point can shift towards the reactant side or product side by changing the reactant concentration, temperature, or pressure, or the products can be stabilized so that they cannot revert back into reactants. In this course, we look at how chemical reactions occur and the impact of several factors on reaction rate. We also cover different types of catalysts, reversible reactions, the equilibrium point, and the stabilization of products.

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Chemical Reactions and Material Balances

Chemical reactions are all around us, from the combustion of fuel in an automobile engine, to the rusting of iron metal, to the baking of cookies, to the photosynthesis of carbon dioxide and water in plants. Many industrial processes also involve chemical reactions, where raw materials are converted into products that are desired by customers. Operators who have a good understanding of basic chemistry are better able to understand and troubleshoot plant operations. In this course, we discuss some basic types of chemical reactions, show you how to balance a chemical equation, explain the difference between organic chemistry and inorganic chemistry, and discuss material balances and limiting factors in chemical processes.

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Chemistry: Atoms, Bonds, Compounds, and Solutions

Chemistry is the study of the structure and composition of matter, including how it changes. Matter is made up of very small particles called atoms, which are themselves made up of even smaller particles – protons, neutrons, and electrons. It is the negatively-charged electrons, specifically the valence electrons in an atom’s outermost shell, that participate in the formation of chemical bonds.

Operators in process industries should have a basic understanding of chemistry because industrial processes often involve changes to the structure and/or composition of matter. This course covers the structure and composition of matter; the relationships between atoms, bonds, and molecules; the similarities and differences between compounds, mixtures, and solutions; and the definitions of concentration and pH.

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Fluid Systems and Measurements

Fluid systems are used to produce a large variety of products and to support production processes. Fluids are used to provide heating, cooling, and lubrication; for flushing and cleaning; and to store and distribute reactants and products. It is important for operators to understand how these systems behave in steady state conditions and also how they respond to operating changes. The transient response curve generated by a step input can help shed light on a system’s response to operating changes and be used to help set up a controller to automatically make adjustments to control important variables. Pressure, flow, level, and temperature are some of the variables that are commonly monitored in fluid process systems. It is important to monitor these variables in order to maintain the safety, performance, and efficiency of the process. This course describes the basic design features of fluid process systems, steady state vs. transient operating conditions, important variables to monitor and control, and how those variables are measured.

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Fluids and Solutions

Fluids are all around us. The air we breath, the water we drink, and the steam coming from our hot coffee are all fluids. Many plant systems and processes rely upon fluids for lubrication or to transport materials or heat from one location to another. Fluids are also sometimes mixed with other fluids or with solids to create new compounds, mixtures, or solutions. Solutions, including salt water, soft drinks, and antifreeze, are also plentiful. To work safely and productively, operators of fluid-based systems and processes must be familiar with the principles and characteristics of fluids and solutions. They must also understand the effects of temperature and pressure on fluids and solutions.

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Forces and Motion

A force can be defined as a push or pull that causes an object to start or stop moving, speed up or slow down, change direction, or change shape. Based on this definition, it is obvious that forces and motion are closely linked. This online interactive course discusses Newton's three laws of motion, including how they provide a basis for understanding forces and motions in process systems. It also explains the fundamental forces of gravity and electromagnetism, and some circumstantial forces that are more apparent, including friction force, centripetal force, and buoyant force.

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Fundamental Dimensions and Process Variables

Facilities that manufacture and store materials must be able to monitor their processes and equipment in order to produce the desired results and keep everyone safe. This is typically achieved by taking frequent or continuous measurements of certain process variables. These process variables are based on fundamental dimensions of length, time, mass, temperature, pressure, and electric current. In this course, we will describe the fundamental dimensions of solids, liquids, and gases and their units of measurement, and discuss how these dimensions are used to monitor and troubleshoot equipment and processes in commercial and industrial settings.

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Fundamentals of Process Solubility

Many industrial processes are set up to extract specific components from homogeneous mixtures called solutions. Separating the substances in a homogeneous mixture is much more difficult than separating the substances in a heterogeneous mixture because homogeneous mixtures have a uniform composition and exist in a single phase. You can’t just filter out the salt in sea water or the gasoline in crude oil. These processes are much more involved. This course explains what a solution is and defines several related concepts, including solute, solvent, solubility, concentration, and rate of solution. It also covers some of the processes that are used to transfer specific components out of solutions, including crystallization, liquid extraction, absorption, adsorption, and leaching. The basic concepts, important factors, and industrial systems are described for each process.

Industrial Skills Training

Automatic Identification & Data Collection

Blueprints and Diagrams

Computer Basics

Equipment and Tools

Geometric Dimensioning and Tolerancing (GD&T)

Industrial Materials

Math Concepts

Operator Responsibilities

Rigging and Lifting

Science Concepts

Troubleshooting

Welding

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Featured Courses

Blueprint Basics

General Troubleshooting Strategies

Industrial Math: Basic Operations, Part 1

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View Rigging and Lifting Courses

View Science Concepts Courses

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RFID Applications

RFID Basics

RFID Implementation

RFID Readers

RFID Tags

Scanning and Tracking Overview

Blueprint Basics

Diagrams: Blueprints

Diagrams: Industrial Process Systems

Diagrams: Piping and Instrumentation

Electrical Drawings and Schematics

Process and Instrumentation Diagrams

Symbols, Standards, and Schematics

Buses and Storage

Databases, Spreadsheets, and Word Processing

Input and Output Devices

Logic Technology, Logic Functions, Sequential Logic, and Analog Conversion

Auxiliary Vessels

Fastener Basics

Forklifts: Operation

Hand and Power Tools

Hand Tools, Part 1

Hand Tools, Part 2

Portable and Emergency Equipment

Precision Measuring Tools

Wrenches and Hammers

Geometric Dimensioning and Tolerancing (GD&T): Datum Selection and Interpretation

Geometric Dimensioning and Tolerancing (GD&T): Form and Size Tolerances

Geometric Dimensioning and Tolerancing (GD&T): Introduction

Geometric Dimensioning and Tolerancing (GD&T): Orientation Tolerances

Geometric Dimensioning and Tolerancing (GD&T): Position Tolerances

Geometric Dimensioning and Tolerancing (GD&T): Profile and Runout Tolerances

Adhesive Basics

Painting and Coating Basics

Plastic and Rubber Basics

Wood and Insulation Basics

Boolean Algebra, Part 1

Boolean Algebra, Part 2

Boolean Algebra, Part 3

Industrial Math: Algebra

Industrial Math: Basic Operations, Part 1

Industrial Math: Basic Operations, Part 2

Industrial Math: Formulas, Graphs, and Trends

Math: Basics

Mathematics - Exponents

Mathematics - Fractions

Measurement - Dimensions

Operations: Basic Principles

Operator Responsibilities: Communication

Operator Responsibilities: Control Room Operator Responsibilities