Online Course Listingcontent.myodesie.com/eLearning/pdf/TTSeLearning.pdf · • Benefits of Predictive Maintenance Basic Troubleshooting • Troubleshooting • Troubleshooting Resources

Online Course Listing

Contents• Foundation

• Mechanical

• Industrial Electricity & Electronics

• Instrumentation & Controls

• Electrical

• Combined Cycle

• Coal Plant Fundamentals

• Water & Wastewater Treatment

• Manager's Toolbox

• Building Management & Maintenance

• Warehouse/Distribution

• Safety

• OSHA

Electrical Safety• Electrical Shock and Arc Flash• Emergency Response Actions• Electrical Safeguarding• Electrical Personal Protective Equipment• De-Energizing Electrical Equipment

Industrial Signage• Common Industrial Signs• Hazard Identification Color Code • Industrial Floor Marking Code

Personal Protective Equipment• Personal Responsibilities• Industrial Personal Protective Equipment• Care, Use, and Inspection of PPE• Effects of Using Defective PPE

Benzene Awareness• Benzene Awareness Training Overview

First Aid I• First Aid Kits• Evaluating Injured or Ill Persons• Controlling External Bleeding• Minor Burn Treatment• Head, Neck, and Spinal Injury Care

First Aid II• Poisoning• Treatment of Choking• Performing CPR• AED Operation• Stroke Symptoms

Foundation Series - 2.3 CEUs*The Foundation Series consists of nine core subject areas required to succeed in industryoperations and maintenance from a technical perspective: Overview of Industrial Facility Systems, Safety, Mathematics, Tools, Maintenance, Environment, Computers, Print Reading, and Science.

Industrial Facility Systems - 0.1 CEUsOverview of Industrial Facility Systems• Introduction to Industrial Systems• Common Industrial Facility Support Systems• Introduction to Industrial Standards• Common Industrial Units of Measure

Safety - 0.3 CEUsIndustrial Facility Safety• Common Hazards Encountered in Industrial

Facility Hazards• Dangers Associated with Electrical Current

and Voltage• Common Industrial Systems Installed for

Personnel and Equipment

Fire Safety• Fire Tetrahedron• Common Classes of Fire• Fire Prevention Techniques• Extinguishing Fires

Hazardous Communications• Importance of Hazardous Communication• Hazardous Communication Requirements• Hazardous Communication Programs

Lockout/Tagout• Purpose of a Lockout/Tagout Program• Principles of a Lockout/Tagout Program• Lockout/Tagout Devices• Authorized Employee Responsibilities

*CEUs are calculated and awarded at the subject area level. Series level totals are to show the available amount of CEUs that can be earned for completing all subject areas in a particular series.

14497 N. Dale Mabry Hwy Ste 120-N • Tampa, FL 33618 • Phone: (813) 908-1100 • Fax: (813) 908-1200 • www.techtransfer.com

Fundamentals of Geometry I• Geometry Uses• Angles and Measurements• Plane Geometry Terms• Calculating Perimeters• Calculating Areas

Fundamentals of Geometry II• Parts of a Circle• Circumference and Area of Circles• Surface Area and Volume of Three-

Dimensional Shapes

Fundamentals of Trigonometry• Uses of Trigonometry• Pythagorean Theorem• Trigonometric Functions• Trigonometric Identities

Scientific Calculator Use• Basic Operations• Percentages and Square Roots• Scientific Notation• Trigonometric Functionality

Fundamentals of Statistics I• Tables and Graphs• Mean, Median, and Mode• Normal Distribution Curves

Fundamentals of Statistics II• Standard Deviation• Distribution Curve Analysis• Rules of Probability• Industrial Applications

Introduction to Calculus• Industrial Uses of Calculus• Derivatives• Integrals

Hydrogen Sulfide• Hydrogen Sulfide Awareness Overview

Mathematics - 0.8 CEUsWhole Numbers• Number Sets• Addition• Subtraction• Multiplication• Division

Fractions• Fractions• Common Denominators• Reducing Fractions to Lowest Terms• Addition and Subtraction• Multiplication and Division

Decimals and Percentages• Decimals• Decimal and Fraction Conversion• Percentages and Decimal Equivalents• Addition and Subtraction• Multiplication and Division

Exponents and Scientific Notation• Exponents • Radicals• Scientific Notation• Addition and Subtraction• Multiplication and Division

Fundamentals of Algebra I• Basic Algebraic Terminology• Basic Operations• Addition and Subtraction of Algebraic

Expressions• Multiplication and Division of Algebraic

Expressions

Fundamentals of Algebra II• Axioms• Using Axioms• Solving Algebraic Equations• Ratios and Proportions


Environment - 0.1 CEUsEnvironmental Awareness• Environmental Awareness• Environmental, Health, and Safety

Regulations• Priority Pollutants• Minimizing Pollution

Hazardous Materials• Common Hazardous Materials• Handling and Disposal Procedures• Safety Precautions and Regulations

Computers - 0.1 CEUsComputer Use Basics• Basic Computer Components • File Management and Naming Conventions• Basic Networking Concepts• Basic Commands

Computers in Industry• Computer Systems• Equipment Control and Monitoring

Computers• Portable Peripheral Devices

Print Reading - 0.1 CEUsPrint Reading Basics• Common Industrial Prints• Blueprints and Schematics• Legend Use• Title Blocks and Revisions• Block Diagrams

Piping and Instrumentation Diagrams• Piping and Instrumentation Diagrams• Title Blocks, Revision Blocks, Notes, and

Legends• Piping and Instrumentation• System Flow Paths

Tools - 0.2 CEUsHand Tools I• Hand Tool Safety• Hammers, Punches, and Prying Tools• Screwdrivers and Wrenches

Hand Tools II• Cutting Tools• Gripping and Holding Tools• Measuring Tools

Power Tools• Power Tool Safety• Stationary Power Tools• Portable Power Tools

Maintenance - 0.2 CEUsPreventive Maintenance• Introduction to Preventive Maintenance • Advantages • Preventive Maintenance Programs• Computer Maintenance Management

Systems

Predictive Maintenance• Predictive Maintenance Programs• Tools and Techniques• Benefits of Predictive Maintenance

Basic Troubleshooting• Troubleshooting• Troubleshooting Resources• Normal System Operations and Normal

Operation Parameters• Common Method of Troubleshooting• Troubleshooting Flowchart


Applied Physics VI: Thermodynamics• Zeroth Law• First Law• Second Law• Third Law• Industrial Applications

Science - 0.4 CEUsIntroduction to Chemistry• Fundamental Concepts• Compounds, Mixtures, and Solutions• Chemical Properties• Methods of Chemical Analysis

Water Chemistry• Water Properties• Types, Sources, and Effects of Water

Impurities • Sampling Methods• Monitored Parameters• Water Treatment Principles

Applied Physics I: Work, Energy, and Power• Work, Energy, and Power• Basic Types of Energy• Potential vs. Kinetic Energy• Levers and Inclined Planes• Operation of Simple Machines

Applied Physics II: Laws of Motion• English and Metric Units• Conversion Tables• Force, Mass, Velocity, and Acceleration• Laws of Motion

Applied Physics III: Heat Transfer• Heat vs. Temperature• Temperature Scales• Specific Heat• Modes of Heat Transfer

Applied Physics IV: Fluid Mechanics• Introduction to Fluids• Pascal’s Law• Pressure, Force, and Area• Fluid Flow and Pipe Area

Applied Physics V: Ideal Gas Law• Introduction to Gases• Ideal Gas Law• Calculating Pressure Change

Industrial Hydraulic Fundamentals - 0.2 CEUsHydraulic Components I• Hydraulic Filters• Hydraulic System Piping• Hydraulic Seals• Hydraulic System Pumps

Hydraulic Components II• Reservoirs• Accumulators• Control Valves• Relief Valves• Cylinders and Actuators

Hydraulic Systems• Basic Hydraulic Systems• Hydraulic Fluid Properties• Types of Hydraulic Fluids• Hydraulic Schematic Symbols• Hydraulic Circuit Operation

Hydraulic Theory• Development and Applications of Modern

Hydraulics• Pressure and Force• Pascal’s Law• The Role of Pressure and Force in Hydraulic

Systems• Volume and Velocity of Flow

Mechanical Series - 3.5 CEUs*All industrial facilities use mechanical equipment in one form or another. Although the types of mechanical equipment can run the gamut from simple open/close valves to ultra complex specialized purpose-built machinery, the underlying operating principles and concepts are rooted in solid mechanical fundamentals. The Mechanical series of modules features 13 modules, which include Bearing Maintenance, Industrial Hydraulic Fundamentals, Industrial Pneumatic Fundamentals, Lubrication Concepts, Mechanical Transmission Systems, Pipes and Pipefitting, Precision Measuring Instruments, Pumps, Rigging, Shaft Alignment, Static and Dynamic Sealing, Valve Fundamentals, and Welding Fundamentals.

Bearing Maintenance - 0.2 CEUsBearing Fundamentals• Bearing Functions• Bearing Categories• Bearing Lubrication• Types of Bearing Failure

Rolling Contact Bearings I• Function and Design• Common Types of Rolling Contact Bearings• Bearing Lubrication

Rolling Contact Bearings II• Rolling Contact Bearing Failures• Installing Rolling Contact Bearings• Removing Rolling Contact Bearings

Sliding Surface Bearings• Common Sliding Surface Bearings• Journal Bearings• Thrust Bearings• Sliding Surface Bearing Lubrication



Machinery Lubrication• Lubricant Types and Functions• Selecting the Proper Lubricant• Improper Lubricant Effects• Obtaining Proper Oil Samples

Preventing Wear and Erosion• Effects of Lubrication• Types of Wear• Maintaining Proper Lubrication

Principles of Lubrication• Lubrication• Modes of Lubrication• Viscosity• Common Lubrication Methods

Mechanical Transmission Systems - 0.4 CEUsBelt Drives I• Belt Drive Purpose• Belt Selection• Advantages and Disadvantages of Belt Drives• Belt Tensioning

Belt Drives II• V-Belt Components• Types of V-Belts• Poly V-Belts

Belt Drives III• Variable Speed Belts• Variable Speed Drives• Flat Belts

Belt Drives IV• Positive Belt Drives• Linked V-Belts• Flat Belt Fastening Methods

Belt Drives Maintenance• Checking Belt Alignment• Taper Lock Bushings• Belt Life

Industrial Pneumatic Fundamentals - 0.3 CEUsPneumatic Components I• Purification Equipment• Pneumatic System Filters• Moisture-Removing Equipment• Compressed Air System Lubricating Devices• Pneumatic Cylinders

Pneumatic Components II• Pneumatic Control Valves• Elements of Pneumatic Control Valves• Air Receivers• Pneumatic Motors• Classification of Pneumatic Tools

Pneumatic Systems• Simple Pneumatic Systems• Simple Pneumatic Circuits• Complex Pneumatic Circuits

Pneumatic Theory I• Advantages of Fluid Power• Differences Between Liquids and Gases• Formulas for Force and Pressure• Changes in a Pneumatic System• Fluid Flow in a Pneumatic System

Pneumatic Theory II• Physical Factors that Act Upon a Fluid• Advantages of Pneumatic Systems• Common Pneumatic Applications• Pneumatic Symbols on a Schematic

Lubrication Concepts - 0.2 CEUsBearing System Lubrication• Common Lubrication Methods• Drip Feed Lubrication• Splash Feed Lubrication• Force Feed Lubrication• Grease Lubricant Applications

Lubricant Properties• Lubricant Types• Lubricating Oil Properties• Properties of Grease• Oil and Grease Selection Criteria• Lubricant Additive Uses


Piping & Tubing• Piping and Tubing• Piping Schedule Numbers• Classification of Tubing• Major Advantages of Tubing• Flared and Flareless Tubing Joints

Piping Materials and Manufacturing Methods• Selecting Piping Materials• Mechanical and Physical Properties of Metal• Physical Composition and Heat Treating

Practices of Steel• Pipe Manufacturing Methods

Precision Measuring Instruments - 0.2 CEUsDials Indicators• Purpose of Dial Indicators• Types of Dial Indicators• Taking Measurements with Dial Indicators• Dial Indicator Maintenance

Fixed Gauges• Common Types of Fixed Gauges• Limit Gauges for Length Dimensions• Cylindrical Limit Gauges• Fixed Gauges for Multiple Dimensions

Micrometers• Parts of a Micrometer• Reading a Micrometer• Types of Micrometers• Micrometer Maintenance

Precision Measuring Instruments• Precision Measuring Tools• Direct Versus Indirect Measurements• Accuracy, Precision, and Error• Precision Tools

Vernier Calipers• Parts of a Vernier Caliper• Reading a Vernier Caliper• Taking Measurements• Vernier Caliper Maintenance

Chain Drives I• Purpose of Chain Drives• Construction of Roller Chains• Variables of Roller Chains• Applications of Leaf Chains• Hardened Sprockets

Chain Drives II• Installation and Removal of Bushings and

Sprockets• Chain Tension and Alignment• Conditions for Chain and Sprocket Inspection• Methods of Lubrication• Methods for Link Replacement

Gear Drives• Purpose of Gear Drives• Types of Gears• Gear Drive Terminology• Characteristics of Gearboxes and Gearsets• Lubrication and Gear Erosion

Gearbox Maintenance• Gearbox Disassembly• Gearbox Reassembly Precautions• Gearbox Inspections• Worm Gear Actuators

Pipes and Pipefitting - 0.2 CEUsCodes and Standards• Purpose of Piping Codes and Standards• Codes, Standards, Practices, and Guidelines• Regulatory Authorities• Quality Assurance

Pipe Hangers and Supports• Pipe Hangers, Supports, and Symbols• Pipe Clamps• Pipe Hanger Connecting Units and Supports• Uses of Pipe Anchors

Pipe Insulation• Insulation and Thermal Conductivity• Types of Piping Insulation• Insulation Safety Precautions• Installation and Removal


Basic Rigging• Introduction to Rigging• Block and Tackle• Hoists, Jacks, and Winches• Slings• Rigging Safety

Shaft Alignment - 0.3 CEUsAlignment Tools and Methods• Alignment Fundamentals• Pre-Alignment Checks• Alignment Methods

Cross and Reverse Dial Alignment• Cross and Reverse Dial Alignment Methods• Using Graphs for Dial Alignments• Calculating Misalignment

Laser Alignment• Safety Precautions• Shaft Misalignment• Advantages of Laser Alignment• Computer Interfaces with the Alignment Rig

Moving the Machine• Alignment methods• Vertical Moves• Horizontal Moves

Rim and Face Alignment• Rim and Face Alignment• Advantages of Rim and Face Alignment• How to Measure Angular Misalignment• How to Measure Parallel Misalignment

Soft Foot and Bar Sag• Soft Foot• Detecting and Connecting• Bar Sag

Types and Effects of Shaft Misalignment• Alignment Fundamentals• Misalignment Causes• Misalignment Indicators and Effects

Pumps - 0.3 CEUsCentrifugal Pumps• Centrifugal Pump Operation• Major Components• Common Design Aspects• Centrifugal Pump Laws

Mechanical Seals• Mechanical Seal Operation• Mechanical Seal Properties and Component

Functionality• Mechanical Seal Types and Arrangements

Positive Displacement Pumps• Positive Displacement Pump Operation• Reciprocating Pumps• Rotary Pumps

Pump Design• Purpose of Pumps• Pump Classification• Pump Terminology

Pump Maintenance• Common Pump Failures• Pump Failure Causes• Preventive Maintenance• Predictive Maintenance

Special-Purpose Pumps• Metering Pumps• Screw Pumps• Peristaltic Pumps

Rigging - 0.1 CEUsAdvanced Rigging I• Rigging Hardware• Bridge Cranes• Boom Cranes• Crane Inspections

Advanced Rigging II• Capacity Charts• Load Balancing• Heavy Lifting Procedures


Valve Fundamentals - 0.3 CEUsActuators• Purpose of a Valve Actuator• Types of Actuators• Pneumatic Actuator Principles of Operation• Electric Actuator Principles of Operation• Hydraulic Actuator Principles of Operation

Basic Types and Operations I• Purpose of Valves• Valve Components• Valve Mounting Methods

Basic Types and Operations II• Gate Valves• Globe Valves• Needle Valves• Butterfly Valves

Basic Types and Operations III• Ball Valves• Plug Valves• Check Valves• Regulating Valves

Relief & Safety Valves I• Purposes of Relief and Safety Valves• Safety and Relief Valve Terms• Safety vs. Relief Valves

Relief & Safety Valves II• Direct-Acting Relief Valves• Pilot Actuated Relief Valves• Safety Relief Valves

Static and Dynamic Sealing - 0.3 CEUsBolted Joints I• Proper Fastener Torque• Stresses on Fasteners• Types of Bolted Joints• Joint Integrity• Effects of Vibration

Bolted Joints II• Maintaining Tightening Joints• Bolt Joint Relaxation• Flange Surface Finish• Flange Face Designs• Stud Bolts

Gaskets• Gasket Fundamentals• Gasket Installation and Replacement• Gasket Cutting

Packing• Compression Packing• Packing Construction• Packing Renewal Techniques

Threaded Fasteners• Terminology for Screw Threads• Classes of Fit• Mechanical Properties• Fastener Materials

Torque and Tension• Torque and Tension• Controlling Torque• Measuring Torque• Torque Calculations


Heat Exchangers - 0.1 CEUsHeat Exchangers I• Purpose of Heat Exchangers• Heat Transfer• Materials• Fouling and Corrosion

Heat Exchangers II• Methods of Classification• Shell and Tube Heat Exchangers• Plate Heat Exchangers• Direct Contact Heat Exchangers

Welding Fundamentals - 0.4 CEU’sBrazing• Brazing Theory• Advantages and Disadvantages of Brazing• Brazing Equipment• Brazing Process

Gas Metal Arc Welding• GMAW Theory• GMAW Advantages and Disadvantages• GMAW Equipment• GMAW Process

Gas Tungsten Arc Welding• Gas Tungsten Arc Welding Theory• Gas Tungsten Arc Welding Advantages and

Disadvantages• Gas Tungsten Arc Welding Equipment• Gas Tungsten Arc Welding Process

General Welding Safety• Hazards Associated with Welding• Welding PPE• Additional Protective Equipment• Welding Ventilation

Introduction to Welding• Purpose of Welding• Common Welding Terms• Types of Welding Joints• Filler Metal Selection• Welding Procedure Symbols

Oxyacetylene Welding and Cutting• Oxyacetylene Welding and Cutting Principles• Oxyacetylene Welding and Cutting Equipment• Oxyacetylene Welding and Cutting Process

Shielded Metal Arc Welding• SMAW Theory• SMAW Advantages and Disadvantages• SMAW Equipment• SMAW Process

Weld Joint Inspection• Importance of Quality Welded Joints• Common Types of Weld Failures• Common Methods to Test Welds

DC Circuits - 0.2 CEUsBatteries• Theory of Operation• Battery Construction• Battery Capacity and Ratings

Series Circuits• Series Circuit Fundamentals• Calculating Resistance in a Series Circuit• Calculating Current in a Series Circuit• Calculating Voltage Drops in a Series Circuit

Parallel Circuits• Parallel Circuit Fundamentals• Calculating Resistance in a Parallel Circuit• Calculating Voltage in a Parallel Circuit• Calculating Current in a Parallel Circuit

Series-Parallel Circuits• Series-Parallel Circuit Fundamentals• Calculating Resistance in a Series-Parallel Circuit• Calculating Current in a Series-Parallel Circuit• Calculating Voltage Drops in a Series-Parallel

Circuit

Switches and Relays• Pushbutton and Rotary Switches• Disconnect and Bus Transfer Switches• Electromagnetic Relays

Industrial Electricity and Electronics Series - 1.6 CEUs*The Industrial Electricity and Electronics series of courses explains the fundamental principles of electronic systems used in industrial settings.

Basic Electricity Principles - 0.3 CEUsBasic Electricity• Simplified Atomic Theory• EMF• Current Flow• Sources of Voltage

Conductors and Insulators• Conductivity• Conductors• Insulation

Resistors• Resistor Applications• Resistor Construction• Resistor Markings• How Resistors are Rated

Basic Laws of Electrical Circuits• Basic Laws of Electrical Circuits• Using Ohm’s Law• Using Kirchhoff’s Current Law

Electrical Power• Electrical Power• Unit Conversion

Electromagnetism• Permanent Magnets• Electromagnets



Semiconductors - 0.2 CEUsDiodes• Diode Basics• Diode Symbols• Diode Characteristics

Bipolar Transistors• Transistor Fundamentals• Transistor Biasing• Transistor Configuration

Other Semiconductors• SCRs• DIACs and TRIACs• UJTs and FETs

Power Supplies - 0.2 CEUsPower Supplies• Rectifier Circuits• Power Supply Filters• Voltage Regulators

Uninterruptible Power Supplies• Rectifier Circuits• Power Supply Filters• Voltage Regulators

Fuses• Fuses• Fuse Ratings• Fuse Holders• Checking and Replacing Fuses

Circuit Breakers• Overview• Circuit Breaker Components• Circuit Breaker Characteristics

AC Circuits - 0.1 CEUsAC Generation and Basic AC Concepts• AC Generation Components and Operation• Development of a Sine Wave Output and AC

Generation Analysis• Three-Phase Circuits• AC Voltage, Current, and Power

Inductance, Capacitance, and Impedance• Inductors and Inductance• Capacitors and Capacitance• Calculating Circuit Capacitance, Inductance,

and Impedance• Resonant Circuits

Transformers• Transformer Fundamentals• Transformer Construction and Connections• Types of Transformers

Motors and Servos - 0.2 CEUsAC and DC Motors• Terminology and Definitions• DC Motors• AC Motors• Motor Protection• Motor Fundamentals

Motor Control Fundamentals• Types of Controllers• Control Devices and Electrical Systems• Magnetic Contactors• Control Circuits

Servo Drive Fundamentals• Overview• Operation• Servo Motors


Work Practices - 0.2 CEUsPrint Reading• Mechanical Drawings• Electrical Drawings

Grounding Practices• Grounding Basics• System Grounding• Equipment Grounding• Common Grounding Faults

Test Equipment• Multimeters• Common Electrical Testers• Thermal Imaging

Electrical Safe Work Practices• Hazards• Qualifications• Boundaries• Personal Protective Equipment

Troubleshooting• Troubleshooting Fundamentals• Divide and Conquer• Seven-Step Process

Digital Electronics - 0.2 CEUsCommunication and Controls I• Communications Overview• Telemetry Concepts• Protocol

Communication and Controls II• Communication Networks• Industrial Protocols• Working with Communication Cables

Introduction to PLCs• PLC Components• Basic Operation• Scan Cycle• Ladder Logic

Introduction to VFDs• Overview and Operational Theory• VFD Function and Operation• Human Interface Module

Logic Gates and Number Systems• Logic Gates• Number Systems

Head Flow Meters• Introduction to Head Flow Meters• Venturi Tubes and Similar Devices• Pitot Tubes• Other Pressure-Related Flow Meters

Linear and Mass Flow• Positive-Displacement Meters• Velocity Flow Meters• Mass Flow Meters

Temperature Measurement I• Temperature Scales and Conversion• Fundamentals of Temperature Measurement• Factors Affecting Temperature Measurement

Temperature Measurement II• Thermocouples• Resistance Temperature Detectors• Other Types of Temperature Measurement

Devices

Process Control and Monitoring - 0.6 CEUsProcess Control Fundamentals• Control Loops and Types of Processes• Terminology• Feedback

Two Position and Proportional Control• Two-Position Control• Proportional Control

Instrumentation and Controls Series - 2.3 CEUs*The Instrumentation and Controls series explains the various components and systems needed to operate an efficient facility. The subject areas in this series include Intro to I&C, Process Measurement, Programmable Logic Controllers, Process Analyzers, and DCS.

Introduction to Instrumentation & Control - 0.2 CEUsIndustrial Instrumentation and Control Overview• The Basic Instrument Channel• Closed-Loop Instrument Channels• Instrument Loops

Principle of Measurement• Static Characteristics• Measurement Uncertainty• Dynamic Characteristics and Response

Industrial Signal Standards• Analog Signal Standards• HART Communications Protocol• Fieldbus Standards

Process Measurement - 0.4 CEUsPressure Measurement• Units of Pressure• Pressure Measurement Devices• Electronic Pressure Transducers

Level Measurement • Direct Measurements• Indirect Measurements

Intro to Flow Measurement• Flow Measurement• Fluid Properties• Flow Meter Classifications• Flow Measurement Systems



Limitorque Valve Actuator Fundamentals• Motor-Operated Valve Basics• Limitorque Valve Actuators• Adjusting SMB-000 Limit and Torque Switches

Programmable Logic Controllers - 0.2 CEUsPLC Overview• PLC Components• Basic Operation• Scan Cycle• Ladder Logic

PLC Software• Software• HMI• Instructions

PLC Hardware• Power Supplies• Processors• Input/Output Modules

PLC Addressing• Number Systems• Terminology• Rack Addressing

PLC Communications• Communications Terminology• Networks and Protocols• Common PLC Communications Configuration

Process Analyzers - 0.7 CEUsGas Chromatography I• History of Chromatography• Basic Theory of Gas Chromatography• Natural Gas Applications

Gas Chromatography II• Gas Chromatography Principle Elements• Main Factors Affecting Analysis• Operation Cycle

Hydrogen Sulfide and Oxygen Analyzers• Hydrogen Sulfide Analyzers• Oxygen Analyzers

Loop Tuning• Loop Tuning Criteria• Closed Loop Tuning Methods

Intro to Actuators• Purpose of a Valve Actuator• Types of Actuators• Closed Loop Systems

Actuator Principles of Operation• Pneumatic Actuator Principles of Operation• Electric Actuator Principles of Operation• Hydraulic Actuator Principles of Operation

Control Valves I• Purpose of Valves• Valve Components• Valve Mounting Methods

Control Valves II• Gate Valves• Globe Valves• Needle Valves• Butterfly Valves

Control Valves III• Ball Valves• Plug Valves• Check Valves• Regulating Valves

Control System Architecture• PLCs• DCS• SCADA

Integral, Derivate, and PID Control• Proportional and Integral Control• Proportional and Derivative Control• Proportional, Integral, and Derivative Control

Advance Controls Methods• Feedforward Control• Cascade Control• Ratio Control• Three Element Control


Introduction to Process Analyzers• Process Analyzers• Analyzer Systems

Moisture Analyzers• Moisture Content Measuring Instruments• Optical Chilled Mirror Hygrometers

Process Analyzer Detectors• Continuous Gas Analyzers• Thermal Conductivity Detector• Flame Ionization Detector• Photoionization Detector• Flame Photometer Detector

Introduction to Spectrometry• Theory of Spectrometry• Optical Spectrometer Components• Ultraviolet/Visible, Infrared, X-Ray, and Mass Spectrometry

Mass Spectrometry• Mass Spectrometry Working Principles• Measurement Principles• Sample Conditioning and Safety

Residual Chlorine Analyzers• Residual Chlorine• DPD Measurement Method for Total Residual Chlorine• Amperometric Measurement Method for Free Residual Chlorine• Amperometric Measurement Method for Total Residual Chlorine

Turbidity Analyzers• Principles of Turbidity Measurement• Absorption Method• 90-Degree Scattered Light Method• Surface-Scattering Method

Dew Point Analyzers• Gas Analyzer Dew Point/Moisture Theory• Aluminum Oxide Capacity Analyzer• Quartz-Crystal Microbalance Analyzer• Chilled Mirror Measurement Analyzer Hydrogen Sulfide Gas Analyzers• Online H2S Monitoring• Photometric Continuous Online

Hydrogen Sulfide Gas Analyzers• Preserve Public Safety • Reduce Corrosion in Pipelines and Related Equipment• Ensure Prper Custody Ttranfer Agreements• Control the Odor of Gas

Density Analyzers• Density Measurement Applications and Theory• Liquid Density Analyzer• Gas Density Analyzer UV-VIS Spectrometry• Operating Principles• Ultraviolet-Visible (UV-VIS) Photodiode Array (PDA)Spectrometry• Ultraviolet (UV) Differential Method Spectrometer• Sample Conditioning and Safety

UV-VIS Spectrometry• Describe the working principles of Ultraviolet-Visible, or UV-VIS, spectrometry. • Describe the UV-VIS photodiode array, or PDA, spectrometer. • Describe the UV differential method spectrometer. • Explain sample conditioning and safety of UV- VIS spectrometry.

Infrared Spectrometry• Working Principles• Spectrometer Hardware• Types of IR Spectrometers• Sample Conditioning and Safety

DCS - 0.2 CEUsData Acquisition and Control System Architecture• Control System Architecture• Distributed Control Architecture• Programmable Logic Controls• Recommended Configurations

Data Acquisition Communications Strategies• General Communications• Physical Media• Communication Protocols• Network Topologies• Network Redundancy

Data Acquisition System Reliability• Reliability Criteria• Redundancy Terminology• Reliability• Power Supply Sources

Operator Interface Strategies• Levels of HMIs• Human Factors


Introduction to Chromatography• History of Chrometography• Basic Theory of Gas Chromatoraphy• Natural Gas Applications

Titration Basics• Explain the principles of turbidity measurement. • Describe the absorption method for turbidity measurements. • Explain the 90-degree scattered light method for turbidity measurements. • Describe the surface-scattering method for turbidity measurements. X-Ray Spectrometry• Working Principles• Spectrometer Hardware• Types of IR Spectrometers• Sample Conditioning and Safety

pH Analyzers• Introduction to pH • pH Measuring Instruments• The Importance of pH in Industry

Total Organic Carbon Analyzers• Measurement Principles• UV Persulphate Method• Catalytic Oxidation Method• Thermal Oxidation Method

Variable Frequency Drives - 0.1 CEUsVariable Frequency Drive Fundamentals• Functions and Operations of an AC Drive• Interface Methods• Advantages and Disadvantages of AC Drives

Variable Frequency Drive Troubleshooting• Common Fault and Alarm Indications• Common Types of Faults and Alarm• Troubleshooting Tables

Variable Frequency Drive Installation and Programming• Installation Requirements• Start Up• Programming and Parameters

Electrical Series - 0.8 CEUs*The Electrical series of modules covers the fundamentals of electrical systems and components in an industrial facility. Subject areas within this series include Motor and Motor Control, Variable Frequency Drives, Circuit Protection, and Transformers.

Motor and Motor Control - 0.4 CEUsDirect Current Motors• Operating Principle• DC Motor Types

Alternating Current Motors• AC Motor Theory• Induction Motors• Synchronous Motors• Wound Rotor Motors

Motor Fundamentals• Motor Control Basics• Types of Controllers• Magnetic Contactors

Motor Protection and Nameplate Data• Motor Fundamentals• Nameplate Data• Motor Protection

Electrical Diagrams• Diagram Types• Control Devices and Symbols• Interlocking Methods for Reversing Controls

Control Circuit Diagrams• Sequence Control• Motor Control Center Single Line Diagrams

Motor Starters• Full and Reduced Voltage Starters• Wye-Delta and Part Winding Starters • Speed and Consequent Pole Controllers• Control Power*CEUs are calculated and awarded at the subject area level. Series level totals are to show the available amount of CEUs that can be earned for completing all subject areas in a particular series.


Transformers - 0.1 CEUsPower Transformers I• Types of Power Transformers• Transformer Nameplates

Power Transformers II• Construction of a Power Transformer• Testing Requirements for Power Transformers

Transformers• Purpose of Instrument Transformers• Burden and Saturation• Types of Current Transformers• Coupling Capacitor Voltage Transformers• Transformer Monitoring and Protection

Circuit Protection - 0.2 CEUsBasic Relaying I• Attributes of a Protection Relay System• Functional Categories• Basic Sensing Quantities for Relays• Operating Characteristics of Relays

Basic Relaying II• Time Delay Characteristics • Zones of Protection• Electromagnetic Induction Devices• Electromagnetic Attraction Units• Static and Microprocessor Relays

Advanced Circuit Breakers• Circuit Breakers• Circuit Breaker Main Functions• Types of Circuit Breakers

Compressor Section• Introduction and Terminology• Major Components• Theory of Operation• Compressor Extraction System

Combustion Section• Introduction and Terminology• Major Components• Theory of Operation

Turbine Section• Introduction and Terminology• Major Components• Theory of Operation

Gas Turbine Bearings• Introduction and Terminology• Major Components• Theory of Operation

Starting Packages• Introduction and Terminology• Major Components• Theory of Operation

Fuel Systems• Fuel Gas Systems• Fuel Gas System Major Components• Fuel Oil Systems• Fuel Oil System Major Components

Combined Cycle Fundamentals - 0.2CEUsCombined Cycle Plant Overview• Combined Cycle Plant• Major Plant Components• Auxiliary Systems

Combined Cycle Theory of Operations• Combined Cycle Configurations• Brayton and Rankie Cycles• Normal Plant Operation

Combined Cycle Major Components• Gas Turbines• Heat Recovery Steam Generators• Steam Turbines• Balance of Plant Systems

Introduction to Power Plants• Industry Beginnings• The National Electric Power Grid• Generating Electricity• Types of Fuel• Transmission

Gas Turbine - 0.6 CEUsGas Turbine Basics• Introduction and Terminology• Major Components• Theory of Operation

Air Inlet Systems• Introduction and Terminology• Major Components• Theory of Operation

Combined Cycle Series - 2.4 CEUs*The combined cycle series provides an introduction to the combined cycle process as well as a basic through advanced understanding of the systems and major equipment that make up a combined cycle power plant.



Duct Burners and Selective Catalytic Reduction Systems• Introduction and Terminology• Duct Burners• Selective Catalytic Reduction Systems

Balance of Plant - 0.8 CEUsBalance of Plant Basics• Introduction and Terminology• Balance of Plant Systems• System Interrelationships

High-Pressure Steam Systems• Introduction and Terminology• Major Components• Theory of Operation

Reheat and Intermediate-Pressure Steam Systems• Introduction and Terminology• Major Components• Theory of Operation

Condensers• Introduction and Terminology• Major Components• Theory of Operation

Steam Plant Water Systems• Steam Plant Water Systems• Condensate Systems• Feedwater Systems

Cooling Water Systems• Cooling Water Systems• Circulating Water Systems• Closed-Loop Cooling Water Systems

Processed Water Systems• Introduction and Terminology• Major Components• Theory of Operation

Demineralized Water Systems• Introduction and Terminology• Major Components• Theory of Operation

Combustion Controls and Continuous Emissions Monitoring• Introduction and Terminology• Major Components• Theory of Operation• Continuous Emission Monitoring Systems

Gas Turbine Lubricating and Lift Oil Systems• Introduction and Terminology• Major Components• Theory of Operation

Gas Turbine Hydraulic Oil Systems• Introduction and Terminology• Major Components• Theory of Operation

Fuel Support Systems• Introduction• Atomizing Air Systems• Water Injection System

Water Wash Systems• Introduction and Terminology• Major Components• Theory of Operation

Heat Recovery Steam Generator - 0.2CEUsHeat Recovery Steam Generator Drums and Blowdown Systems• Introduction and Terminology• Major Components• Theory of Operation

Boiler Water Chemistry• Introduction and Terminology• Monitored Parameters• Maintaining Parameters

Heat Recovery Steam Generator Basics• Introduction and Terminology• Major Components• Theory of Operation


Steam Turbine - 0.3 CEUsSteam Turbine Basics• Introduction and Terminology• Major Components• Theory of Operation

Steam Turbine Bearings• Introduction and Terminology• Major Components• Theory of Operation

Gland Seal Steam Systems• Introduction and Terminology• Major Components• Theory of Operation

Steam Turbine Lubricating Oil Systems• Introduction and Terminology• Major Components• Theory of Operation

Steam Turbine Hydraulic Oil Systems• Introduction and Terminology• Major Components• Theory of Operation

Reverse Osmosis Water Systems• Introduction and Terminology• Major Components• Theory of Operation

Low-Pressure Steam Systems• Introduction and Terminology• Major Components• Theory of Operation

Auxiliary Steam Systems• Introduction and Terminology• Major Components• Theory of Operation

Wastewater Systems• Introduction and Terminology• Major Components• Theory of Operation

Compressed Gas Systems• Major Components and Terminology• Nitrogen Systems• Hydrogen Systems• Carbon Dioxide Systems

Compressed Air Systems• Introduction and Terminology• Major Components• Theory of Operation

Fire Protection Systems• Introduction and Terminology• Major Components• Theory of Operation


Electrical Power Generation and Distribution - 0.2 CEUsGenerator Basics• Introduction and Terminology• Major Components• Theory of Operation• Generator Protection• Industry Beginnings• The National Electric Power Grid• Generating Electricity• Types of Fuel

Generator Cooling Systems• Introduction and Terminology• Air Cooling Systems• Hydrogen Cooling Systems

Seal Oil Systems• Introduction and Terminology• Major Components• Theory of Operation

Switchyards and Power Distribution Lines• Introduction and Terminology• Major Components• Theory of Operation• Relay Types

Power Plant Efficiency - 0.1 CEUsHeat Rate Basics• Introduction and Terminology• Formulas and Conversion Factors• Importance of Heat Rate

Major Components Effect on Heat Rate• Gas Turbines• Heat Recovery Steam Generators• Steam Turbines• Condensers• Miscellaneous Equipment


Fluidized Bed Combustion Boilers• Introduction• Fluidized Bed Combustion Boiler Types and Systems

Generator Fundamentals• Introduction to Generator Fundamentals• Theory and Systems

Instrumentation and Controls Fundamentals• Instrumentation and Controls• Major Components and Processes

Power Plant Overview• Introduction• Power Plant Systems

Steam Turbine Fundamentals• Steam Turbine Fundamentals• Steam Turbine Theory

Steam-Water Cycle• Steam-Water Cycle• Steam-Water Cycle Components

Coal Plant FundamentalsThis course explains the basics of a coal fired power facility, including overviews of majorcomponents and overall theory of operation.

Coal Plant Fundamentals - CEUsBoiler Air Systems• Introduction to Boiler Air Systems• Boiler Air Systems

Boiler Fundamentals• Introduction to Boiler Fundamentals• Boiler Systems• Fluidized Boiler Systems

Boiler Water Chemistry Overview• Introduction• Boiler Water Chemistry Processes and System Interrelationships

Coal Handling and Preparation• Coal Handling and Preparation Systems• Pulverizer Importance to Boiler Performance

Combustion Basics• Introduction and Terminology• Combustion Theory• System Interrelationships

Electrical Systems Fundamentals• Introduction to Electrical Systems• Electrical Systems Fundamentals

Flue Gas Systems• Introduction to Flue Gas Systems• Flue Gas Systems

Basic Water Purification - 0.1 CEUsWater Softening• Water Softening• Terminology• Major Components• Theory of Operation• Common Applications

Media Filtration• Media Filtration• Introduction to Water Filters• Factors That Affect the Filtration Process• Types of Filters

Ultrafiltration• Membrane Filtration Overview• Major Components• Theory of Operation• Advantages and Disadvantages

Advanced Water Purification - 0.1 CEUsReverse Osmosis• Purpose of Reverse Osmosis• Principles of Reverse Osmosis• Industrial Applications• Advantages and Disadvantages

Water & Wastewater Treatment ProgramsThe Water & Wastewater Treatment programs cover subject areas and key concepts commonly used in the day-to-day tasks of water and wastewater treatment maintenance technicians and operators. The main subject areas include mechanical concepts, industrial controls, industrial electronics and electricity, common work practices, supervisory skills, water treatment, and wastewater treatment. This cross-sampling of module content is rooted in formal training analyses and state requirements.

Overview of Water Treatment - 0.1 CEUsOverview of Water Treatment• Overview• Applications• Water Treatment Processes• Advantages and Disadvantages of Water

Treatment

Raw Water Treatment - 0.1 CEUsClarification• Clarification• Theory of Operation• Sampling

Sedimentation• Sedimentation• Sedimentation Basins• Theory of Operation for Sedimentation Basins• Factors that Affect Performance• Sampling and Analysis

Disinfection• Disinfection Processes and Selection Criteria• Chlorination• Ultraviolet Systems• Ozone Systems


Rotating Biological Contractors• Overview• General Operation and Maintenance• Advantages and Disadvantages of RBCs

Activated Sludge I• General Description of the Activated Sludge Process• Aeration• Typical Operational Problems• Safety

Activated Sludge II• Modifications of the Conventional Activated Sludge Process• Sequencing Batch Reactor• Ancillary Treatment• Operating Guidelines

Solid Handling and Disposal• Sludge Thickeners• Anaerobic Digestion• Aerobic Digestion• Solids Management Planning

Supplemental Removal• Options for Phosphorus Removal• Equipment Requirements• Operational Considerations• Phosphorus Removal by Alum Flocculation• Nitrogen Removal

Treatment Ponds and Lagoons• Overview of Ponds and Lagoons• Naturally Occurring Processes• General Operation and Maintenance

Trickling Filters• Overview of Trickling Filters• General Operation• Maintenance• Startup

Wastewater Collection Systems• Types of Collection Systems• Types of Pumping Stations• Pumping Station Well and Equipment

Resin Bed Demineralizers• Resin Bed Demineralizers• Demineralization Processes• Major Demineralization Components• Theory of Operation

Electronic Deionization• Electronic Deionization• Advantages and Disadvantages of Electronic Deionizers• Major Electronic Deionizer Components• Theory of Operation for Electronic Deionizers

Wastewater Treatment - 0.2 CEUsBasics of Chemical Feed Systems• Overview• Types of Chemical Feed Systems

Disinfection and Chlorination• Disinfection and Chlorination Principles• Chlorination Process Control• Chlorine Safety and Handling• Chlorination Equipment and Maintenance

Effluent Polishing• Overview• Chemicals• Filtration Methods

Introduction to Wastewater Treatment• What is Wastewater?• Primary Wastewater Treatment Processes• Secondary Treatment Processes• Advanced Treatment Processes• Disinfection• Solid Disposal and Handling

Laboratory Overview• Equipment• Definitions• Chemical Hygiene Lab Safety

Odor Control• Safety and Maintenance• Classification and Prevention


Organics Removal• Overview of Organics• Control and Treatment Methods• Source Control• Air Stripping• Adsorption

Sampling• Sampling• Quality Assurance and Control• Reporting

Drinking Water TreatmentCorrosion Control Treatment• Corrosion Overview• Corrosion Control Treatments and Chemicals• Chemical Feed Systems

Drinking Water Disinfection• Disinfection Overview• Gas Chlorination• Hypochlorite• Ultraviolet Disinfection• Ozone Disinfection

Drinking Water Distribution Systems• Distribution Network Components• Distribution System Customers’ Demands and Their Effects• Types of Storage Facilities• Water Quality

Drinking Water Fundamentals• Water Treatment Responsibilities• Water Systems• Types of Water• Aquifers

Filtration I• Conventional Filtration• Direct Filtration• Diatomaceous Earth Filtration

Filtration II• Slow Sand Filtration• Bag Filtration and Cartridge Filtration• Membrane Filtration

Inorganics Removal• Inorganic Contaminant Basics • Inorganic Removal Chemistry• Inorganic Treatment


Manager’s Toolbox - 1.6 CEUs*The Manager’s Toolbox Series consists of six core subject areas required to succeed in industry operations and maintenance from a managerial perspective.


Maintenance Management - 0.3CEUsIntroduction to Maintenance• Maintenance• Equipment Lifecycle• Types of Maintenance

Condition-Based Maintenance• Performance Trending• Thermography• Oil Analysis

Parts Management and Inventory Control• Managing Indirect Parts and Materials• Inventory Management• Procurement• Warehousing and Logistics

Preservation• Preservation• Preservation and Storage Methods

Preventive Maintenance Programs• Preventive Maintenance• Implementing a PM Program

Workflow and Controls• Work Orders• Planning and Scheduling• Measurement/KPIs

Procedure Writing Best Practices• Introduction to Procedure Writing• Procedure Writing Theory• Writing Steps and Instructions

Organization-Based Maintenance Systems - 0.1 CEUsIntroduction to Maintenance• Introduction to RCM• Implementing RCM• RCM Methodology

Total Productive Maintenance• Understanding the Reasoning and Processes behind TPM• Six Pillars of TPM• Defining the Nine Major Equipment Efficiency and Quality Losses• Five Worker Efficiency Losses

Workplace Organization – 5S• Describe the 5S System• The Benefits of Using the 5S System• Identify Detrimental Work Practices• Determine the Impact of 5S on Productivity

Quality and ProcessImprovement - 0.4 CEUsBalanced Scorecard• Balanced Scorecard• Perspectives of the Balanced Scorecard• Implementing a Balanced Scorecard

Introduction to Six Sigma• What is Six Sigma?• Six Sigma Hierarchy• Key Elements in the Six Sigma Method• DMAIC• Tools


Six Sigma – Introduction to DMAIC• Defining the Problem• Measure Performance• Analyze Opportunity• Improve the Process• Control Performance

Six Sigma – DMAIC Tools I• Tools for the Defining the Problem Phase• Tools for the Measuring Performance Phase• Tools for the Analyze Opportunity Phase

Six Sigma – DMAIC Tools II• Tools for Improving the Process Phase• Tools for the Controlling Performance Phase

Introduction to Lean• Understanding Lean• How Does Lean Benefit a Business?• How is Lean Implemented?• How Difficult is Lean to Implement?• What Changes can be Expected in Business Processes?• Lean Foundations

Statistical Process Control• Two Types of Variation• Normal Distribution• Control Charts• Rational Subgroups• Tools Used in SPC

Total Quality Management• What is Total Quality Management?• The Four Categories of Quality Cost• Kaizen and the PDCA Cycle• The Seven Philosophies of TQM

Personal Effectiveness - 0.3 CEUsCoaching• Benefits of Coaching• Recognize When You Should Coach• Improve Your Coaching Approach• Avoid Common Coaching Mistakes

Delegation• The Necessity of Delegating• How to Delegate• Managing Delegation• Delegation as a Development Tool

Effective Listening in the Workplace• Key Behaviors for Active Listening• Recognize Different Communication Styles• Avoid Verbal Communication Mistakes

Effective Written Communications• The PASS Model for Email Messages• The Five Elements of Effective Communication• Ten Tips for Better Business Writing

Group Decision Making• Decision-Making Phases• Guidelines for Effective Communication• Identify Commonly Encountered Obstacles• Prove the Final Decision Will Meet Initial Expectations

Basic Business Finance• Assets, Liabilities, and Equity• Financial Statements• Auditing and Reporting

Project Management Fundamentals• Project Basics• Project Initiation Process• Project Planning Process• Project Executing Process• Monitor and Control• Project Closure


Workforce Training - 0.3 CEUsISD Overview• ISD Models• Bloom’s Taxonomy• ARCS Motivational Theory

Training Analysis• Types of Analysis• Components of an Analysis Report• Analysis Data Collection Concepts

Design of Effective Workplace Learning• Writing Objectives• Designing a Learning Strategy• Learning Strategy Selection

Practical Training Development Methods• Developing the Prototype• Developing Training Materials• Pilot Testing a Course

Implementation of Workplace Learning• Implementing a Training Program• Best Practices for Launching Classroom and Web-Based Courses• Blended Learning

Training Evaluation• Types of Evaluation• Guidelines for Various Tests and Assessments• Job Performance Measures (JPMs)


Green Sustainability - 0.2 CEUsConcepts in Green Purchasing• Green Purchasing• Achieving Green Purchasing• DfE Program

Energy Ratings and Audits Defined• Energy Certification• Energy Standard Organizations

Energy-Efficient Systems• Energy Efficiency• Energy-Efficient Systems

Green Building Adding to the Bottom Line• Green Building Economics• Economic Benefits of Green Building

Green Building and Renovations Defined• Green Building Renovations

Green Certification and Standards• Green Certification• Green Building Standards

Combustion Fundamentals• Combustion Fundamentals• Combustion Process• Burners and Controls

Boiler Types and Classification• Hydronic (Hot Water) Boiler System• Steam and Condensate Boiler System• Steel and Cast Iron Boilers

Boiler Operation• System Operation• System Shutdown• System Startup• Steam and Hot Water Control Settings

Boiler Systems• Boiler Room Terminology• Major Components• Valves and Identification

Boiler Blowdown• Types of Blowdown• Blowdown Procedure• Water Quality

Safety Valves• Valve Identification and Terminology• Valve Applications

Boiler System Controls• Common Controls

Building Management and Maintenance Series - 1.4 CEUs*All facilities will require a certain amount of upkeep, and will definitely require repairs. Learn more about facility up keeping here, in the Building Management and Maintenance series of modules.

Building Management Principles - 0.2 CEUsRisk Management• General Liability• Fire Prevention, Detection, and Protection• Life Safety Code

Preventive Maintenance• Planning• Scheduling• Monitoring

Chemical Storage• Basic Chemical Segregation• Safe Chemical Storage• Storage Time Limits

Cleaning Services• Cleaning Supply Storage and Management• Common Areas• Elevators• Pools and Pool Decks

Facility Maintenance• Building Codes• Security• Disaster Preparedness

Building Utilities and Boilers - 0.4 CEUsUtilities• Boilers• Electrical• HVAC and Refrigeration• Plumbing


Overhead Door Controls• Overhead Door Components• Manual Operation• Lubrication• Limit Adjustment

Roofing, Walls and Balconies• Fire Control Systems• Balcony Inspections• Roofing Materials and Usage• Rooftop Tanks

Building Electrical Maintenance- 0.3 CEUsOverview of Electrical Systems• Facility Power Distribution Systems and

Equipment• How the Power Grid Works

Electrical Control Circuits• Control Circuit Diagrams• Control Circuit Logic

Electrical Tools and Test Equipment• Common Electrician’s Tools• Standard Test Equipment

Electrical Distribution Components• Terminology• Conductors• Conduits and Raceways• Circuit Breaker Panel and Load Centers

Receptacles and Lighting• Outlet and Lighting Circuits• Feeders vs. Branch Circuits• Switching Circuits

Boiler Management Control Systems• Basic Flame Safeguard System• Sequence of Operation• Circuit and Interlock Controls• Flame Loss Sequence• Burner Shutdown• Troubleshooting

General Inspection and Repairs- 0.5 CEUsCleaning Drains• Floor, Sink, and Lavatory Drains

Faucet Repair• Leaking Pipes• Leaking Toilets and Urinals

Pipe Repair and Replacement• Terminology and Tools• Repairs

Basic Masonry• Terminology and Tools• Repair

Drywall, Doors and Locks• Drywall and Door Repair• Locks

HVAC Fundamentals• HVAC Overview• HVAC Equipment• HVAC Systems

Basic HVAC Maintenance• HVAC Systems• Refrigeration Cycle• Window-Mounted Units

Elevators I• Types of Elevators• Service• Fireman’s Recall System

Elevators II• Test and Codes• Handicap and ADA Compliance


Intermediate Distribution andWarehousing - 0.4 CEUsBattery Charging System I• Batteries and Chargers• Explosive Gases• Spills and Spill Containment

Battery Charging System II• Battery Charging System• Battery Charging System Components• Troubleshooting Techniques• Battery Recycling

Photoeye Types• Photoeye Types• Photoeye Connections

Photoeye Installation• Photoeye Characteristics• Photoeye Alignment• Photoeye Installation

Pi-Touch• PI-Touch Components and Connections• Control Screens and Manual Operations

Sorter Hardware• Induction and Merge Conveyor Equipment• Sortation Conveyor Equipment and Power and

Control Apparatus

Distribution and Warehousing Series - 1.0 CEUs*The Distribution and Warehousing series includes the following courses: Distribution Center Overview, Conveyor Basics, Facility Maintenance, and Fork Trucks.

Basic Distribution andWarehousing - 0.3 CEUsDistribution Center Overview • From Vendor to Market• Distribution Center Layout

Conveyor Basics• Gravity-Driven, Flat Belt, and Live Roller

Conveyors• Junctions and Curves, Sorters, and Other

Specialty Devices

Facility Maintenance• Facility Maintenance Overview and Electrical

Systems• Compressed Air System Component• Chilled

Fork Trucks I• Safety Considerations and General Fork Truck

Work Practices• Electrical Systems and Schematic Diagrams• Diagnostic Tools

Fork Trucks II• Battery Systems• Miscellaneous Electrical Control Components

and Steering & Guidance Systems• Hydraulic Systems and Brake Systems


Advanced Distribution and Warehousing - 0.3 CEU’sAGV Operation• Manual Controls• Operation Modes

AGV Overview• AGV Overview• Navigation and Guidance

AGV Preventive Maintenance• AGV Maintenance• AGV Lift Operation

AGV Safety• Indications• Sensors• Vehicle Safety and Interface Module

AKL Cranes• Overview• Components• Operation• Preventative Maintenance• Fault Identification

ASRS Cranes• ASRS Overview• ASRS Load Storage and Retrieval• ASRS Ancillary Equipment• ASRS Crane Missions

Barcode Scanners• Function and Operation Principles• Installation and Maintenance Practices• Setup and Programming

Sorter Operations• Induction • Scanning• Sortation

Switchgears• Switchgear Fundamentals, Control, and

Operational Practices• Close & Trip Functions, and Fault & Overcurrent

Protective Devices• Electric Bus Systems



Hazardous Communications• Importance of Hazardous Communication• Hazardous Communication Requirements• Use of Hazardous Communication Programs

Environmental Awareness• Environmental Issues and Industry• Environmental, Health, and Safety Regulations• Priority Pollutants• Minimizing Pollution

Hazardous Materials• Common Hazardous Materials• Handling and Disposal Procedures• Safety Precautions and Regulations

Benzene Awareness• What is Benzene?• Benzene Awareness Training• What Are the Health Risks

H2S Awareness• Hydrogen Sulfide Awareness• Hazardous Properties of H2S Gas• Health Effects of H2S Exposure

Safety Series - 1.5 CEUs*The modules in the Safety series begin by providing an overview of common industrial facility hazards and protective systems, including the areas of a facility where these hazards may be encountered. These modules also introduce fire and electrical safety practices, as well as discuss topics such as hazardous communications, lockout/tagout, industrial signage, and personal protective equipment.

Safety - 1.5 CEUs Industrial Facility Safety• Common Hazards Encountered in Industrial Facilities• Dangers Associated with Electrical Current and Voltage• Common Industrial Systems Installed for Personnel and Equipment Protection

Electrical Safety• Electrical Shock and Arc Flash• Emergency Response Actions• Electrical Safeguarding• Electrical Personal Protective Equipment• De-Energizing Electrical Equipment

Personal Protective Equipment• Personal Responsibilities• Industrial Personal Protective Equipment• Care, Use, and Inspection of Personal Protective Equipment• Effects of Using Defective Personal Protective Equipment

Fire Safety and Prevention• Fire Tetrahedron• Common Classes of Fire• Fire Prevention Techniques• Extinguishing Fires

Industrial Signage• Common Industrial Signs• Hazard Identification Color Code• Industrial Floor Marking Code


Fall Protection• Fall Protection Options and Planning• Personal Fall Protection Systems• When Fall Protection is Needed

Machine Guarding• Machine Accidents• Methods of Machine Safeguarding• Other Examples of Machine Guarding and Training Requirements

Materials Handling• Manual Handling and Safe Lifting• Mechanical Material Handling Equipment• Storing Materials

Safety and Health Program• Benefits and Major Elements of an Effective• Safety and Health Program• Management Commitment and Employee Involvement• Worksite Analysis• Hazard Prevention and Control• Safety and Health Training

Walking and Working Surfaces• General Requirements• Floor, Roof, and Other Openings• Stairs and Ladders• Scaffolding and Other Working Surfaces

Asbestos• Asbestos Overview• Protecting Workers from Asbestos Hazards

Back Safaty Ergonomics• Back Safety Overview• Overview of Ergonomics• Solutions to Control Hazards• Training and Enforcement

GHS• GHS Overview• Classification• Hazard Communication

Confined Spaces• Confined Space Hazards• Safety in Confined Spaces

HAZWOPER Awareness• Scope and Definitions• Safety and Health Program• Site Characterization and Analysis• Monitoring and Surveillance• Emergency Response

First Aid I• First Aid Kits• Evaluating Injured or Ill Persons• Controlling External Bleeding• Head, Neck and Spinal Injury Care

First Aid II• Poisoning• Treatment of Choking• Performing CPR• AED Operation• Stroke Symptoms

Bloodborne Pathogens• Coverage and Risk• Exposure Control Plan• Engineering and Work Practice Controls• Hepatitis B Vaccination• Training

Crane Safety• Definitions• Overview of Cranes• Crane Hazards• Rigging Equipment• Crane Operation, Inspection and Training

Exit Routes, Emergency Action, and FirePrevention Plans• Definitions• Design and Construction Requirements• Maintenance, Safeguards, and Operational Features for Safe Routes• Emergency Action Plans• Fire Prevention Plan


Spill Prevention, Control and Contermeasures• Spill Prevention, Control, and Countermeasure Plans• Facility Response Plan• Regulations• Containment• What Should I Do If I Have a Spill?

Lead - Overview for General Industry• Lead Overview• Lead Exposure• Protecting Workers from Lead Hazards

Lead - Overview for Base Construction• Lead Overview• Lead Exposure• Lead-Based Paint Hazards and Regulations• Protecting Workers from Lead Hazards

Toxic Substance Control TSCA• TSCA Overview• TSCA Compliance Assistance• TSCA Compliance Monitoring• Cleanup Enforcement


Worker Safety Documents & The Qualified Electrical Worker• Worker Safety Documents• Qualified Electrical Worker

Electrical Hazards and The Electrical Safety Program• Definitions• The Electrical Safety Program• Primary Hazards of Electricity

Electrical Work, Safe Work Area, and Other Precautions• Definition of Electrical Work• Electrically Safe Work Condition• Establishing a Safe Work Condition• Additional Precautions

PPE Other Equipment and Shock Rescue• Insulated Rubber Gloves• Arc Flash Protective Clothing• Other Arc Flash Protective Equipment• Shock and Shock Rescue Actions


Personal Protection Equipment (PPE)• Personal Responsibilities• Industrial Personal Protective Equipment• Care, Use, and Inspection of PPE• Effects of Using Defective PPE

Hazardous Communications• Importance of Hazardous Communication• Hazardous Communication Requirements• Use of Hazardous Communication Programs

Two Hour Elective - 0.2 CEUsHazardous Materials• Common Hazardous Materials• Handling and Disposal Procedures• Safety Precautions and Regulations Materials Handling• Manual Handling and Safe Lifting• Mechanical Material Handling Equipment• Storing Materials

Machine Guarding• Machine Accidents• Methods of Machine Safeguarding• Other Examples of Machine Guarding and Training Requirements

Bloodborne Pathogens• Coverage and Risk• Exposure Control Plan• Engineering and Work Practice Controls• Hepatitis B Vaccination• Training

OSHA 10-Hour General Industry Training Program - 1.0 CEUs*The Occupational Safety and Health Administration, or OSHA, regulates workplace safety by settingand enforcing standards and by providing training, outreach, education and assistance. This OSHAseries of modules explains varying OSHA mandates and standards.

Seven Hours Mandatory - 0.7 CEUsIntro to OSHA• Why is OSHA Important to You?• What Rights Do You Have Under OSHA?• What Responsibilities Does Your Employer Have Under OSHA?• What Do the OSHA Standards Say?• How are OSHA Inspections Conducted?• Where Can You Go For Help?



Exit Routes, Emergency Action, and FirePrevention Plans• Definitions• Design and Construction Requirements• Maintenance, Safeguards, and Operational Features for Safe Routes• Emergency Action Plans• Fire Prevention Plan

Electrical Safety• Electrical Shock and Arc Flash• Emergency Response Actions• Electrical Safeguarding• Electrical Personal Protective Equipment• De-Energizing Electrical Equipment*CEUs are calculated and awarded at the subject area level. Series level totals are to show the available amount of CEUs that can be earned for completing all subject areas in a particular series.


Crane Safety• Definitions• Overview of Cranes• Crane Hazards• Rigging Equipment• Crane Operation, Inspection, and Training

Industrial Facility Safety• Common Hazards Encountered in Industrial Facilities• Dangers Associated with Electrical Current and Voltage• Common Industrial Systems Installed for Personnel and Equipment Protection

Benzene Awareness • What is Benzene?• Benzene Awareness Training• What Are the Health Risks

H2S Awareness • Hydrogen Sulfide Awarenss• Hazardous Properties of H2S Gas• Health Effects of H2S Exposure

Safety and Health Program• Benefits and Major Elements of an Effective Safety and Health Program• Management Commitment and Employee Involvement• Worksite Analysis• Hazard Prevention and Control• Safety and Health Training


Back Safety & Ergonomics• Back Safety Overview• Overview of Ergonomics• Solutions to Control Hazards• Training and Enforcement

One Hour Optional - 0.1 CEUsEnvironmental Awareness• Environmental Issues and Industry• Environmental, Health, and Safety Regulations• Priority Pollutants• Minimizing Pollution


Fire Safety and Prevention• Fire Tetrahedron• Common Classes of Fire• Fire Prevention Techniques• Extinguishing Fires

Industrial Signage• Common Industrial Signs• Hazard Identification Color Code• Industrial Floor Marking Code
