Safety, Health, and Plant Science
• Acid and Caustic Awareness
• Ammonia Awareness
• Atomic Structure and Chemical Bonding
• Chemical Equations
• Chemical Formulas, Reactions, and Solubility
• Gas Monitoring Basics
• Hazardous Gases Methane, Carbon Monoxide, and Carbon Dioxide
• Hazardous Material Procedures
• Hazardous Materials Safety
• Industrial Math: Fractions, Percentages, and Ratios
• Industrial Math: Measurements and Calculations
• Introduction to Hydrocarbon Chemistry
• Introduction to Industrial Hygiene
• Introduction to Industrial Math
• Introduction to Physics Energy, Work, and Power
• Introduction to Physics Force and Motion
• Introduction to the Periodic Table of Elements
• Medical Surveillance
• Radiation Awareness
• Root Cause Analysis
• Safety and Health Programs
• Toxicology
Mechanical Maintenance
• Ball Valves
• Bearing Installation and Removal
• Bearing Seals
• Boiler Tube Repair
• Bolted Joints
• ButterNly Valves
• Centrifugal Pump Design
• Centrifugal Pump Fundamentals
• Centrifugal Pump Operation
• Chain Drive Maintenance and Troubleshooting
• Check Valves
• Closed Heat Exchangers
• Clutches
• Compressed Air System Components
• Compressed Air Systems
• Conveyor Belt Installation and Repair
• Conveyor Belt System Inspection
• Conveyor System Design
• Couplings
• Diaphragm Valves
• Displacement Pumps
• Dynamic Compressors
• Fasteners
• Gate Valves
• Globe Valves
• Graphical Rim-and-Face Alignment
• Hand Tools I
• Hand Tools II
• Heat Exchanger Theory
• Hydraulic Fluids
• Hydraulic Systems
• Inspecting a Boilers Exterior
• Inspecting the Fireside of a Boiler, Part 1
• Inspecting the Fireside of a Boiler, Part 2
• Inspecting the Waterside of a Boiler
• Introduction to Bearings
• Introduction to Belt Drive Maintenance
• Introduction to Centrifugal Pumps
• Introduction to Chain Drives
• Introduction to Conveyor Systems
• Introduction to Gear Drives
• Introduction to Hydraulics
• Introduction to Positive Displacement Pumps
• Introduction to Valves and Their Components
• Laser Alignment
• Lubrication Analysis in Rotating Machinery
• Lubrication Basics
• Lubrication Delivery Methods and Systems
• Lubrication Failures and Management in Rotating Machinery
• Lubrication Filtration and Purification
• Lubrication Sampling and Analysis
• Lubrication Selection and Sampling in Rotating Machinery
• Maintaining Gear Drives
• Making Gaskets
• Mathematical Rim-and-Face Alignment
• Mechanical Seals Use and Installation
• Needle Valves
• O-Rings
• Open Heat Exchanger Design and Operation
• Packing Material Use and Installation
• Pinch Valves
• Pipe Connections and Symbols
• Piping Auxiliaries
• Piping Construction and Sizing
• Piping Expansion, Support, and Insulation
• Plant Vibration Program
• Plug Valves
• Portable Power Tools
• Positive Displacement Compressors
• Positive Traction Belt Drives
• Pre-Alignment Procedures
• Pressure Regulator Valves
• Reciprocating Positive Displacement Pumps
• Reverse Dial Alignment
• Rolling Contact Bearings
• Rough Alignment
• Safety and Relief Valves
• Sheave Maintenance
• Sliding Surface Bearings
• Solenoid Valves
• Torque Wrenches
• Troubleshooting Bearing Failures
• Tube and Conduit Bending
• Tube Fittings and Connection Methods
• Tubing Types and Applications
• Types of Gears
• Types of Lubricants
• V-Belts
• Valve Actuators
• Valve Positioners
• Vibration Causes and Characteristics
• Vibration Introduction
• Waterside and Fireside Cleaning of a Boiler
• Working Principles of Simple Machines
Electrical Distribution
• Active and Reactive Power Fundamentals
• Active and Reactive Power Limits and Flows
• Automatic Generation Control
• Bulk Power System Communication Basics
• Bulk Power System Communications and Coordination
• Bus Protection
• Capacity and Energy Emergencies
• Characteristics of Distribution Switchgear
• CIP Controls and Management
• CIP Perimeters and ConNigurations
• CIP Personnel Responsibilities
• CIP Physical Security
• CIP Related BES Recovery Plans
• Coordinating Entities and Duties
• Distribution System Components and Application
• Disturbance Control Performance
• Disturbance Monitoring Equipment
• Economic Power System Operations
• Elements of System Protection
• Emergency Policies and Procedures
• Energy Production and Transfers
• Frequency Response and Bias
• Generator Protection
• Interconnected Energy Accounting
• Line Protection
• Load Characteristics and Management
• Monitoring System Conditions
• NERC Overview and Application for Generator Operators
• Pilot Protection
• Power System Control Elements
• Power System Restoration
• Primary and Secondary Distribution Systems
• Principles of Revenue Metering
• Protection System Mis operation and Maintenance
• Protection Systems Maintenance Programs
• Real Power Balancing Control Performance
• Reliability Coordination – Planning and Operations
• Reliability Responsibilities and Authorities
• Single and Poly-phase Metering
• Supervisory Control and Data Acquisition Systems (SCADA)
• Transformer Protection
• Transmission Operations
• Types of Protective Relays
Electrical Maintenance
• AC Drives Overview
• AC Generators
• AC Induction Motor Maintenance
• AC Induction Motor Theory
• AC Induction Motors
• AC Power
• Battery Basics
• Breaker SpeciNic Maintenance
• Capacitance in AC Circuits
• Circuit Breaker Time-Travel Characteristics and Testing
• DC Motors and Generators
• DC Motors and Generators Troubleshooting and Maintenance
• Determine Circuit Outputs from SpeciNied Inputs
• Electrical Backup Systems
• Electrical Faults and Current Ratings
• Electrical Freeze Protection Components and Application
• Electron Theory
• Evaluating Series and Parallel DC Circuit Performance
• Fundamentals of Three-Phase AC
• General Switchgear Maintenance
• Generator Overhaul
• Generator System Heat Protection
• Generator, Transformer, and Motor Protection
• Grounding and Bonding
• Harmonics
• High-voltage AC
• Impedance in AC Circuits
• Inductance in AC Circuits
• Installing Conduit and Pulling Wire
• Introduction to Alternating Current
• Introduction to Medium Voltage Cable
• Introduction to Motor Controls
• Limit Switch Adjustment
• Low Voltage Breakers
• Magnetism and Electromagnetism
• Making Connections in a Junction Box
• Medium and High Voltage Switchgear
• Medium Voltage Splices and Terminations
• Motor Control Centers
• Motor Control Troubleshooting
• Motor Protection and Fault Diagnosis
• MOV (Motor Operated Valve) Application and Construction
• MOV (Motor Operated Valve) Disassembly and Inspection, Part 1
• MOV (Motor Operated Valve) Disassembly and Inspection, Part 2
• Ohms and Kirchhoff’s Laws Involving AC Circuits
• Ohms and Kirchhoff’s Laws Relating to DC Circuits
• Overcurrent Protection; Fuses and Breakers
• Overhauling Induction Motors
• Power Quality
• Protective Relays
• Special Transformers
• Switchgear
• Terminating and Connecting Wires in a Control Panel
• Transformer Basics
• Transformer Connections
• Transformer Design and Components
• Troubleshooting AC Circuits
• Troubleshooting AC Induction Motors
• Troubleshooting DC Circuits
• Uninterruptible Power Supplies (UPS)
• Wire and Cable Management
Power Generating Systems and Operations
• Aero-derivative Gas Turbines – Major Components and Support Systems
• Air Cooled Condensers
• Balancing EfNiciency; Availability; Capability and Flexibility
• Basic Boiler Design
• Basic Power Plant Efficiency
• Basic Wind Turbine Design
• Biomass and Waste to Energy Power Plants
• Boiler Burner Controls and Management
• Boiler Efficiency
• Boiler Feed Pump Daily Operations
• Boiler Feed Pump Flow Path and Major Components
• Boiler Feed Pump Start-up
• Boiler Feed Pump Water Supply and Control Systems
• Boiler Feed Pumps and Associated Auxiliary Equipment
• Boiler Fuel and Air Systems
• Boiler Fuel System Function
• Boiler Fuel System Start-up
• Boiler Heat Recovery Systems
• Boiler Operator Roles and Responsibilities
• Boiler Reliability
• Boiler Valves and Fittings
• Boiler Water and Steam Cycle
• Boiler Water and Steam Cycle Overview
• Calibration of CEMS Components
• Chemical Compounds
• Circulating Water System Components
• Circulating Water System Controls
• Circulating Water System Normal Operations
• Circulating Water System Shutdown
• Circulating Water System Start-up
• Coal Handling System
• Combined Cycle Auxiliary Systems
• Combined Cycle Condensate and Circulating Water Systems
• Combined Cycle Power Plant Components
• Combined Cycle Power Plants
• Combined Cycle Steam and Feedwater Operating Principles
• Combustion Air and Flue Gas Flow Paths and Components
• Combustion Air and Flue Gas System Start-up
• Combustion System Component Overview
• Combustion Theory
• Condensate and Feedwater System Control
• Condensate and Feedwater Systems Operation
• Condenser Efficiency
• Condenser Operation and Reliability
• Control Loops and Methods of Control
• Cooling Towers Components
• Cooling Towers Operating Principles and Designs
• Corrosion Causes and Effects
• Corrosion Control in Steam Production
• Desalination: Pre- and Post-treatment of Water
• Diesel Engine Support Systems
• Diesel Engines for Power Generation
• Diesel Plant Control Systems and Protective Devices
• Diesel Plant Routine Maintenance
• Diesel Power Plant Operations
• Diesel-Powered Generation
• Distributed Control System Components
• Distributed Control System Fundamentals
• Dry Scrubber Operation
• Elements and the Periodic Table of Elements
• Energy Conversion
• Environmentally Sensitive Operations
• Equipment Disconnects and Grounding
• Feedwater Heater Operation and Efficiency
• Flow Paths and Components of the Boiler Water and Steam Systems
• Flue Gas Desulfurization System
• Flue Gas Desulfurization System, Open Spray Design, Part 1
• Flue Gas Desulfurization System, Open Spray Design, Part 2
• Fuel Combustion and Controls
• Function of the Boiler Water and Steam Systems
• Function of the Circulating Water System
• Fundamentals of Gas Turbine Operation and Routine Maintenance
• Fundamentals of Reciprocating Engine Design
• Fundamentals of Using a CEMS
• Fuses and Circuit Breakers
• Gas Turbine Air Systems
• Gas turbine Control Schemes
• Gas Turbine Fuel and Combustion Systems
• Gas Turbine Fundamentals and ConNiguration of Generating Facilities
• Gas Turbine Lube Oil and Control Oil Systems
• Gas Turbine Water Wash and Drain Systems
• Generator and Auxiliary Systems Flow Paths and Major Components
• Generator and Auxiliary Systems Functions
• Generator and Auxiliary Systems Normal Operations
• Generator and Auxiliary Systems Shutdown
• Generator and Auxiliary Systems Start-up
• Generator Construction and Process Control
• Generator Control in Reciprocating Engine Power Plants
• Generator Monitoring and Control
• Generator Overview
• Heat Transfer Principles
• Heavy Duty Gas Turbines – Major Components and Support Systems
• Horizontal Wind Turbine Design and Operation
• HRSG Basic Operating Concerns and Conditions
• HRSG Flow Path and Major Equipment
• HRSG – Auxiliary Equipment and Systems
• Hydroelectric Generators
• Hydroelectric Plant Auxiliaries
• Hydroelectric Power Stations
• Industrial Water Treatment Systems
• Instrumentation and Controls
• Introduction to Biomass Power Plants
• Introduction to Combustion Air and Flue Gas Systems
• Introduction to Continuous Emission Monitoring Systems
• Introduction to Desalination
• Introduction to GE Frame Series Gas Turbines
• Introduction to Reciprocating Engine Power Plants
• Introduction to Solar Energy
• Introduction to the GE LM Series Gas Turbine
• Introduction to the Circulating Water System
• Introduction to the Condensate System
• Introduction to the Feedwater System
• Introduction to the Siemens V-Series Gas Turbine
• Laws and Principles of Thermodynamics
• Main Transformers
• Maintaining Fan Operations in Combustion Air and Flue Gas Systems
• Mechanical Governor
• Molecular Chemistry of Water
• Normal Operation of the Boiler Fuel Systems
• Normal Operation of the Boiler Steam and Water Cycle
• Nuclear Power Principles and Design
• Operating Electrical Equipment in a Hydroelectric Plant
• Performance Parameters
• Plant Protection Protective Relays and Instrument Transformers
• Power Plant Shutdown Procedures
• Power Plant Start-up Procedures
• Power Plant Unit Control
• Preparing for Power Plant Shutdowns
• Preparing for Power Plant Start-ups
• Process and Methods of Control for the Boiler Fuel System
• Process Controls for the Boiler Water and Steam Systems
• Pump EfNiciency and Reliability
• PWR and BWR Operation and Design
• Reciprocating Engine Auxiliary Systems
• Reciprocating Engine Electrical and Control Systems
• Reciprocating Engine Operations
• Reverse Osmosis
• Saturated Steam Tables
• Scrubbers and Ash Removal Systems
• Selective Catalytic Reduction (SCR) System
• Shut Down Process
• Shutdown for the Boiler Fuel System
• Shutdown of the Boiler Water and Steam Systems
• Solar Energy Photovoltaic
• Solar Energy Thermal Applications
• Start-up Procedures for the Boiler Water and Steam Systems
• Station Service System
• Steam Chemistry Control and Guidelines
• Steam Turbine Auxiliaries
• Steam Turbine Basics
• Steam Turbine Control and Operation
• Steam Turbine Design
• Steam Turbine Governor System
• Superheated Steam Tables
• The Hydroelectric Role in the Power System
• Thermal Desalination Technologies
• Turbine EfNiciency
• Understanding the Basic Properties of Water and Steam
• Using Distributed Control System Diagrams
• Water and Steam Terms and Principles
• Water Management
• Wind Energy Production
• Wind Farm Design
Instrumentation and Control
• Air Conditioning Fundamentals
• Analytical Instruments
• Basic Principles of Industrial Transmitters
• Calibration Overview, Part 1
• Calibration Overview, Part 2
• Chiller Design and Maintenance
• Controller Control Modes
• Digital Electronics and Microprocessors
• Digital Thermometers and Calibrators
• Ducting and Air Movement for HVAC Systems
• Ductless Air Conditioning
• Electrical Drawings
• Electronic Control Systems
• Final Control Elements
• Flow Measuring Devices
• Industrial Print Reading Overview
• Input Output IO Processing
• Inputs and Outputs
• Instrument Troubleshooting
• Instrumentation and Control Overview
• Introduction to Analytical Testing
• Introduction to Automated Control
• Introduction to Industrial and Commercial Refrigeration
• Introduction to Industrial Electronics
• Introduction to Programmable Logic Controllers (PLC)
• Introduction to Switches
• Introduction to Troubleshooting
• Level Measuring Devices
• Logic Diagrams
• Manometers
• Megohmmeters
• Multimeters
• Operation of Automatic-Manual Transfer Stations
• Oscilloscopes
• P&ID Basics
• PLC (Programmable Logic Controllers) Network Protocols
• PLC (Programmable Logic Controllers) Networks
• PLC (Programmable Logic Controllers) Programming Instructions, Part 1
• PLC (Programmable Logic Controllers) Programming Instructions, Part 2
• Pneumatic and Electronic Control System
• Power Suplies
• Pressure and Vacuum Calibrators
• Pressure Measuring Devices
• Principles of Flow
• Principles of Level
• Principles of Pressure
• Principles of Temperature
• Reading a P&ID
• Refrigerant System Troubleshooting
• Signal Generators
• Signal Transmission
• Smart Transmitters
• Temperature Instruments
• Transducers
• Weight Measuring Devices
Process Systems and Operations
• Basic Petroleum Chemistry
• Features and Operation of Process Heaters
• Features and Uses of Process Tanks
• History of Refining
• Introduction to Distillation
• Introduction to Naphtha Reforming
• Introduction to Petroleum Refining
• Introduction to Process Reactors
• Introduction to Process Separators
• OSHAs Process Safety Management Standard
• Overpressure Safety Systems
• Process Product Movement and Shipment
• Process Utilities Systems, Part 1
• Process Utilities Systems, Part 2
• Safety Alarm Systems and Instrumentation
• Sampling Principles and Methods
• Start-up; Normal Operation and Shutdown of a Distillation Column
• Tanks and Vessels Used for Storage
• Testing Principles and Procedures
Industrial Machining and Welding
• Aerial Lift Devices
• Bandsaw
• Dial Indicators
• Drill Press
• Engine Lathe
• Fixed Gauges
• Gas Metal Arc Welding (GMAW)
• Introduction to Measuring and Care of Measuring Tools
• Ladders
• Layout and Bench Work
• Measuring Rules and Tapes
• Measuring with Calipers
• Micrometers
• Overhead Cranes
• Oxyacetylene Welding (OAW)
• Pedestal Grinder
• Rigging, Part 1
• Rigging, Part 2
• Rigging, Part 3
• Safe Welding and Cutting Practices
• Scaffold Erection and Components
• Shielded Metal Arc Welding (SMAW)
• Surface Grinder
• Telescoping Gauges
• Threading and Tapping
• Tungsten Inert Gas (TIG) Welding
• Vertical Milling Machine
• Weldability of Metals
NERC System Operator Certification and Continuing Education Database
CEH
• MTS_4625_301-02 Electrical Distribution System Fundamentals (1.5 CEHs)
• MTS_4625_301-03 Primary and Secondary Distribution Systems (1.5 CEHs)
• MTS_4625_301-04 Distribution System Components and Application (1.0 CEHs)
• MTS_4625_301-05 Characteristics of Distribution Switchgear (1.0 CEHs)
• MTS_4625_301-06 Load Characteristics and Management (1.0 CEHs)
• MTS_4625_301-07 Principles of Revenue Metering (1.5 CEHs)
• MTS_4625_301-08 Single and Poly-phase Metering (1.0 CEH)
• MTS_4625_345-01 NERC Overview and Application for Generator Operators (2.0 CEHs)
• MTS_4625_350-01 Elements of System Protection (2.5 CEHs)
• MTS_4625_350-02 Types of Protective Relays (2.5 CEHs)
• MTS_4625_350-03 Monitoring System Conditions (2.5 CEHs)
• MTS_4625_350-04 Disturbance Monitoring Equipment (2.0 CEHs)
• MTS_4625_350-05 Line Protection (1.0 CEHs)
• MTS_4625_350-06 Transformer Protection (1.0 CEHs)
• MTS_4625_350-07 Pilot Protection (1.0 CEHs)
• MTS_4625_350-09 Bus Protection (1.5 CEHs)
• MTS_4625_350-10 Generator Protection (2.5 CEHs)
• MTS_4625_350-11 Protection System Misoperation and Maintenance (1.5 CEHs)
• MTS_4625_375-01 Real Power Balancing Control Performance (3.0 CEHs)
• MTS_4625_375-02 Disturbance Control Performance (2.0 CEHs)
• MTS_4625_375-03 Frequency Response and Bias (2.0 CEHs)
• MTS_4625_375-05 Automatic Generation Control (3.0 CEHs)
• MTS_4625_376-01 Bulk Power System Communication Basics (1.0 CEHs)
• MTS_4625_376-02 Bulk Power System Communications and Coordination (2.0 CEHs)
• MTS_4625_377-01 CIP Personnel Responsibilities (1.0 CEHs)
• MTS_4625_377-02 CIP Perimeters and ConNigurations (1.0 CEHs)
• MTS_4625_377-03 CIP Controls and Management (1.0 CEHs)
• MTS_4625_377-04 CIP Related BES Recovery Plans (1.0 CEHs)
• MTS_4625_377-05 CIP Physical Security (1.0 CEHs)
• MTS_4625_378-01 Emergency Policies and Procedures (1.5 CEHs)
• MTS_4625_381-05 Reliability Coordination – Planning and Operations (1.5 CEHs)
• MTS_4625_387-01 Energy Production and Transfers (1.5 CEHs)
• MTS_4625_387-02 Transmission Operations (2.5 CEHs)
• MTS_4625_387-04 Power System Control Elements (1.5 CEHs)
• MTS_4625_387-05 Interconnected Energy Accounting (2.0 CEHs)
• MTS_4625_387-07 Supervisory Control and Data Acquisition Systems (SCADA) (2 CEHs)
• MTS_4625_387-10 Power System Restoration (2.0 CEHs)
• MTS_4625_388-01 Active and Reactive Power Fundamentals (2.0 CEHs)
• MTS_4625_417-01 Switchgear (2.0 CEHs)
• MTS_4625_417-02 Low Voltage Breakers (1.0 CEHs)
• MTS_4625_417-03 Medium and High Voltage Switchgear (2.0 CEHs)
• MTS_4625_417-04 General Switchgear Maintenance (1.5 CEHs)
• MTS_4625_505-02 Steam Turbine Control and Operation (1.5 CEHs)
• MTS_4625_507-01 Generator and Auxiliary Systems Functions (1.0 CEHs)
• MTS_4625_507-03 Generator Construction and Process Control (1.0 CEHs)
• MTS_4625_560-01 Main Transformers (1.5 CEHs)
• MTS_4625_560-04 Protective Relays and Instrument Transformers (1.0 CEHs)
• MTS_4625_561-01 Preparing for Power Plant Start-ups (1.5 CEHs)
• MTS_PILOT_381-06 Coordinating Entities and Duties (IN PILOT)
• MTS_PILOT_387-03 Economic Power System Operations (IN PILOT)
• MTS_PILOT_388-02 Active and Reactive Power Limits and Flows