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INFRARED THERMOGRAPHY
Online Infrared Thermography training courses and
Certification for Level I, II and III for Thermographers
and NDT professionals. All programs are compliant
with latest industry standards and include diverse
infrared inspection applications and industry specific
courses.
ABOUT US
Global Training Solutions Inc. provides compliance,
workforce training programs and classroom
instruction aimed at the development, training and
safety of employees in many diverse industries
worldwide.
© 2020 Global Training Solutions
INFRARED THERMOGRAPHY
TITLES
Level I Infrared Thermography
Level II Infrared Thermography
Level III Infrared Thermography
Infrared Inspection of Electrical Systems
Infrared Inspection of Mechanical Systems
Infrared Inspection of Electro/Mechanical
Systems
Infrared Inspection of Building Envelopes &
Roofs
Infrared Inspection of Petrochemical
Facilities
Infrared Thermography for Building
Sciences
Infrared Inspection for Weatherization
Professionals
IR Body Temperature Screening
Infrared Inspections for Home & Building
Inspectors
Infrared Inspections for InterNACHI Home
& Building Inspectors
Infrared Inspections for Integrated Pest
Management Pros
Infrared Inspections for Roof Consultants
Infrared Inspections for Roofing
Contractors
Infrared Inspections for NETA Members
Infrared Inspections for Electric Utilities
Starting, Marketing and Managing an IR
Consulting Company
Temperature Limits for Electrical and
Mechanical Equipment
NFPA 70E – Are You in Compliance
Nine Steps for Setting Up an Infrared
Inspection Program
Infrared Thermography for Building
Diagnostics
How to Check Infrared Equipment
Calibration
Ti-Reporter Software
INFRARED THERMOGRAPHY E-LEARNING TRAINING AND
CERTIFICATION
The Infrared Thermography e-Learning Training Courses are
available online and include Level I, II, and III Certified Infrared
Thermographer courses. All courses also meet ASNT training
requirements for the certification of NDT personnel.
Courses are divided into narrated one-hour lecture units and are
designed to build upon the previous units for advanced learning.
Course content has been prepared and written by our team of
Subject Matter Experts who are Level 3 Certified Infrared
Thermographers, each having over 20 years of professional experience. All courses also available as
classroom training, instructor led delivery onsite at your location for a group of workplace employees.
All courses are compliant with latest industry standards including ASTM; ANSI; ASNT; NETA and ISO. All
courses and Reference Manuals are constantly updated with the latest applications, practices and Standards
based on research by a team of subject matter experts , graduates and other key personnel in the industry.
Course completion qualifies students to take the Certified Infrared Thermographer
exam. Exams are available at no charge if taken onsite. For a nominal fee, exams may
also be taken online via a secure video link or at authorized testing centers.
Students completing 32 hours of infrared training may achieve their infrared certification by
passing our Certified Infrared Thermographer exam.
Our Certification represents LIFETIME CERTIFICATION standing; therefore they do not expire and no
certification renewals are required.
All online courses include:
Printed Reference Manual
Multi-Question Online Quizzes for each Course Unit
Exception Report Generation Software – Trial Version
Regularly Scheduled Interactive Sessions with Level 3 Instructors
Hands-on Experiments Utilizing Provided Materials
Instructions for Self-Directed Field Assignments
Proof of Course Completion
Lifetime Certification
Free ground shipping of course materials to continental United States
BECOME A CERTIFIED INFRARED THERMOGRAPHER
Students who successfully complete 32 hours of e-Learning instruction are eligible to take the Certified
Infrared Thermographer exam. These exams are administered at regularly scheduled open enrolment
classes and at the annual IR/INFO training conference. As an alternative, students may also take their exam
via an online video conference link with one of our Level III Distance Learning Instructors.
NDT QUALIFICATION
Our training courses, Reference Manuals and examinations can qualify a student for Level I, Level II and
Level III employer based certification in accordance with the ASNT document, SNT-TC-1A and help prepare
students to take the optional ASNT Level III National Exam in Thermal/Infrared Testing Methods.
SUPPORT
Published standards, Exception Data Management and Reporting Software are also available.
Courses Include:
CERTIFICATION PREP COURSES
Level I Infrared Thermography
Level I Thermography Refresher Course
Level II Infrared Thermography
Level II Thermography Refresher Course
Level III Infrared Thermography
Level III Thermography Refresher Course
APPLICATIONS COURSES
Infrared Inspection of Electrical Systems
Infrared Inspection of Mechanical Systems
Infrared Inspection of Electro/Mechanical Systems
Infrared Inspection of Building Envelopes & Roofs
Infrared Inspection of Petrochemical Facilities
Infrared Thermography for Building Sciences
Infrared Inspection for Weatherization Professionals
IR Body Temperature Screening
INDUSTRY SPECIFIC COURSES
Infrared Inspections for Home & Building Inspectors
Infrared Inspections for InterNACHI Home & Building Inspectors
Infrared Inspections for Integrated Pest Management Pros
Infrared Inspections for Roof Consultants
Infrared Inspections for Roofing Contractors
Infrared Inspections for NETA Members
Infrared Inspections for Electric Utilities
OTHER INFRARED THERMOGRAPHY SHORT COURSES
Starting, Marketing and Managing an IR Consulting Company
Temperature Limits for Electrical and Mechanical Equipment
NFPA 70E – Are You in Compliance
Nine Steps for Setting Up and Infrared Inspection Program
Infrared Thermography for Building Diagnostics
How to Check Infrared Equipment Calibration
LEVEL I INFRARED THERMOGRAPHY
Level I Thermography is a 32 hour online course for
the application of qualitative thermal imaging for
P/PM, Condition Assessment, Condition Monitoring,
Quality Assurance, Forensic Investigations, and
Building Sciences. This course covers infrared theory,
heat transfer concepts, equipment operation and
selection, standards compliance, image analysis and
report generation.
Students are trained to identify and document
thermal patterns caused by improper design,
workmanship or material failure. Specific applications include: electrical distribution systems, mechanical
systems, steam systems, refractory systems, underground piping, active thermography, building envelopes
and flat roofs.
Self directed learning activities are provided to help student gain practical experience; however, one need
not have a to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Course completion qualifies students to take the Certified Infrared Thermographer exam. Exams are
available at no charge if taken onsite. For a nominal fee, exams may also be taken online via a secure video
link or at authorized testing centers.
This course is eligible for 32 NETA Continuing Technical Development Credits (CTDs). NETA Certified
Technicians (Level III and Level IV) are required to earn a minimum of 48 CTDs every three years to maintain
their certification.
The Level 1 Course is approved by the International Association of Certified Home Inspectors for 32 hours of
continuing education and meets the training requirements for their Infrared Certified professional
designation and logo.
The Course is also approved for 32 Continuing Education Hours (CEH) by RCI, Inc.
US Armed Forces veterans may qualify for a partial tuition scholarship through the Christopher Seffrin
Memorial Scholarship for Veterans.
Prerequisite: None
Level I Infrared Thermographer Refresher Course is also available.
BASIC INFRARED THEORY
Heat transfer
Electromagnetic spectrum
Emittance, reflectance, and transmittance
Atmospheric transmission
IR wavebands and lens materials
INFRARED EQUIPMENT
Selection criteria
Range and level settings
Class demonstrations
Manufacturer equipment presentations (optional)
Hands-on use in class
INFRARED ELECTRICAL SYSTEM INSPECTIONS
Theory and thermal signatures of problems
Seven types of detectable defects
Conducting an inspection
Safety practices
Confirming exceptions
Data recording
Standards for inspections
INFRARED MECHANICAL SYSTEM INSPECTIONS
Theory and thermal signatures of problems
Rotating equipment
Power transmission components
High-temperature insulation
Steam systems, process equipment, heat exchangers, storage vessels
Active thermographic inspection techniques
Safety practices
Confirming exceptions
Data recording
Standards for inspections
INFRARED ROOF INSPECTIONS
Theory and component construction
Insulation and material characteristics
Inspection techniques
Ground based / aerial
Weather variables and influences
Required site conditions
Safety practices
Thermal signatures of latent moisture
Verification of data
Data recording
Alternate methods of moisture detection
Standards for inspections
INFRARED BUILDING INSPECTIONS
Theory and component construction
Insulation and material characteristics
Inspection techniques
Interior / exterior
Weather variables and influences
Required site conditions
Creating sufficient Delta T
Thermal signatures
Missing & damaged insulation
Air leakage
Latent moisture
Pest damage
Mold detection
Other tools
Verification of data
Data recording
Standards for inspections
IMPLEMENTING AN IR PREDICTIVE MAINTENANCE PROGRAM
9 steps to setting up a program
Integrating with other predictive technologies
Cross-verifying with other predictive technologies
Why programs fail, how they succeed
Generating standards compliant reports
Level I Course Outline:
LEVEL II INFRARED THERMOGRAPHY
Level II Thermography is a 32 hour online course for
the application for the application of quantitative
thermal imaging and temperature measurement for
P/PM, Condition Monitoring, Quality Assurance and
Forensic Investigations.
This course covers advanced infrared theory,
equipment calibration, error sources, cross-verification
with contact thermometers, advanced equipment
operation, use of windows and filters, assigning
temperature limits and repair priorities, and quantitative
report generation.
Self directed learning activities are provided to help student gain practical experience; however, one need
not have a to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
This course is eligible for 32 NETA Continuing Technical Development Credits (CTDs). NETA Certified
Technicians (Level III and Level IV) are required to earn a minimum of 48 CTDs every three years to maintain
their certification.
Course is approved by the International Association of Certified Home Inspectors for 32 hours of continuing
education and meets the training requirements for their Infrared Certified professional designation and logo.
Course completion qualifies students to take the Certified Infrared Thermographer exam. Exams are
available at no charge if taken onsite. For a nominal fee, exams may also be taken online via a secure video
link or at authorized testing centers.
US Armed Forces veterans may qualify for a partial tuition scholarship through the Christopher Seffrin
Memorial Scholarship for Veterans.
Prerequisite: Level I Certification
Level II Infrared Thermographer Refresher Course is also available.
Thermometry Fundamentals
Temperature scales and conversions
Absolute and relative temperatures
Classes and benefits of contact thermometers
Classes and benefits of non-contact thermometers
Identifying and reducing errors
Advanced IR Theory
Units for measuring radiant power
Relationship between power and temperature
Planck’s blackbody curves
Temperature Measurement Error Sources And Corrections
Calibration
how IR sensors are calibrated
how to check calibration
calibration/accuracy specifications
Reflectance
shielding techniques
measuring & compensating for with direct and reflector methods
Emittance
how emittance varies
using default and table values
how to measure emittance
Transmittance
filters to view through materials and atmospheres
filters to measure temperatures of material surfaces and atmospheres
measuring material transmittance
Target Width/Distance Ratios
calculating target size/distance
Traceable Temperature Limits: How Hot Is Too Hot
Delta-T classifications
NETA, Mil Spec, and other standards
Absolute temperature classifications
ANSI, IEEE, NEMA standards for electrical systems
correction formula for load and ambient temperature
other standards for mechanical systems
Developing limits for your equipment
Preparing Quantitative Reports
Data to gather
Report procedures
Image processing software capabilities
Report generation software capabilities
Level II Course Outline:
LEVEL III INFRARED THERMOGRAPHY
Level III Thermography is a 21 hour online course focused
on best practices for infrared inspections and associated
activities. This course contains information vital to the
long term success of an infrared inspection program.
This course covers advanced topics related to
developing, implementing, and managing a successful
infrared inspection program. Topics include: latest
applications, hardware & software, current industry
standards & specifications, OSHA and NFPA safety
standards, marketing and promoting an infrared inspection program, thermography as legal documentation,
current industry certification criteria, and how to develop and implement standards-compliant written
practices and procedures.
Self directed learning activities are provided to help student gain practical experience; however, one need
not have a to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Course is approved by the International Association of Certified Home Inspectors for 21 hours of continuing
education and meets the training requirements for their Infrared Certified professional designation and logo.
Course completion qualifies students to take the Certified Infrared Thermographer exam. Exams are
available at no charge if taken onsite. For a nominal fee, exams may also be taken online via a secure video
link or at authorized testing centers.
US Armed Forces veterans may qualify for a partial tuition scholarship through the Christopher Seffrin
Memorial Scholarship for Veterans.
Prerequisite: Level II Certification
Level III Infrared Thermographer Refresher Course is also available.
Ensure A Successful Infrared Inspection Program
Define a successful program and identify program obstacles
Understand the requirements of OSHA, NFPA, and other regulatory agencies
Identify and specify safe practices for performing IR inspections
Eliminate recurring problems through application of Root Cause Failure Analysis
Explore Latest Technology
Discover newest applications for infrared thermography
Discuss features and benefits of new test equipment
Utilize state-of-the-art software for data management & report generation
Identify industry trends and business opportunities
Understand Industry Standards & Specifications
Review current standards and specification
ASTM, ANSI, ASNT, Infraspection Institute, ISO, NETA, NFPA
Examine current NDT certification programs
Identify certification criteria
Develop a written practice for thermographer certification using ASNT standards
Marketing And Promoting An Infrared Inspection Program
Enlist principles of marketing to identify, position and price IR services
Analyze best practices for effective promotion
Discuss key elements for an effective website
Explore e-commerce opportunities to increase revenue
Thermography And The Law
Review importance of thermography as legal evidence
Examine role of the thermographer as an expert witness
Identify appropriate report content
Learn cardinal rules for delivering testimony
Applying Tools To Ensure Program Longevity
Learn five methodologies for calculating program payback or ROI
Understand how to integrate thermography into a Quality Management System
Discover how to effectively identify and solve problems
Identify software that can slash report writing time by more than 50%
Integrating PdM Technologies
Discuss role of thermography as a PdM technology
Identify complementary PdM technologies
Learn necessary steps to effectively implement a PdM program
Ensure program longevity through proper planning and management
Level III Course Outline:
INFRARED INSPECTION FOR ELECTRICAL SYSTEMS
Infrared Inspection for Electrical Systems is a 16 hour
theory and application online course for the use of
thermal imaging to locate and evaluate problems in
electrical distribution systems. This is a non-
certification course that focuses on this single
application. Course attendance may be applied to
training requirements for thermographer certification.
This course covers infrared theory, heat transfer
concepts, equipment operation and selection,
standards compliance, image analysis and report
generation.
Self directed learning activities are provided to help
student gain practical experience; however, one need
not have a to successfully complete the course.
Course tuition includes 24 hour access to all online
Course Presentations, Student Reference Manual, online Quizzes, Self-directed Field Assignments and Proof
of Course Completion. Student must complete training within 60 days of registration.
Prerequisite: None
INFRARED INSPECTION FOR
MECHANICAL SYSTEMS
Infrared Inspection of Mechanical Systems is a 16 hour
theory and application online course for the use of
thermal imaging to locate and evaluate problems in
mechanical systems. This is a non-certification course
that focuses on these specific applications. Course
attendance may be applied to training requirements
for thermographer certification.
This course covers infrared theory, heat transfer
concepts, equipment operation and selection,
standards compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTION OF ELECTRO/MECHANICAL SYSTEMS
Infrared Inspection of Electro/Mechanical Systems is a
24 hour theory and application online course for the
use of thermal imaging to locate and evaluate
problems in electrical distribution and mechanical
systems. This is a non-certification course that focuses
on these specific applications. Course attendance
may be applied to training requirements for
thermographer certification.
This course covers infrared theory, heat transfer
concepts, equipment operation and selection, standards compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTION OF BUILDING ENVELOPES & ROOFS
Infrared Inspection of Building Envelopes & Roofs is an 18
hour theory and application online course for the use of
thermal imaging to locate and evaluate energy loss and
moisture problems within building envelopes and insulated
roofing systems. This is a non-certification course that
focuses on these specific applications. Course attendance
may be applied to training requirements for thermographer
certification.
This course covers infrared theory, heat transfer concepts,
equipment operation and selection, standards compliance,
image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTION OF PETROCHEMICAL FACILITIES
Infrared Inspection of Petrochemical Facilities is a 21
hour theory and application online course for the use of
thermal imaging to locate and evaluate problems in oil
and chemical processing plants. Topics covered include
electrical distribution equipment, mechanical systems,
high temperature processing equipment, and infrared
inspection of boiler and heater tubes. This is a non-
certification course that focuses on these specific
applications. Course completion may be applied to
training requirements for thermographer certification.
This course covers infrared theory, heat transfer
concepts, equipment operation and selection,
standards compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED THERMOGRAPHY FOR BUILDING SCIENCES
Infrared Thermography for Building Sciences is a 32
hour theory and application online course for the use
of thermal imaging to locate and evaluate problems in
building envelopes and building subsystems. Topics
covered include electrical distribution equipment,
mechanical systems, building sidewalls, HVAC
systems, steam traps, and insulated roofs. This is a
non-certification course that focuses on these specific
applications. Course completion may be applied to
training requirements for thermographer certification.
This course covers infrared theory, heat transfer concepts, equipment operation and selection, standards
compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTION FOR WEATHERIZATION PROFESSIONALS
Infrared Inspection for Weatherization Professionals is
a 14 hour theory and application online course for the
use of thermal imaging as a diagnostic tool for use in
the weatherization of building envelopes. This is a
non-certification course that focuses on the use of a
thermal imager to inspect building envelopes and
building subsystems. Course completion may be
applied to training requirements for thermographer
certification.
Course provides in-depth and practical instruction for
thermographically detecting hidden problems building
sidewalls, roofs, HVAC ducts, and related building
subsystems. Course attendance may be applied to training requirements for thermographer certification
through Infraspection Institute and the InternNational Association of Certified Home Inspectors.
This course covers infrared theory, heat transfer concepts, equipment operation and selection, using a
thermal imager in conjunction with a blower door, standards compliance, image analysis, tools for confirming
infrared data, and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Course qualifies for 14 hours of continuing education by the International Association of Certified Home
Inspectors and meets the training requirements for their Infrared Certified professional designation and logo.
Prerequisite: None
INFRARED INSPECTIONS FOR HOME & BUILDING INSPECTORS
Infrared Inspections for Home & Building Inspectors is
a 16 hour theory and application online course for the
use of thermal imaging for residential and commercial
properties. Designed specifically for home and
building inspectors, students are taught how to locate
common deficiencies in building envelopes, insulated
roofs and building subsystems.
Course provides in-depth and practical instruction for
thermographically detecting hidden problems in
electrical systems, HVAC systems, roofs, and building
sidewalls. Course also covers how to successfully market, price and sell infrared inspection services. Course
attendance may be applied to training requirements for thermographer certification through Infraspection
Institute and the InterNational Association of Certified Home Inspectors.
This course covers infrared theory, heat transfer concepts, equipment operation and selection, standards
compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual in
electronic format, online Quizzes, Self-directed Field Assignments, and Proof of Course Completion.
Students must complete training within 60 days of registration.
Course qualifies for 16 hours of continuing education by the International Association of Certified Home
Inspectors and meets the training requirements for their Infrared Certified professional designation and logo.
Prerequisite: None
INFRARED INSPECTIONS FOR INTERNACHI HOME & BUILDING
INSPECTORS
Infrared Inspections for Home & Building Inspectors is a 16
hour theory and application online course for the use of
thermal imaging for residential and commercial properties.
Designed specifically for home and building inspectors,
students are taught how to locate common deficiencies in
building envelopes, insulated roofs and building
subsystems.
Course provides in-depth and practical instruction for
thermographically detecting hidden problems in electrical
systems, HVAC systems, roofs, and building sidewalls.
Course also covers how to successfully market, price and sell infrared inspection services.
This course covers infrared theory, heat transfer concepts, equipment operation and selection, standards
compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual in
electronic format, online Quizzes, Self-directed Field Assignments, and Proof of Course Completion.
Students must complete training within 60 days of registration.
Course qualifies for 16 hours of continuing education by the International Association of Certified Home
Inspectors and meets the training requirements for their Infrared Certified professional designation and logo.
Prerequisite: None
INFRARED THERMOGRAPHY FOR INTEGRATED PEST
MANAGEMENT PROFESSIONALS
Infrared Thermography for Integrated Pest Management
Professionals is a 34 hour theory and applications online
course for the application of thermal imaging for Pest
Detection, P/PM, Condition Monitoring, Quality
Assurance and Forensic Investigations.
This course covers infrared theory, heat transfer
concepts, equipment operation and selection, standards
compliance, image analysis and report generation.
Students are trained to identify and document thermal
patterns caused by improper design, workmanship or material failure. Applications include: detection of
pests and pest related damage, electrical distribution systems, mechanical systems, steam systems,
refractory systems, underground piping, active thermography, building envelopes and flat roofs.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Course completion qualifies students to take the Certified Infrared Thermographer exam. Exams are
available at no charge if taken onsite. For a nominal fee, exams may also be taken online via a secure video
link or at authorized testing centers.
Prerequisite: None
INFRARED INSPECTIONS FOR ROOF CONSULTANTS
Infrared Inspection of Building Envelopes & Roofs is an 18 hour theory
and application online course for the use of thermal imaging to locate
and evaluate energy loss and moisture problems within building
envelopes and insulated roofing systems. This is a non-certification
course that focuses on these specific applications. Course attendance
may be applied to training requirements for thermographer certification.
This course covers infrared theory, heat transfer concepts, equipment
operation and selection, standards compliance, image analysis and
report generation.
Students are trained to identify and document thermal patterns caused
by improper design, workmanship or material failure. Self directed
learning activities are provided to help student gain practical experience; however, one need not have a
camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTIONS FOR ROOFING CONTRACTORS
Infrared Inspection of Building Envelopes & Roofs is an 18
hour theory and application online course for the use of
thermal imaging to locate and evaluate energy loss and
moisture problems within building envelopes and insulated
roofing systems. This is a non-certification course that
focuses on these specific applications. Course attendance
may be applied to training requirements for thermographer
certification.
This course covers infrared theory, heat transfer concepts,
equipment operation and selection, standards compliance,
image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online course presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTIONS FOR NETA MEMBERS
Infrared Inspection for Electrical Systems is a 16 hour theory and application online course for the use of
thermal imaging to locate and evaluate problems in electrical distribution systems. This is a non-certification
course that focuses on this single application. Course attendance may be applied to training requirements
for thermographer certification.
This course covers infrared theory, heat transfer concepts, equipment operation and selection, standards
compliance, image analysis and report generation.
Students are trained to identify and document thermal patterns caused by improper design, workmanship or
material failure. Self directed learning activities are provided to help student gain practical experience;
however, one need not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments and Proof of Course Completion. Student must complete training
within 60 days of registration.
Prerequisite: None
INFRARED INSPECTIONS FOR ELECTRIC UTILITIES
Level I Thermography is a 32 hour online course for
the application of qualitative thermal imaging for P/PM,
Condition Assessment, Condition Monitoring, Quality
Assurance, Forensic Investigations, and Building
Sciences.
This course covers infrared theory, heat transfer
concepts, equipment operation and selection,
standards compliance, image analysis and report
generation.
Students are trained to identify and document thermal
patterns caused by improper design, workmanship or material failure. Specific applications include: electrical
distribution systems, mechanical systems, steam systems, refractory systems, underground piping, active
thermography, building envelopes and flat roofs.
Self directed learning activities are provided to help student gain practical experience; however, one need
not have a camera to successfully complete the course.
Course tuition includes 24 hour access to all online Course Presentations, Student Reference Manual, online
Quizzes, Self-directed Field Assignments, and Proof of Course Completion. Student must complete training
within 60 days of registration.
Course completion qualifies students to take the Certified Infrared Thermographer exam. Exams are
available at no charge if taken onsite. For a nominal fee, exams may also be taken online via a secure video
link or at authorized testing centers.
This course is eligible for 32 NETA Continuing Technical Development Credits (CTDs). NETA Certified
Technicians (Level III and Level IV) are required to earn a minimum of 48 CTDs every three years to maintain
their certification.
Course is approved by the International Association of Certified Home Inspectors for 32 hours of continuing
education and meets the training requirements for their Infrared Certified professional designation and logo.
Course is also approved for 32 Continuing Education Hours (CEH) by RCI, Inc.
US Armed Forces veterans may qualify for a partial tuition scholarship through the Christopher Seffrin
Memorial Scholarship for Veterans
Prerequisite: None
Level I Infrared Thermographer Refresher Course is also available.
Basic Infrared Theory
Heat transfer
Electromagnetic spectrum
Emittance, reflectance, and transmittance
Atmospheric transmission
IR wavebands and lens materials
INFRARED EQUIPMENT
Selection criteria
Range and level settings
Class demonstrations
Manufacturer equipment presentations (optional)
Hands-on use in class
INFRARED ELECTRICAL SYSTEM INSPECTIONS
Theory and thermal signatures of problems
Seven types of detectable defects
Conducting an inspection
Safety practices
Confirming exceptions
Data recording
Standards for inspections
INFRARED MECHANICAL SYSTEM INSPECTIONS
Theory and thermal signatures of problems
Rotating equipment
Power transmission components
High-temperature insulation
Steam systems, process equipment, heat exchangers, storage vessels
Active thermographic inspection techniques
Safety practices
Confirming exceptions
Data recording
Standards for inspections
INFRARED ROOF INSPECTIONS
Theory and component construction
Insulation and material characteristics
Inspection techniques
Ground based / aerial
Weather variables and influences
Required site conditions
Safety practices
Thermal signatures of latent moisture
Verification of data
Data recording
Alternate methods of moisture detection
Standards for inspections
INFRARED BUILDING INSPECTIONS
Theory and component construction
Insulation and material characteristics
Inspection techniques
Interior / exterior
Weather variables and influences
Required site conditions
Creating sufficient Delta T
Thermal signatures
Missing & damaged insulation
Air leakage
Latent moisture
Pest damage
Mold detection
Other tools
Verification of data
Data recording
Standards for inspections
IMPLEMENTING AN IR PREDICTIVE MAINTENANCE PROGRAM
9 steps to setting up a program
Integrating with other predictive technologies
Cross-verifying with other predictive technologies
Why programs fail, how they succeed
Generating standards compliant reports
Level I Course Outline:
STARTING, MARKETING AND MANAGING AN IR CONSULTING
COMPANY
As the science of thermography expands, it continues to attract individuals and companies looking for
business opportunities. Despite the acceptance of thermography, many companies struggle or fail at their
attempts in offering this proven technology. Success in any consulting businesses requires a combination of
technical and business skills and thermography is no exception.
Starting, Marketing and Managing and IR Consulting Company online course will focus on the fundamentals
required to start, market and maintain an infrared consulting company.
Intended audience:
This material is intended for anyone wishing to start an infrared consulting business or to expand the service
offerings of an established business. Course is designed for beginners and experienced thermographers.
Length of presentation: 40 minutes
Course availability: 24 hours from time of purchase
Prerequisite: None
TEMPERATURE LIMITS FOR ELECTRICAL AND MECHANICAL
EQUIPMENT
Qualitative thermography is an invaluable tool for detecting thermal patterns that often precede failures
within operating electrical and mechanical systems. Once an exception has been thermographically
detected, temperature measurement can be used to help evaluate the condition of affected component.
Temperature measurement can also be used to evaluate components that appear to be operating normally.
Temperature Limits for Electrical and Mechanical Equipment course is a short online module covering the
application of temperature limits for electrical and mechanical equipment as well as several methods for
determining repair priorities.
Intended audience:
This material is intended for anyone wishing to understand how to properly apply temperature limits to
operating electrical and mechanical equipment. Course is designed for beginners and experienced
thermographers, electricians, mechanics, and facility managers.
Length of presentation: 38 minutes
Course availability: 24 hours from time of purchase
Prerequisite: None
NINE STEPS FOR SETTING UP AN INFRARED INSPECTION
PROGRAM
Aside from proper equipment, training, and experience, a company’s success with thermography can be
greatly influenced by the design and implementation of an appropriate inspection program. A program is an
engineered predictive maintenance approach that will provide a system for instituting, adapting, and
continually improving infrared inspection activities to provide long-term value and maximum payback to the
facility. Such programs may be instituted by an in-house inspection team or professional consulting firms
providing contract services for their client’s facilities.
The Nine Steps for Setting Up an Infrared Inspection Program is a short online course covering the key steps
in setting up and managing an infrared inspection program.
Intended audience:
This material is intended for anyone wishing to understand how the key steps in setting up and maintaining
an infrared inspection program Course is designed for beginners and experienced thermographers,
maintenance professionals, and facility managers
Length of presentation: 22 minutes
Course availability: 24 hours from time of purchase
Prerequisite: None
INFRARED THERMOGRAPHY FOR BUILDING DIAGNOSTICS
During the past few years, one of the largest growth areas in thermography has been in the area of Building
Sciences. Despite present myths, infrared inspections of buildings are not ‘simply point and shoot’.
In fact, infrared inspections of building envelopes and associated systems remain some of the most complex
types of infrared inspections. Accurate interpretation of data depend upon proper selection of an infrared
imager, a thorough understanding of the systems inspected, interaction of these systems with their
surroundings, and the thermal patterns associated with defects.
The Infrared Thermography For Building Diagnostics short online course will focus on common applications
and key considerations for performing accurate infrared inspections of buildings and their subsystems.
Intended audience:
This material is intended for anyone wishing to understand the application, uses, and benefits of infrared
thermography as a building diagnostics tool. Course is designed for in-house and contract thermographers,
home and building inspectors, construction personnel, and mold investigators.
Length of presentation: 89 minutes
Course availability: 24 hours from time of purchase
Prerequisite: None
HOW TO CHECK INFRARED EQUIPMENT CALIBRATION
Calibration is a topic of interest to anyone that performs measurements. Calibration laboratories utilized by
infrared equipment manufacturers often represent huge capital investments in hardware and software.
Calibration procedures are not only complex, they are also proprietary to each manufacturer prohibiting an
unauthorized third party from making any adjustments to an infrared radiometer.
While it is not practical to attempt to duplicate a formal calibration laboratory, it is possible for
thermographers to perform a simple calibration check within their own facilities with a minimum of
equipment and expense. Having this capability allows thermographers to ensure that their equipment is
operating within specification while avoiding the cost and downtime associated with calibrations performed
by the infrared equipment manufacturer.
How to Check Infrared Equipment Calibration is short online course discussing simple, yet effective
techniques for calibrating infrared equipment. The techniques demonstrated are complaint with accepted
industry practice and ISO standards.
Intended audience:
This material is intended for anyone wishing to perform a calibration check of their infrared equipment.
Course is designed for in-house and contract thermographers, maintenance personnel, and managers of
infrared inspection programs.
Length of presentation: 27 minutes
Course availability: 24 hours from time of purchase
Prerequisite: None
NFPA 70E – ARE YOU IN COMPLIANCE
The National Fire Protection Association has been publishing NFPA 70E Standard for Electrical Safety
Requirements for Employee Workplaces since 1979. This safety standard has been expanded and is now in
widespread use throughout the world. NFPA 70E is applicable to any workplace and is intended for use by
employers, employees, and OSHA. This course focuses on the history and application of NFPA 70E, changes
included in the current edition, and how they affect thermographers.
The NFPA 70E – Are You in Compliance online course is a must for anyone who wishes to understand and
comply with this important safety standard.
Intended audience:
This material is intended for all thermographers performing infrared inspections of energized electrical
equipment. Course is designed for in-house and contract thermographers as well as managers of infrared
inspection programs
Length of presentation: 50 minutes
Course availability: 24 hours from time of purchase
Prerequisite: None
INFRARED REPORTING SOFTWARE – REDUCES REPORTING
TIME BY UP TO 80%
Ti-Reporter Software is a cloud-based thermography reporting software that allows the user to generate
standards-compliant reports quickly and easily from the office or in the field. The program works with all
thermal imagers and cuts reporting time by up to 80%! TI Reporter operates with all thermal imagers and runs
on all devices to include desktops, tablets and mobile phones. The software tool allows a thermographer to
generate consistent, professional and standards-compliant reports for a wide variety of applications. Simply
complete the preformatted templates following the on-screen prompts and add your images.
Features:
Application-specific templates require no formatting
Single resource that works seamlessly and efficiently
Reports contain all data required for standards compliance
Tablet based software allows data entry anywhere in the field
No software to install or maintain
Multiple Applications: create reports for 6 different thermography applications – Electrical, Roofing,
Building Envelopes, Mechanical Systems, Petrochemical, and Home
Inspections
Users will always have access to the latest version of the software
Quick and efficient and easy to use
Compatible with all thermal imagers
Automatically calculates limits for electrical and mechanical equipment
Economics and trending modules included
Compatible with PC and MAC operating systems
Simple To Use To Generate Reports – Built By Thermographers For Thermographers
Using cloud technology and state-of-the-art software tools, the revolutionary reporting and data
management resource is as easy as 1 - 2 - 3.
1 - Perform Inspection and Capture Images:
Following the on-screen prompts, enter contact information for
a new customer or access information for an existing customer.
2 - Generate Image
and Report Pages:
Use Preformatted templates to quickly
create your report.
3 - Share Your Reports:
Upon completion, print your report to a PDF and email to
customers and colleagues.
Electrical Systems
Choose from Delta T or Absolute
Temperature report formats.
Roofing Systems
Record data for quality assurance or
preventive maintenance inspections.
Building Envelopes
Properly document evidence of energy loss
or water infiltration.
Mechanical Systems
Perform trending for stationary or rotating
equipment.
Petrochemical
Records data for steam systems, boilers
and processing equipment.
Home Inspections
Report forms can be used for property
condition assessment or energy audits.
Multiple Applications
Create customized reports for six different thermography applications.
IR BODY TEMPERATURE SCREENING
Infrared Body Temperature Screening is a
5 unit theory and application course for
the use of thermal imaging to detect
elevated body temperature in humans.
This is a specialized course focused on a
single application. Course is equivalent to
a five hour classroom course with a two
hour period allotted for the online exam
at the end of the course. Course
completion may be applied toward
training requirements for Level I, II, or III thermographer certification.
This course covers infrared theory, heat transfer concepts, equipment operation and selection, current
regulations, standards compliance, screening area setup and procedures, adjunctive equipment, and safety
issues. The course is designed for program managers and for operators of infrared body temperature
screening systems.
Students are trained to set up and operate both purpose-built and industrial grade thermal imagers suitable
for human body temperature screening. Self directed learning activities are provided to help student gain
practical experience; however, one need not have an infrared imager to successfully complete the course.
Course tuition includes 24/7 access to all online course presentations, downloadable Student Reference
Manual, online exam, and written proof of course completion. Student must complete training within 14 days
of registration.
Prerequisite: None