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The Advanced Industrial Radiographic Training Academy Computed Radiography Training Course is a 40-hour program designed specifically for technicians transitioning from conventional film radiography.
Course content includes in depth training on topics as understand the difference between various digital radiography techniques (i.e., CR, DR, CT), computed radiography system components, image acquisition, digital imaging, processing digital images, manipulation of digital images, software functionality, standard practices for CR, CR system testing and performance, various industry codes and standards, and much more.
The course is in full compliance with the required training hours for CP-189, SNT-TC-1a, NAS410 and ASME BPVC Section V.
The Advanced Industrial Radiographic Training Academy Digital Radiography Training Course is a 40-hour program designed specifically for technicians transitioning from conventional film radiography.
Course content includes in depth training on topics such as understanding the difference between various digital radiography techniques (i.e. CR, DR, CT), Digital Detector Array Technology, Digital Radiography system components, Digital Detector Array Properties, Digitization of Film, Image Acquisition, Digital Imaging, Processing Digital Images, Manipulation of Digital Images, Software functionality and familiarization, Standard Practices for DR, DDA performance and long-term stability, and Digital Radiography requirements for various industry codes and standards to name a few.
The course is in full compliance with the required training hours for CP-189, SNT-TC-1a, NAS410 and ASME BPVC
Course content includes in depth training on topics as understand the difference between various digital radiography techniques, computed radiography system components, image acquisition, digital imaging, processing digital images, manipulation of digital images, software functionality, standard practices for CR, CR system testing and performance, various industry codes and standards, and
much more.
This course, combined with 16 hours of equipment familiarization training, is in full compliance with the required 24-hour training requirement to transition from film technique to digital technique as stated in CP-189 and SNT-TC-1A.
This course addresses required training topics for radiographic personnel specified in federal (10 CFR 34.43) and equivalent state radiation control regulations, as well as the topics listed in Appendix A to ASNT CP-105-2011 (excluding neutron radiography).
This is a 40-hour course on Industrial Radiography and is designed to meet the training requirements for formal certification in Radiation Safety for both X-ray and gamma Radiographers. It also discusses the requirements of the Department of Transportation and the Nuclear Regulatory Commission and outlines the “Suggested State Regulations for Controlling Radiation (SSRCR).” This 40-hour course exceeds the recommendations and training outline set forth by the NRC training manual available as NUREG/BR-0024 Working Safely in Gamma Radiography and its subsequent ASNT revisions and This course addresses required training topics for radiographic personnel specified in federal (10 CFR 34.43) and equivalent state radiation control regulations, as well as the topics listed in Appendix A to ASNT CP-105-2016 (excluding neutron radiography).
http://www.nrc.gov/reading-rm/doc-collections/nuregs/brochures/br0024/
http://pbadupws.nrc.gov/docs/ML1028/ML102871150.pdf
10 CFR 34.43 Training states:
“(d) The licensee shall provide annual refresher safety training for each radiographer and radiographer’s assistant at intervals not to exceed 12 months.”
Our online 8-hour annual radiation safety refresher training course is a convenient and cost-effective way to meet the required annual radiation safety refresher training for your company.
Our program includes PowerPoint presentations, video lectures, flashcard reviews, graded quizzes, and a 60-question final exam.
Upon completion of the course, you will receive a digital and hard copy (upon request) of a certificate of completion for each employee.
For this training to be valid per “PART E, Radiation Safety Requirements for Industrial Radiographic Operations”
The employer must include and document a review of any results of internal inspections, new procedures, or equipment, new or revised regulations, and any accidents or errors that have been observed. This review shall also provide opportunities for employees to ask safety questions.
Our ASNT Level III Ultrasonic Testing Exam Refresher course is designed to prepare you for exam success. Our online program covers in detail the components of Ultrasonic Testing.
Our online ASNT Level III Ultrasonic Testing Exam Refresher course saves you time and money on travel, food and lodging expenses, allows you to study at your own pace, lets’ you focus on the areas you know you need most, and our multiple practice final exams will give you a wide range of questions to learn from.
Our ASNT Level III Ultrasonic Testing Exam Refresher course is interactive and engaging. It is an easy to follow and understand format that allows you to study from anywhere you have internet access. Our program is available on mobile devices such as tablets as well.
Our ASNT Level III Ultrasonic Testing Exam Refresher course contains:
Give us a call today and we will get you enrolled.
The following book is required to complete our online ASNT Level III Ultrasonic Testing Exam Refresher course and is included in the price of the course. We will ship it to you when you enroll.
ASNT Level III Study Guide: Ultrasonic Testing Method, Second Edition
Our ASNT Level III Radiographic Testing Exam Refresher course is designed to prepare you for exam success. Our online program covers in detail the components of Radiographic Testing.
Our online ASNT Level III Radiographic Testing Exam Refresher course saves you time and money on travel, food and lodging expenses, allows you to study at your own pace, lets’ you focus on the areas you know you need most, and our multiple practice final exams will give you a wide range of questions to learn from.
Our ASNT Level III Radiographic Testing Exam Refresher course is interactive and engaging. It is an easy to follow and understand format that allows you to study from anywhere you have internet access. Our program is available on mobile devices such as tablets as well.
Our ASNT Level III Radiographic Testing Exam Refresher course contains:
Give us a call today and we will get you enrolled.
The following book is required to complete our online ASNT Level III Radiographic Testing Exam Refresher course and is included in the price of the course. We will ship it to you when you enroll.
ASNT Level III Study Guide: Radiographic Testing Method, Third Edition
The course addresses required training topics for radiographic personnel specified in federal (10 CFR 34.43) and equivalent state radiation control regulations, as well as the topics listed in Appendix A to ASNT CP-105-2011 (excluding neutron radiography).
This Course includes:
This is a 40-hour course on Industrial Radiography and is designed to meet the training requirements for formal certification in Radiation Safety for both X-ray and gamma Radiographers. It also discusses the requirements of the Department of Transportation and the Nuclear Regulatory Commission and outlines the “Suggested State Regulations for Controlling Radiation (SSRCR).” This 40 hour course exceeds the recommendations and training outline set forth by the NRC training manual available as NUREG/BR-0024 Working Safely in Gamma Radiography and its subsequent ASNT revisions and This course addresses required training topics for radiographic personnel specified in federal (10 CFR 34.43) and equivalent state radiation control regulations, as well as the topics listed in Appendix A to ASNT CP-105-2016 (excluding neutron radiography).
http://www.nrc.gov/reading-rm/doc-collections/nuregs/brochures/br0024/
http://pbadupws.nrc.gov/docs/ML1028/ML102871150.pdf
This Course includes:
This course’s subjects include the mechanics of the human eye, illumination requirements, surface conditions, test specimen attributes, and various discontinuities and conditions that may be encountered. Both direct and indirect (remote) visual techniques are thoroughly presented and demonstrated. The different visual tools, gages, measuring devices, and advanced VT instrumentation are discussed and demonstrated. A wide range of common applications are included. This course is a must for anyone considering a future in NDT or Inspection.
This 24-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Course includes:
This course contains Level 1 and 2 material and covers the theories and practices involved with liquid penetrant inspection. Equipment, light meters, code & procedure reference, types, forms, and methods are discussed.
This 12-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course provides in depth education pertaining to Liquid Penetrant Testing and how it relates to the aerospace industry.
Including: NAS 410 Standard comparisons, aerospace applications, unique test methods, quality verification controls and safety considerations.
This 20-hour course is designed to transition technicians from SNT-TC-1A to NAS 410 by providing them with the additional required training hours.
This Course includes:
This course contains Level 1 and 2 study material and covers the theory of Magnetic Particle Examination. Magnetic fields, flux leakage, magnetization processes, particles/mediums, applications, basic principles, and safety considerations are addressed.
This 20-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course provides in depth education pertaining to Magnetic Particle Testing and how it relates to the aerospace industry.
Including: NAS 410 Standard comparisons, aerospace applications, unique test methods, quality verification controls and safety considerations.
This 12-hour course is designed to transition technicians from SNT-TC-1A to NAS 410 by providing them with the additional required training hours.
This course includes a basic introduction to the theory and principles of ultrasound. It contains study materials related to the propagation, reflection, and attenuation of sound as well as the responses from discontinuities. The student will learn to understand the equipment used in this discipline. UT is also used for precise thickness measurements and the basic procedure for this is covered.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course explains advanced theory, application, and variables such as beam profile, near and far zones, acoustic impedance, absorption, and sound characteristics. Other subjects pertaining to angle beam inspection include refraction, and mode conversion.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Ultrasonic Digital Thickness Measurement course will prepare the student to perform numerical display digital thickness measurements of various components, structures, and materials. This course provides in depth study of principles and theory, equipment and materials, transducer operation and theory, techniques and calibrations, variables affecting test results, and procedures and specification applications.
This course consists of instructor led lectures, lesson quizzes, flashcard reviews, various video demonstrations, and a final exam.
This 8-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course includes a basic introduction to the theory and principles of Eddy Current Testing. It contains study materials related to Remote Field, Alternating Current Field Measurement and Magnetic Flux Leakage. The student will learn to understand the equipment and theory used in these applications. Eddy Current is used in aerospace, heat exchanger, weld inspections and many other applications!
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course explains advanced theory, application, and variables that affect the alternating current, coil impedance, and depth of penetration. Other subjects pertaining to Eddy Current Testing are selection of test frequency, applications, impedance and phase analysis testing systems.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Course includes:
This course includes a basic introduction to the theory and principles of Eddy Current Testing. It contains study materials related to Remote Field, Alternating Current Field Measurement and Magnetic Flux Leakage. The student will learn to understand the equipment and theory used in these applications. Eddy Current is used in aerospace, heat exchanger, weld inspections and many other applications!
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Course includes:
This course explains advanced theory, application, and variables that affect the alternating current, coil impedance, and depth of penetration. Other subjects pertaining to Eddy Current Testing are selection of test frequency, applications, impedance and phase analysis testing systems.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
Donald Booth is the CEO/Founder of the American Institute of Nondestructive Testing.
He began his NDT career in 2006 after attending Ridgewater College for Nondestructive Testing. After achieving level II certifications in 5 methods, he moved on to API 570 and 653 certifications, and currently holds four ASNT Level III certifications.
His career started on the North Slope of Alaska where he first worked as an NDT assistant. As time went by, he attained level II certifications in five NDT methods, worked in “BP Special Projects” department, and as an API 653 inspector.
One of the most enjoyable parts of his career was instructing assistants during their “On the Job Training”.
He founded the American Institute of Nondestructive Testing in Early 2013 with a vision of offering both online NDT training, as well as hands-on training in a fully equipped NDT training facility, creating the first ‘Hybrid” NDT training facility in the world.
Fast forward to the present and the American Institute of Nondestructive Testing has provided training for over 100 corporations and various government entities as well as, purchased a new facility to expand its operations while continuing to listen to their customers to provide that highest level of NDT training available.
Thomas Stokke is the Quality Assurance Manager at the American Institute of Nondestructive Testing.
Tom’s impressive career in the NDT industry spans for over 30 years, with heavy emphasis in the Nuclear and Aerospace industries with positions ranging from Director of Operations to CEO of his own NDT firm.
His experience includes serving as Company Level III responsible for managing and supervising NDT technicians and the development of cutting-edge NDT procedures, NDT Research and Development and most importantly as being a Senior NDT instructor for ET, MFL, UT, MT, PT and VT methods.
With Tom’s expansive knowledge in all things NDT, he specializes in developing and implementing top tier training programs for Electromagnetic Testing (ET) including Eddy Current, Remote Field, Magnetic Flux Leakage and AC Field Measurement Testing. Tom has also invested a significant amount of time in the development and implementation of specialized advanced courses in signal analysis.
Tom holds an AAS degree in Nondestructive Testing from Ridgewater University and currently holds ASNT Level III certifications in Electromagnetic Testing (ET), Magnetic Flux Leakage (MFL), Ultrasonic Testing (UT), Magnetic Particle Testing (MT), Liquid Penetrant Testing (PT) and Visual Testing (VT) as well as advanced certifications such as the EPRI Qualified Data Analysis (QDA), French EN-473-ET Analyst (CENE), SG Resolution QDA Level ET III Analyst (RESO) and the BOP Heat Exchanger Analyst (A).
Brent Moulton joined AINDT in March of 2020 and is our Multimedia Development Specialist. A former graduate of AINDT’s “Nondestructive Testing Technologies” certificate program, he made such a great impression on our CEO that when it was time for AINDT to staff up, Brent’s name was at the top of the list!
After graduation from AINDT, Brent spent time traveling the Midwest assisting in API653 tank inspections. After that he turned South to spend a little time in the warm Texas sun. Always looking to better himself Brent expanded his education by completing Level I & II Electromagnetic Testing and Level I Thermography classes. Brent then set his compass north to the great state of Alaska where he excelled in rope access UT piping inspections and Radiography.
Brent’s next chapter in the NDT world began when he received the call to join the AINDT family and take the time and dedication it takes to be a Multimedia Development Specialist.
Brent currently holds a Level I in IR, and Level IIs in VT, MT, PT, UT, & ET. He is also a Level I rope access technician with IRATA.
John Pariseau is the current Director of Technical Operations at the American Institute of Nondestructive Testing as well as a Subject Matter Expert for the U.S. Department of Defense.
He began his career in welding in 1995 as a U.S. Marine in the occupational specialty of 1316 “Metal Worker” where he conducted 5th echelon fabrication & modifications for a vast variety of military components. After being honorably discharged John attended the College of Oceaneering for commercial diving, Nondestructive Testing and underwater welding. In 2001 he received his CWI from AWS and in 2007 his level III certification from ASNT.
His inspection experience has been incredibly diverse and spans multiple industries. He has been the lead inspector for several multi-million-dollar projects including the TCF Bank Stadium in Minneapolis MN the U.S Consulate in Guangzhou China as well as several high-profile hydraulic structures for the Department of Defense.
During his time with the DoD he developed and instructed on various training courses for welding inspection, procedure development, metallurgy, NDT and industrial coatings.
With over 20 years of welding, NDT and inspection experience in the Bridge, Pressure Vessel, Military and Piping industries, John’s knowledge of welding and NDT makes him an expert in the welding industry.
John serves on the American Welding Societies’ Certification Committee and B1 Methods of Inspection Committee as well as the ASTM E07 Nondestructive Testing and E36 Accreditation & Certification committees and the ASNT Section Operations Council.
Jeff LeTourneau is our Vice President of Operations where he found his passion helping students find their own careers and help professionals in the inspection business to further their education. Jeff oversees all departments and enjoys running the day-to-day operations.
Before starting with us, Jeff worked for the United States Air Force for 10 years as Non Commissioned Officer In Charge (NCOIC) and Safety Officer. While enlisted in the Air Force, he helped train and develop new recruits skills in sheet metal layout, fabrication and, welding. As his career developed he saw the importance in school and received his Construction Technology Degree, attended Airman Leadership School, and graduated from the NCO (Non Commissioned Officer) Academy. After Jeff’s years of service, He continued his dedication for education and training others with the skills necessary to succeed in their future careers here at the American Institute of Non Destructive Testing. He continues to help manage and stream line our online education and to give the students/businesses the best customer service.
In Jeff’s spare time he enjoys fishing and hunting. He loves the Minnesota weather and all things outdoors, where he can go camping with his wife and two sons.
Christine Lundberg has been part of the AINDT family since 2018 and has aggressively climbed the ranks to become our Administrative Specialist!
She has an AAS in Business Management, Marketing & Sales and as a Minnesota native she embodies the “Minnesota Nice” persona. Christine strives to provide outstanding customer service and is devoted to ensuring our students have everything they need from enrollment through job placement after graduation.
Christine is the company lynch pin and has a passion for coordination and cultivating relationships between our students and corporations who are on the search for outstanding NDT technicians.
When she’s not busy providing top tier service to our students, she’s out in the Minnesota wilderness fishing, snowmobiling, vacationing at her lake cabin and enjoying life with her husband, family & friends!
Matthew Junkert is the Senior NDT Instructor at the American Institute of Nondestructive Testing.
Matt’s NDT career has spanned a multitude of industries bringing AINDT a rich diversity of experience and knowledge. This real-world experience is paramount when molding students into the next generation of NDT technicians, ensuring they gain the knowledge needed to become the future industry experts in Nondestructive Testing.
When Matt first began his career at AINDT it became clear that he had a natural talent as both an instructor and leader, that combined with his impressive knowledge of the various NDT methods propelled him into his role as Senior Instructor. His uncanny ability to connect with students on a personal level ensuring they bring out their maximum potential solidifies AINDT’s status of the world’s premier NDT training facility.
Matt is an ASNT Level III, AWS CWI and has an AAS in Nondestructive Testing. Additionally, he serves as a committee member for the American Welding Society’s subcommittee on CWI endorsement programs.
Holly Garlo has been part of the AINDT family since 2019 and has taken the helm as our Enrollment Specialist!
Holly brings with her an AAS in Health Information Technology and over 15 years of outstanding administrative management experience. Her experience in the medical industry has enabled AINDT revolutionize our student enrollment process.
With a can-do attitude, impassioned drive for customer service and the classic “Minnesota Nice” mentality, Holly ensures that our students experience the top notch streamlined enrollment process they deserve.
A consummate professional, Holly has quickly excelled in being proficient with the ins and outs of the NDT world, ensuring corporations get the right information training for their technicians.
As a wife and mother of three rambunctious boys and two wild and crazy dogs, Holly knows how to take charge and bring order to the chaos. Plus, she bakes us cookies!
Say hello to Bella. Bella started with us as a summer intern where she quickly impressed the staff with her sunny disposition and go-to attitude. Because of her stellar performance, Bella has been brought on board full time as the AINDT Emotional Support Officer. Her past-time activities include belly rubs, chasing grasshoppers, and sticking her head in snowbanks.
Many of those involved in the welding industry will be exposed to destructive and nondestructive testing at some point in their career. Wouldn’t it be great if you understood what the technician is talking about? What does CVN mean? What is shearwave? Why can’t we do MT on aluminum? What do you mean I shouldn’t try to radiograph a T-joint? In this 6hr course we will discuss the basics of Destructive and Nondestructive Examination methods and how they are used in the construction industry.
Some of the testing methods we will cover are:
Aside from the various methods we will discuss, we will also go over the common NDT certification schemes used in the United States. NDT qualifications are typically governed by one’s employer with guidelines established by the American Society of Nondestructive Testing, but it’s not that simple. Over the years, the process to become a qualified NDT technician has become very complicated. We will cover certification schemes in a step-by-step method to ensure understanding. This course is part of Modules 6&7 of AINDT’s CWI Fundamental Training.
Welding Defects & Discontinuities will showcase the various welding defects that an inspector needs to be able to identify and evaluate to different codes and standards. Additionally, we will discuss common welding gauges used to measure these discontinuities as well as common code requirements.
A sample of discontinuities discussed are:
It is fundamental for inspectors, engineers and welders alike to be capable of identifying, evaluating and determining acceptability of the various types of welding discontinuities. It is also paramount that we understand the correct terminology for discontinuities. Communication is key in construction and without it, production can grind to a halt. This course is Module 6 of AINDT’s CWI Fundamental Training.
Sometimes the rules laid forth in welding codes either don’t seem very important or make much sense. Why do we preheat? Why are there exposure rules for low-hydrogen electrodes? Why do we have to wait until the weld cools to inspect? These are all very good questions, and the answer is, metallurgy.
This 6hr course will review several topics including:
Metallurgy is a difficult subject to understand. We try to break the knowledge down to help comprehend the complexities that is involved with welding metallurgy. Become familiar with what Alloys are, how to calculate carbon equivalency, and why we care. Understand why we care about heat input and what effects it has on the welded joint. Ensure you are up to speed on hydrogen embrittlement and how to prevent it. Introduction to Welding Metallurgy is Module 5 of AINDT’s CWI Welding Fundamentals Training.
This short course will provide you with 3 hours of instruction on the various types of welded connections most used in the structural steel industry. Whether you are a welding inspector, building official or engineer this course will help familiarize you with the complexities of welded connections.
Single V, Double V, Flare Bevel, CJP, PJP, Backing Weld or Groove Face. These are all terms that anyone associated with the welding industry should know like the back of their hand. If not, then this course will teach you. Welding terminology and the variety of welded connections can be very confusing, not only those who are not involved in the welding industry, but also those who may have gotten a tad rusty and could use a refresher. Be sure you understand the intricacies of welded connections by enveloping yourself in our weld joint geometry short course.
Module 3 of AINDTs CWI Fundamentals Training.
Our ASNT Level III Visual Testing Exam Refresher course is designed to prepare you for exam success. Our online program covers in detail the components of Visual Testing.
Our online ASNT Level III Visual Testing Exam Refresher course saves you time and money on travel, food and lodging expenses, allows you to study at your own pace, lets you focus on the areas you know you need most, and our multiple practice final exams will give you a wide range of questions to learn from and gauge your knowledge.
Our ASNT Level III Visual Testing Exam Refresher course is interactive and engaging. It is an easy to follow and understand format that allows you to study from anywhere you have internet access. Our program is available on mobile devices such as tablets as well.
Our ASNT Level III Visual Testing Exam Refresher course contains:
Give us a call today and we will get you enrolled.
The following book is required to complete our online ASNT Level III Visual Testing Exam Refresher course and is included in the price of the course. We will ship it to you when you enroll.
Level III Study Guide: Visual and Optical Testing
Our ASNT Level III Liquid Penetrant Testing Exam Refresher course is designed to prepare you for exam success. Our online program covers in detail the components of Liquid Penetrant Testing.
Our online ASNT Level III Liquid Penetrant Testing Exam Refresher course saves you time and money on travel, food and lodging expenses, allows you to study at your own pace, lets’ you focus on the areas you know you need most, and our multiple practice final exams will give you a wide range of questions to learn from.
Our ASNT Level III Liquid Penetrant Testing Exam Refresher course is interactive and engaging. It is an easy to follow and understand format that allows you to study from anywhere you have internet access. Our program is available on mobile devices such as tablets as well.
Our ASNT Level III Liquid Penetrant Testing Exam Refresher course contains:
Give us a call today and we will get you enrolled.
The following book is required to complete our online ASNT Level III Liquid Penetrant Testing Exam Refresher course and is included in the price of the course. We will ship it to you when you enroll.
ASNT Level III Study Guide: Liquid Penetrant Testing Method, Second Edition
Our ASNT Level III Magnetic Particle Testing Exam Refresher course is designed to prepare you for exam success. Our online program covers in detail the components of Magnetic Particle Testing.
Our online ASNT Level III Magnetic Particle Testing Exam Refresher course saves you time and money on travel, food and lodging expenses, allows you to study at your own pace, lets’ you focus on the areas you know you need most, and our multiple practice final exams will give you a wide range of questions to learn from.
Our ASNT Level III Magnetic Particle Testing Exam Refresher course is interactive and engaging. It is an easy to follow and understand format that allows you to study from anywhere you have internet access. Our program is available on mobile devices such as tablets as well.
Our ASNT Level III Magnetic Particle Testing Exam Refresher course contains:
Give us a call today and we will get you enrolled.
The following book is required to complete our online ASNT Level III Magnetic Particle Testing Exam Refresher course and is included in the price of the course. We will ship it to you when you enroll.
ASNT Level III Study Guide: Magnetic Particle Testing Method, Revised
Our ASNT Level III Basic Exam Refresher course is designed to prepare you for exam success. Our online program covers in detail the three main components of the ASNT Level III Basic Exam.
These components are SNT-TC-1A / CP-189 comparisons and analysis to understand the various programs that establish the criteria for NDT personnel certification and their differences, materials, and processes for NDT technology, and the 11 various methods which are contained in Recommended Practice SNT-TC-1A.
Our ASNT Level III Basic Exam Refresher course contains:
Give us a call today and we will get you enrolled and ready for your ASNT Level III Basic Exam!
The ASNT NDT Basic Examination Body of knowledge is based on the following references:
The AINDT Basic Exam Refresher course was developed with these references in mind, however, based on the limited information incorporated within these references AINDT has developed this course to further expound on the topics covered utilizing the expertise of our Level III staff.
No additional reference materials are required for this course.
This Course includes:
This course focuses on the theory and principles of radiation and their application to radiography. Subjects also included in this course include handling and processing radiographic film, radiography techniques, image quality, basic radiographic interpretation and the safe use of RT equipment. Both X-Ray and Gamma Ray sources are analyzed along with technique development guidance and advanced radiation safety.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Course includes:
This course begins with a review of Level I subjects and continues with the technical production of proper radiographic imaging. Study materials focus on optimizing contrast, definition, sensitivity, film processing, interpretation, calculations, shot techniques, and utilizing acceptance criteria per relevant codes and standards. This course is required for those who have completed RT I and want to advance to a higher certification level.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Course includes:
This course includes a basic introduction to the theory and principles of ultrasound. It contains study materials related to the propagation, reflection, and attenuation of sound as well as the responses from discontinuities. The student will learn to understand the equipment used in this discipline. UT is also used for precise thickness measurements and the basic procedure for this is covered.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This Course includes:
This course explains advanced theory, application, and variables such as beam profile, near and far zones, acoustic impedance, absorption, and sound characteristics. Other subjects pertaining to angle beam inspection include refraction, and mode conversion.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course contains Level 1 and 2 material and covers the theories and practices involved with liquid penetrant inspection. Equipment, light meters, code & procedure reference, types, forms, and methods are discussed.
This 12-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course provides in depth education pertaining to Liquid Penetrant Testing and how it relates to the aerospace industry.
Including: NAS 410 Standard comparisons, aerospace applications, unique test methods, quality verification controls and safety considerations.
This 20-hour course is designed to transition technicians from SNT-TC-1A to NAS 410 by providing them with the additional required training hours.
AINDT’s Introduction to Visual Welding Inspection is a 3hr short course which will guide you through the required tasks welding inspectors will need to know when conduction inspections.
This course will discuss:
Visual Inspection entails many more elements than just looking at welds. We will discuss the various items inspectors must be cognizant of how these inspections must take place. We will also discuss various inspection tools and gauges that all welding inspectors should have a thorough knowledge of.
What is a WPS? What is a PQR? Which one comes first? Are we qualifying a WPS or a PQR? This 3hr short course will explain the reasons behind Welding Procedures Specifications and explain why each welding code has different rules for qualification. We will explain what a Procedure Qualification Record is and how it is used in conjunction with a Welding Procedure Specification. Additionally, we will discuss Welder Qualifications, how to conduct them and how they are different from Welding Procedures.
This short course is part of Module 6 of AINDT’s CWI Fundamentals Training.
Welding Symbols can confuse even the most senior welding inspector. This 3-hour short course will provide you all the knowledge needed for becoming proficient at welding symbology.
Based on AWS 2.4 Standard Symbols for Welding, Brazing and Nondestructive Examination. This training course will cover the how to read and create welding symbols. Don’t be confused by the bizarre hieroglyphic nature of welding symbols. We will show you in a step-by-step process how to become an expert in symbol interpretation. Double J PJP groove weld with a 3/8” throat and a 5/16” bevel prep, how do you draw this out in symbolic form? We will show you. Welders, Engineers, and Inspectors will benefit greatly from becoming proficient at reading welding symbols by taking AINDT’s Welding Symbol Fundamentals training course.
Module 4 of the AINDT CWI Fundamentals Training.
This short course will provide you 6-hours of instruction on a variety of welding & cutting processes most common to structural steel. Welding Processes discussed in this training program include:
At AINDT we understand that not everyone has the time or money to take an exhaustive 40-hour training course. That is why we have selectively broken down our intensive CWI fundamental training into more manageable short courses. This short course is Module 2 of the CWI Fundamentals Training and will provide you the depth and knowledge associated with becoming a well-rounded welding inspector.
This 30-hour course is designed to familiarize students with the complexities of AWS D1.1. Geared towards preparing individuals who are attempting to take the CWI exam, D1.1 2020 endorsement or Structural Welding Special Inspector exam.
Modules included in this course are:
AWS D1.1 Structural Welding Code – Steel contains the requirements for fabricating and erecting welded steel structures. This course will review the intricacies associated with steel fabrication and erection delving into the details of topics such as the requirements for Prequalified Welding Procedures, Common fabrication/erection requirements as well as Visual Inspection requirements as outlined in this standard. Whether you are an Engineer, Welding Inspector or just someone who wishes to gain a better understanding of D1.1. This course will provide you the necessary tools to effectively navigate and comprehend the complexities of the Structural Steel Welding Code D1.1. Within each module we will discuss the finer points of this code and provide recommendations on becoming familiar and efficiently navigating the code. Associated with this training course will be multiple choice quizzes and flashcards to assist you in becoming proficient in navigation.
This 40-hour course is designed to provide the fundamental knowledge required for welding inspectors.
Modules included in this course are:
The Welding Inspection Fundamentals course is based on the knowledge needed for the Part A Fundamentals portion of the AWS CWI examination. We will discuss several topics paramount to become a well-rounded welding inspector. Within each Module will be several lessons discussing multiple topics such as Distortion Control, Destructive Testing, Defects and Discontinuities, Welding Procedure Specifications and Ultrasonic testing just to name a few. Incorporated into this training course will be multiple quizzes and flashcard reviews incorporated into each module to challenge the students’ knowledge. Finally, at the end of the training the students have the option to take a final exam which duplicates the CWI Part A final exam. This exam will include 150 multiple choice questions with a 2hr time limit. The final exam is for the students to gauge their knowledge of the material learned throughout the course; low scores will not affect the awarding of CEUs.
This course’s subjects include the mechanics of the human eye, illumination requirements, surface conditions, test specimen attributes, and various discontinuities and conditions that may be encountered. Both direct and indirect (remote) visual techniques are thoroughly presented and demonstrated. The different visual tools, gages, measuring devices, and advanced VT instrumentation are discussed and demonstrated. A wide range of common applications are included. This course is a must for anyone considering a future in NDT or Inspection.
This 24-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course contains Level 1 and 2 study material and covers the theory of Magnetic Particle Examination. Magnetic fields, flux leakage, magnetization processes, particles/mediums, applications, basic principles, and safety considerations are addressed.
This 20-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course provides in depth education pertaining to Magnetic Particle Testing and how it relates to the aerospace industry.
Including: NAS 410 Standard comparisons, aerospace applications, unique test methods, quality verification controls and safety considerations.
This 12-hour course is designed to transition technicians from SNT-TC-1A to NAS 410 by providing them with the additional required training hours.
This course focuses on the theory and principles of radiation and their application to radiography. Subjects also included in this course include handling and processing radiographic film, radiography techniques, image quality, basic radiographic interpretation, and the safe use of RT equipment. Both X-Ray and Gamma Ray sources are analyzed along with technique development guidance and advanced radiation safety.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
This course begins with a review of Level I subjects and continues with the technical production of proper radiographic imaging. Study materials focus on optimizing contrast, definition, sensitivity, film processing, interpretation, calculations, shot techniques, and utilizing acceptance criteria per relevant codes and standards. This course is required for those who have completed RT I and want to advance to a higher certification level.
This 40-hour course exceeds the instruction outline and criteria specified in the ASNT Recommended Practice SNT-TC-1A, ANSI/ASNT CP-189, NAS410 and ASNT Standard Topical Outlines for Qualification of Nondestructive Testing Personnel (ANSI/ASNT CP-105).
