This November, Gain Introductory to Intermediate Reliability Engineering Skills!
Register by April 30, 2026 to get the early bird discount of $250 off!
Register today for reliability engineering training hosted Nov. 3-5, 2026 in Lake Buena Vista, FL. Choose from Reliability 101: Introduction to Reliability Engineering or Software Failure Modes Effects Analysis.
Training Dates
Tuesday, Nov. 3 – Thursday, Nov. 5, 2025.
Training Location
Lake Buena Vista, FL
Training Cost
The cost per course is $2,850. Sign up by April 30, 2026 for the early bird discount! Group discounts are available and cannot be combined with the early bird discount.
Email Reliability@Quanterion.com to ask about group discounts.
Choose Your Course
Reliability 101: Introduction to Reliability Engineering
You will walk away from Reliability 101 with the ability to perform basic reliability analyses and interpret the results. Additionally, you will be able to apply:
Reliability Modeling
Statistical Distributions
Reliability Predictions
Stress-Strength Analysis
Stress Derating Analysis
Failure Mode, Effects and Criticality Analysis (FMECA)
Fault Tree Analysis (FTA)
Weibull Analysis
Reliability Growth Models
Accelerated Test Models
Reliability Demonstration Test Methods
This course will enable you to:
Understand the basic tenants of reliability engineering
Identify and apply appropriate reliability engineering practices to varied development situations
Understand failure modes and mechanisms and their impact on product reliability
And more!
Design engineers, reliability specialists, product/program managers, and anyone interested to gain a basic understanding of reliability engineering, this course is for you.
Register for Reliability 101 by April 30, 2026 for the early bird discount of $250 off!
Software Failure Modes Effects Analysis
Software FMEA is now closed for registration. If you would like to have Software FMEA training provided at your facility, email reliability@quanterion.com.
Software Failure Modes Effects Analysis covers the steps for performing a software FMEA as well as dozens of software reliability failure modes and root causes related to the requirements, interface design, detailed design and code, vulnerabilities, corrective actions, serviceability, usability and processes.
If you’re involved in software design or development, you must consider potential failure modes in the software. This course will teach you how to identify potential failure modes in software and mitigate the risk to improve software reliability.
This course will enable you to perform a Failure Modes Effects Analysis, which will provide you with the data necessary to improve the reliability of your software.
After this three-day course, you will also be armed with the following skills to aid you in improving software reliability at your organization:
The purpose of the software failure modes effects analysis
How to analyze the software failure modes and root causes
How to identify the riskiest parts of the software
How to identify preventive measures
And more!
You will learn that systems failures can result from faulty requirements, design, code, corrective actions, user instructions (or lack thereof), installation scripts, and vulnerabilities. The failure modes and root causes apply to both commercial and defense applications of any size. You will also discover the basics about the importance of performing reliability analyses and how they apply to product/system design and production.
About the Training Organization
The open training is provided through Quanterion Solutions’ Reliability, Maintainability and Quality Knowledge Center (RMQSI), which has been educating organizations and individuals in the U.S. and worldwide since the company’s beginning in 2000.
“RMQSI’s training courses were developed by in-house reliability experts with decades of practical experience in reliability engineering,” said Preston MacDiarmid, President of Quanterion Solutions Incorporated. “Our training is sought after by industry, government and academia for its accelerated concepts-to-application approach.”
The training explores common mathematical calculations and statistical techniques used by engineers in their day-to-day work – from calculating failure predictions common in the prototyping lab to analyzing defects in current products on the shop floor.
“Our training minimizes technical jargon to focus on the practical applications of reliability analyses,” said Rich Wisniewski, Senior Reliability Engineer at Quanterion Solutions Incorporated. “After three days of training, attendees will walk away with the ability to identify and perform the various types of reliability assessments applicable for a new product at all life cycle stages – from concept to design to test and finally to field support.”
Need assistance with reliability engineering at your company? Let our experienced engineers walk you through your options and perform an analysis. Email us at qinfo@quanterion.com or learn more about our reliability consulting.
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