All Episodes
Accendo Reliability Webinar Series — 217 episodes
Reliability Management and Leadership
Using AI to Detect and Assess Imminent Failure
How to Model Switching Systems Perfectly
Fundamentals of Supplier Reliability
10 Reasons to do FMEAS with AI
Fundamentals of Product Warranty
Fundamentals of Reliability Maturity
Fundamentals of Failure Analysis
Parts Count Reliability Prediction
Fundamentals of Regression Analysis
Software Root Cause Analysis (with Fault Trees)
Fundamentals of Life Estimation
Fundamentals of Environmental Testing
What is Reliability?
Fundamentals of Success Testing
What is Accelerated Life Testing (ALT)?
Engineering Framework to Assess Equipment Reliability
The MTBF Sucks Here’s Why
Fundamentals of Derating
What is Weibull Probability Plotting?
Linking Customer Needs to Product Requirements and Robust Design
What are ‘Cut Sets’?
Fundamentals of Metric Monitoring
Confidence is a Measure of You (not our product)
Fundamentals of Allocation
What is the Lognormal Distribution and How does it Help Me
Alternatives to a Long ALT
Fundamentals of Ongoing Reliability Testing
Fundamentals of Early Field Results
What’s Wrong with Using FITs?
Fundamentals of System Effectiveness
What’s the Difference Between FMEA and FMECA?
Fundamentals of Reliability Goals
Using Fault Trees to Conduct Root Cause Analysis (RCA)
Fundamentals of a Professional Development Plan
3 Parameter Weibull Analysis
Fundamentals of Pareto Analysis
Understanding (how bad) the Exponential Distribution (is)
Fundamentals of Hypothesis Testing
Using FMEA (or Functional) Block Diagrams to Understand Your Item
Fundamentals of Process Capability
Using Monte Carlo Simulation
Fundamentals of Control Charts
AI Product Development and Deployment
The MTBF and Modeling System Reliability
Fundamentals of Safety Margins
How to Get Unstuck
Reliability of a ‘K out of N’ System
Fundamentals of Lessons Learned
Risk 101: Future of Quality
What is WeiBayes Analysis?
Dealing with Small Sample Sizes
Risk Based Auditing
Why Accendo Reliability
ISO 42001 — 10X Bigger Than ISO 9001
What is Fatigue?
Reliability as a Process
How do I link Process Capability Indices to Number (PPM) Defects?
Reliability Data
AI Decision Making: ‘Existential’ Threat or Salvation
Reliability is More than Testing
Understanding Context
What is the difference between Design and Process FMEAs?
Why You Should Avoid MTBF
Using ISO 31000 for Risk Based, Decision Making
How Do I Do MTBF Testing?
How to Learn ALT
Four Ways to Manage Supplier Risk
10 Reasons to Do Reliability
An Accelerated Life Testing Q&A
Communicating as a Reliability Engineer
What is ‘Supportability’ and How Does it Relate to Reliability?
Selecting a Reliability Method
Where does the Bell Curve come from?
Building a Reliability Plan
What is Highly Accelerated Life Testing (HALT)?
The State of Reliability Education
What is Accelerated Life Testing or ALT?
Design for Reliability – Stressors
Why Redundant Systems Aren’t Always Redundant
Reliability Occurs at the Point of Decision
What is the Weibull Distribution?
Focus on Failure Mechanisms
What is a ‘Fault Tree’?
Being a Great Reliability Engineer
What do you see in a ‘Probability’ Plot?
Practical Measurement Systems Analysis for Design – Work Smarter
Confidence in Reliability
Reliability and Maintenance
Basic Mathematical Symbols and Stuff
Risk Decision Making, Frameworks, and Assessments
How to Take the Guess Work out of Expert Judgment
How to Check a Regression Fit
What is Reliability Growth?
Reliability and Safety
What is Process Capability Analysis (PCA)?
Reliability and Quality
What is Statistical Process Control or SPC?
Why We Use Statistics
Accendo Reliability Mission, Vision, and Business Model
Let Me Tell You a Reliability Story
Supportability (and FMEAs/FMECAs)
Helping Products Survive Transportation
Discrete Distributions
Fundamentals of Interpreting Test Results
Reliability Life Models
9 Ways Reliability is Green Engineering
Deliberate Reliability Testing
Fault Tolerance
7+ Basic Quality Tools
So What is the Root Cause?
The Good, the Bad, and the Ugly Reliability Discussions
How to Make a Decision
Fundamentals of Design for Reliability
10 Reasons to do FMEAs
How to Plan an ALT
Fixing the Irrelevance of Reliability in Your Organization: Just ask ‘why’
Reliability Making Money 2 — Case Study of just looking at a Weibull plot
Acceleration Factors with Examples
Reliability Making Money
Three Approaches to Accelerated Life Testing
Looking Forward with Reliability Engineering
Reliability Analysis … now what? Part 4
Reliability Engineering and Risk Analysis
Reliability Analysis … now what? Part 3
Preventing Moisture and Corrosion Damage on Electronics in Harsh Conditions
6 Essential Reliability Engineering Formulas
Reliability Analysis … now what? Part 2
Essential Reliability Engineering Techniques
Reliability Analysis … now what?
Practical Use of Stress-Strength Models to Develop Specifications
Essential Reliability Engineering Concepts
So what is up with this ‘Bayesian’ analysis stuff
The Survivorship Bias Principal
Selecting Reliability Engineering Tools
The Reliability Value Map. It is a thing.
Overview of Life Testing in Minitab
What to Do About MTBF Use
Optimizing Servicing Intervals and Witchcraft. There actually is a difference.
Reliability Engineering versus Quality Engineering
PDFs, CDFs, and other ‘Fs’ — What the hell are they?
How to Learn Reliability Engineering
Weibull Probability Plotting
3 Ways to Do Reliability Allocation
Why Reliability Engineering Is Important
How is Reliability Engineering Changing?
3 Steps to Improve Your Reliability Culture
Interpreting Standard Testing Results
Creating Effective Reliability Graphics
Fundamentals of the Cost of Unreliability
Fundamentals of Measurement System Analysis
What You Need to Know About MTBF
Fundamentals of Field Data Analysis
Fundamentals of Tolerance Analysis
Fundamentals of Monte Carlo Analysis
Using Available Weather Data
Improve Your Reliability Teaching Skills
Fundamentals of Physics of Failure
Fundamentals of Reliability Related Standards
Fundamentals of Reliability Testing
Fundamentals of Human Factors
Fundamentals of Stress-Strength Analysis
10 Keys for Maximizing the Benefits of Your SPC Program
Process Capability, Tolerance, and Reliability
Fundamentals of Stress Screening
Fundamentals of Environmental and Use Conditions
Fundamentals of Sample Size Determination
Fundamentals of Weibull Analysis
Fundamentals of Hazard Analysis
Fundamentals of Cost of Poor Reliability
Fundamentals of Root Cause Analysis
Fundamentals of Reliability Performance Monitoring
A Review of the 2018 ASQ CRE Body of Knowledge
Practical Application of DOE
Fundamentals of Risk
Reliability Integration into the Product Development Process
Fundamentals of RBD
Fundamentals of ALT
Fundamentals of HALT
Creating an Effective Reliability Plan
Selecting the Right Reliability Tools
Fundamentals of FMEA
Fundamentals of FRACAS
Is Reliability Testing Always Necessary?
Reliability Apportionment and How to Do It
Basic Steps to Building Your Reliability Plan
What To Do When A Customer Requests MTBF
Time to Failure Data Analysis for Your Factory Equipment
Collecting and Analyzing Your Field Data
Predicting the Value of a Reliability Goal in Your Organization
Understanding and Controlling Process Variation
How to Build Your Influence as a Reliability Engineer
Life Cycle Cost Analysis for a Reliability Engineer
Does a Certification Make You a Professional Reliability Engineer?
How to Create an ALT Plan
2016 Status of Reliability Education
How to Prepare for the ASQ CRE Exam
Exploring Alternatives to MTBF
Creating Meaningful Reliability Predictions
Asking a Vendor for Reliability Data
Creating Unique Reliability Tests
Reliability and Statistical Process Control
Reliability and Tolerance Analysis
Reliability Projects and Programs
Reliability Distributions and Their Use
R Software and Reliability
Making Use of Reliability Statistics
Getting Started with Reliability Engineering
Select the Right Accelerated Life Test Approach
Create a Meaningful Environmental Test Plan
Break the “we’ve always done it this way” cycle
Building a Reliability Plan
Establishing Reliability Goals
Intro to Reliability Engineering Management
Successful Career in Reliability Engineering
SPC Sample Size
Finding Value with Reliability Tasks