Just having a training isn’t enough — if you want to serve your learners and protect yourself from legal challenges, you need to design with defensibility in mind
This post was first published on my Medium blog—follow me there for the most up-to-date entries!
When a medical device is involved in an adverse event, investigators don’t just examine the device. Medical device training defensibility matters because organizations may need to show what clinicians were expected to do, how the training taught those competencies, and how learner competence was verified.
That broader view is supported in the literature and in FDA guidance. Bartmann et al analyzed hospital patient records and found that nearly half of device-related adverse events were potentially preventable. Similarly, Amoore proposed a structured framework for investigating device incidents that examines the entire system of use — including the device, the user, and organizational factors such as procedures and training. Reflecting this reality, FDA’s human factors guidance requires manufacturers to consider user training and competence when evaluating device safety.
Taken together, this research points to the same conclusion: training is part of the safety system surrounding a medical device. When something goes wrong, investigators want to know whether clinicians were properly prepared to use the device. The question quickly moves beyond whether a course existed to whether the training program can demonstrate that learning occurred in a meaningful and measurable way.
Over the years I’ve reviewed many training programs. Most are created with good intentions. Product specialists and clinical educators genuinely want clinicians to succeed. But many courses are developed quickly because someone says, “We need training.” The result is often a collection of slides, demonstrations, and perhaps a short quiz at the end.
Informative? Often yes.
Defensible? Not always.
What medical device training defensibility actually means
When I talk about medical device training defensibility, I’m referring to something very practical. To me, a defensible training program allows an organization to clearly demonstrate three facts.
- What clinicians were expected to know and do in order to use the device safely.
- How the training was designed to teach learning objectives and clinical competencies.
- How the organization verified that attendees could apply what they learned.
When those elements are clearly defined and documented, the training program becomes more than a product demonstration. It becomes evidence that the organization took reasonable steps to prepare clinicians to use the device appropriately.
Without those elements, training may still look impressive. It may get 5-star reviews from the attendees. But that’s only one level of evaluation, and it therefore becomes surprisingly difficult to defend when someone begins asking questions.
Why medical device training defensibility matters
Many device companies build training programs primarily to support product adoption. Clinicians need to see the device, recognize its features, and feel comfortable integrating it into practice. That’s fine.
The problem arises when training stops there.
If an adverse event occurs, investigators are not interested in whether a product demonstration took place. They want to know whether clinicians were actually prepared to perform specific actions safely and correctly.
In practical terms, that means examining three things: whether training was offered, whether the training evaluated learning at a meaningful level, and whether documentation exists showing who completed the training and how competency was verified.
If those elements are vague or poorly documented, the training program may suddenly appear much weaker than it did when it was first created.
The risks of weak or poorly designed training
One obvious risk is misuse liability. If a device is used incorrectly and a patient is harmed, investigators will likely ask whether the clinician received appropriate training. Saying that someone attended a webinar does not demonstrate that the individual was prepared to use the device safely.
Regulatory scrutiny can also increase quickly after an adverse event. Regulators may examine the training program to determine whether the manufacturer made a reasonable effort to prepare clinicians for safe device use. Courses that lack clear objectives, structured learning design, and meaningful evaluation tend to look thin under this kind of review.
Hospitals add another dimension to the issue. Many institutions now require documented competency before staff members can use specialized equipment. Training programs that clearly define competencies and verify learning make it easier for hospitals to credential staff and increase their confidence in the device manufacturer.
Training quality also affects something companies sometimes underestimate: customer loyalty. Clinicians remember when a training experience wastes their time. If you’re like me, you’ve taken courses where the material was disorganized, the examples unrealistic, and the post-test so trivial that anyone could guess the answers without having learned anything.
When that happens, it erodes confidence in the organization providing the training. I’ve finished courses like that and caught myself wondering whether another company makes a similar device with better support and education. Weak training does more than frustrate learners — it can erode customer loyalty over time.
Finally, organizations often face internal questions about training budgets. Leaders want to know whether the program addresses a real need and whether it produces measurable results. Training designed with medical device training defensibility in mind is much easier to justify because it connects education directly to identifiable problems and measurable outcomes.
Why defensible training evaluation matters
Evaluation is the point where many training programs begin to fall apart.
A course may include a post-test, but if the test items are poorly constructed, the evaluation provides little protection. In my work designing continuing education programs, I’ve seen countless examples of post-tests where the correct answer is obvious even if the learner never watched the training. The distractors are so implausible that anyone with basic clinical knowledge and experience can guess the answer immediately.
From a defensibility standpoint, that kind of evaluation proves almost nothing.
A defensible post-test should confirm recall and comprehension of key information, but it should also move beyond those levels. Ideally, it requires learners to apply what they learned to realistic clinical situations. Scenario-based questions, case examples, or prioritization questions make it much harder for someone to pass the test without actually understanding how the device should be used. Need help creating good learner evaluations? Try this post.
If evaluation never moves beyond simple recall, it becomes difficult to argue that the training verified real competence.
Why many organizations struggle with defensible training
Another issue I encounter frequently is that organizations rely entirely on in-house teams who know the product extremely well but have never been trained in instructional design.
Product specialists, clinical educators, and sales trainers bring essential knowledge about the device, and that expertise is critical. But designing defensible training is a separate discipline.
Knowing how to drive a car does not make someone a mechanic. Drivers operate the car; mechanics understand the system and how to diagnose problems. Instructional design works the same way. Product experts understand the device; instructional designers know how to structure learning so that competencies are defined, training aligns with those competencies, and evaluation verifies application.
Without that structure, training programs often evolve organically. Slides get hastily created — or added haphazardly later — demonstrations are recorded, and someone writes a short quiz at the end. The course may contain useful information, but the educational design was never intentional.
In these situations, the most productive next step is often a training audit. An objective review — whether conducted internally or by an instructional designer — can quickly identify whether competencies, instruction, and evaluation are properly aligned. The goal isn’t to criticize the internal team; it’s to strengthen the training so it can stand up to scrutiny.
Practical steps to strengthen medical device training defensibility
Organizations that want to improve medical device training defensibility usually start with a few straightforward steps.
Begin with an audit of the training program to determine whether the course clearly defines competencies and aligns the instruction and evaluation with those competencies.
Next, ensure that the training directly teaches the skills clinicians must demonstrate in practice. Realistic examples and case scenarios help connect the device features to real clinical decisions.
Then evaluate learning with defensible post-test items that measure recall, comprehension, and application rather than relying on superficial quizzes.
Finally, document the training program and maintain clear records showing who completed the training and how competency was verified.
None of these steps are complicated. What they require is intentional design.
Final thoughts
When people first hear the phrase medical device training defensibility, it can sound abstract. In practice, it comes down to a simple question: can the organization clearly demonstrate why the training exists, what it teaches, and how learning is verified?
In the medical device industry, that clarity strengthens hospital trust, supports patient safety, and reinforces the credibility of the company providing the device.
If someone examined your training tomorrow and asked how you know it prepares clinicians to use the device safely, what evidence would you show them?
And perhaps the more interesting question: Would your current training strengthen customer loyalty — or quietly undermine it?
Let me know in the comments.
This post was first published on my Medium blog—follow me there for the most up-to-date entries!