Why Nursing Students Need Clinical Skills Repetition

Why Nursing Students Need More Repetition Than Labs Can Realistically Provide

By Lucas Tomczak
Published June 2026
8 min read

Nursing students need more repetition than most skills labs can realistically provide. This article explores why procedural competence depends on practice, what educators are doing to bridge the gap, and how nursing programs can better prepare students for clinical environments.

There is an old saying in clinical training that most people who have worked in healthcare will recognize immediately.

See one. Do one. Teach one.

It is a phrase that captures something fundamental about how clinical skills have always been learned. Not through reading about a procedure, not through watching a video, and not through passing a written assessment. Through doing it. Repeatedly. Until the hands know what to do before the conscious mind has finished processing the situation. Clinical skills repetition is not a training technique. It is the foundation of genuine procedural competence.

I spent the early part of my career as an anaesthetic technician in busy hospital operating theatres across Australia and the United Kingdom. The environment was demanding, the stakes were real, and the expectation was clear: you needed to be competent before the moment required it of you. There was no room for hesitation when a surgeon needed something, when a patient was on the table, or when something unexpected happened mid-procedure. The confidence that allowed you to act calmly under pressure came from one place and one place only. Having done the thing enough times that it no longer felt foreign.

That experience shaped everything I have thought about clinical education in the years since. And it is the reason I keep returning to a question that nursing educators across the country are grappling with right now, often without enough resources or time to fully address it.

Are nursing students getting enough repetition before they reach the clinical environment?

In most programs, honestly, the answer is probably not.

The difference between watching and doing

There is a meaningful difference between understanding how a skill works and being able to perform it competently under realistic conditions. This is not a criticism of how programs are structured. It is simply a physiological reality of how procedural skills are learned.

When a student observes a urinary catheterization for the first time, they are building a cognitive map of the procedure. They understand the steps, the sequence, the rationale behind each action. That understanding is genuinely valuable. But it is not the same as competence.

Competence in a procedural skill requires the body to learn it, not just the mind. The hands need to develop a sense of the resistance of tissue, the feel of correct placement, the muscle memory that allows the procedure to be performed smoothly rather than haltingly. That kind of learning only happens through clinical skills repetition. There is no shortcut.

I learned this the hard way early in my career. The first time I had to place an IV line in a real patient, I had already watched the procedure five or six times and practiced on a training arm in our department. I felt reasonably prepared. Then I walked into the anaesthetic induction room and met my first patient. An elderly woman, quite frail, coming in for a urology procedure. Not the easiest starting point, as anyone who has tried to find a vein in an elderly patient’s hand will know.

I had my equipment together, I was holding her hand, retracting the skin at the wrist, and then I noticed my hands were shaking. She noticed too. She looked up at me with complete calm and said: “Oh dear. I suppose we just need to synchronize our tremors and it will be alright.”

The first attempt I blew the vein. The second attempt I got it. She was perfectly gracious about the whole thing. I was, if I am honest, fairly rattled. But the experience stayed with me, because it illustrated something that no amount of watching or reading could have taught me. The gap between performing a skill on a training arm and performing it on a real person, under real pressure, for the first time, is significant. And the only thing that closes that gap is more clinical skills repetition before you get to that moment.

The number of repetitions any individual student needs before genuine confidence develops varies significantly from person to person. Some students pick up a new skill quickly. Others need considerably more practice before the hesitation disappears. Neither group is doing anything wrong. They are simply learning at their own pace, which is entirely normal and entirely human.

The challenge for nursing programs is that this variability is very difficult to accommodate within the structure of a traditional skills lab.

What nursing programs are up against

Skills labs are remarkable resources. The faculty who run them are dedicated, knowledgeable, and genuinely invested in student development. Anyone who has spent time in a well-run simulation centre or skills lab understands the depth of work that goes into creating a meaningful learning environment.

But the structural pressures facing nursing programs right now are significant, and they are making it harder to provide the volume of hands-on practice that students actually need.

Nursing cohort sizes have been growing steadily for years. The demand for qualified nurses continues to outpace supply, and programs have responded by accepting more students. This is the right response to a genuine workforce need. But it creates a practical challenge when the number of available lab hours, task trainers, and faculty members has not grown at the same rate as the student population.

A faculty member supervising a skills lab session can only provide meaningful oversight to a limited number of students at once. A task trainer that one student is using is not available to another student at the same time. Lab hours are finite. Scheduling is complicated. And behind every lab session sits a faculty member who also has lectures to prepare, assessments to mark, clinical supervision responsibilities, and administrative obligations that compete for the same hours in the day.

This is not a failure of planning or a lack of commitment. It is the mathematics of a system being asked to do more with the same resources. And the students who pay the price are often the ones who needed more clinical skills repetition than the schedule allowed for.

What check-offs can and cannot measure

There is another layer to this challenge that is worth examining honestly.

Many nursing programs use skills check-offs or competency assessments as the formal measure of student readiness. A student demonstrates a skill to a faculty member or clinical instructor, is assessed against a rubric, and either passes or is asked to try again. This is a reasonable and necessary process. Competency needs to be verified before students enter clinical placement.

But check-offs measure performance at a single point in time. They do not measure how many repetitions it took to get there, how consistently the student can reproduce the skill, or how the student will perform when they are tired, under pressure, or working in an unfamiliar environment.

A student who has built genuine clinical skills repetition into their preparation will almost certainly perform differently than a student who has practiced the same skill only a handful of times. Both may pass the assessment. Only one has built the kind of deep muscle memory that holds up when conditions are less than ideal.

The gap between passing a check-off and being genuinely ready for clinical practice is real. Faculty know it. Students often sense it themselves. And it is a gap that more repetition would help to close.

The hybrid and online learning dimension

The growth of hybrid and online nursing programs has added another layer of complexity to this challenge. These programs are meeting a genuine need, expanding access to nursing education for students who cannot relocate to attend a traditional program. But they are also asking students to develop procedural skills in circumstances where access to structured lab time is even more limited than it would be in a traditional setting.

A student in a distributed program may have limited access to a skills lab, may be practicing in a regional clinical site far from their home institution, or may be attempting to build clinical competence while managing significant competing demands on their time. The expectation that these students will arrive at clinical placement with the same level of procedural readiness as students in traditional programs is a tall order when the practice opportunities available to them are fundamentally different.

This is not an argument against hybrid or online nursing education. It is an acknowledgment that the infrastructure supporting hands-on skill development in these programs needs to keep pace with the growth of the programs themselves.

How educators are responding

Nursing faculty and simulation directors are not sitting passively with these challenges. The conversations happening across the simulation and nursing education community reflect genuine creativity and commitment to finding better ways to support student practice.

Some programs are extending lab hours and opening skills facilities during evenings and weekends to increase access. Others are restructuring curriculum sequencing to distribute practice opportunities more deliberately across the program rather than concentrating them in discrete blocks. Some are exploring peer-assisted learning models where senior students support junior students in supervised practice sessions, reducing the faculty burden while maintaining a meaningful learning environment.

There is also growing interest in approaches that allow students to practice clinical skills outside of scheduled lab sessions entirely, using task trainers and skills equipment that can be accessed more flexibly. The idea is not to remove faculty oversight from the learning process but to create more opportunities for the kind of independent clinical skills repetition that builds foundational muscle memory before a student arrives at a supervised session.

None of these approaches is a complete solution on its own. But together they reflect an emerging understanding that the traditional model, where all hands-on practice happens within a centralised lab during scheduled hours, may not be sufficient to meet the needs of a student population that is growing in size and diversity.

What repetition actually builds

It is worth being specific about what clinical skills repetition actually produces, because it is more than just familiarity with a procedure.

Repeated practice builds the ability to perform a skill while simultaneously attending to the patient. A student who is still consciously working through the steps of a urinary catheterization has limited cognitive capacity available to notice that the patient is anxious, to communicate reassuringly, or to adapt if something unexpected happens. A student who has performed the procedure enough times that it flows naturally can hold all of those things in mind at once.

Repetition also builds the ability to recover from difficulty. Every clinical skill has moments where things do not go as expected. A line does not thread the way it should. A patient moves. Equipment behaves differently than anticipated. Students who have invested in genuine clinical skills repetition have usually encountered these variations before and have developed some instinct for how to respond. Students who have practiced minimally have not.

And repetition builds the kind of quiet confidence that matters in a clinical environment. Not arrogance. Not overconfidence. The steady, grounded readiness that comes from having done something enough times to trust yourself to do it again.

This is what nursing programs are trying to develop in their students. And it is genuinely difficult to develop without sufficient practice opportunities.

The challenge ahead

Clinical confidence is not built in a single lab session. It is built through repetition, reflection, and enough practice that the skill becomes something a student owns rather than something they are still working out how to do.

The challenge for modern nursing education is finding ways to create enough clinical skills repetition opportunities for every learner, not just the ones whose learning pace happens to align with the time available on the schedule. That means thinking creatively about when and where practice can happen, what level of supervision different kinds of practice actually require, and how programs can make the most of the faculty time and lab resources they have.

These are not easy questions. But they are the right ones to be asking. And the nursing educators, simulation directors, and skills lab coordinators working through them every day are doing some of the most important and under-recognised work in healthcare education.

The students who benefit from getting it right will carry that preparation into clinical environments where it matters more than almost anything else.

About the Author

Lucas Tomczak is the founder of 3T Competence. He trained and worked as an Anaesthetic Technician before moving into healthcare simulation, clinical skills training, and education product development.

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