Effects of an Online Flipped Classroom Model on Nursing Students’ Infection Control Knowledge and Psychomotor Skills Across Different Levels of Task Complexity
This quasi-experimental study found that an entirely online flipped classroom model significantly improved undergraduate nursing students' infection control knowledge and foundational psychomotor skills like hand hygiene, but its effectiveness varied by task complexity, suggesting a need to integrate online instruction with supervised practice for advanced competencies.
Original paper licensed under CC BY 4.0 (https://creativecommons.org/licenses/by/4.0/). This is an AI-generated explanation of the paper below. It is not written or endorsed by the authors. For technical accuracy, refer to the original paper. Read full disclaimer
In hospitals and clinics around the world, the safety of patients often depends on the simple, disciplined actions of nurses. Before touching a wound, before entering a room with a sick person, a nurse must perform specific physical routines: washing hands with precise motions, putting on sterile gloves without touching the outside, and setting up a clean area for medical tools. These actions, known as infection control, are the first line of defense against diseases that spread within healthcare settings. For decades, medical schools have taught these skills in classrooms and practice labs, where instructors can watch a student's hands and correct a mistake immediately. However, the rapid shift to online learning forced educators to rethink how to teach these physical skills without being in the same room as the student. The central question became whether a teaching method that relies on students watching videos and discussing ideas online could actually help them learn to perform these delicate physical tasks as well as traditional classroom instruction.
Researchers in Turkey set out to answer this question by testing a specific teaching style called the flipped classroom model. In this approach, students do not sit passively while a teacher lectures. Instead, they watch instructional videos and complete interactive exercises on their own time before class. When they log in for the live session, the time is used for discussion, problem-solving, and practicing what they have learned. The study focused on seventy-six first-year nursing students, splitting them into two groups that were matched for age and academic grades. One group received the standard online instruction, where teachers presented information during live sessions and students watched demonstration videos as a supplement. The other group experienced the flipped model, where they studied the theory and watched skill videos on their own first, then used the live online time to discuss the material and practice the skills with peers.
The results showed a clear difference in how well the students learned the theory. The students in the flipped classroom group scored significantly higher on tests about infection control knowledge than those in the traditional group. They also performed better on two specific physical skills: washing their hands correctly and putting on and taking off sterile gloves. These are foundational tasks that involve a set sequence of steps, and the online flipped method helped students master them. The researchers found that the students in the flipped group were able to review the videos as many times as they needed and then discuss the details with classmates, which seemed to reinforce the correct movements.
However, the study also revealed a limit to what this online method could achieve. When the researchers tested more complex skills, such as setting up a sterile field—a process that involves arranging many items on a table without contaminating them—or putting on full protective gear for a specific type of isolation, the two groups performed equally well. The flipped classroom did not give the students an advantage over the traditional group for these harder tasks. The authors suggest that while online videos and discussions are excellent for learning the steps of simple, repetitive actions, they cannot fully replace the need for hands-on guidance when a task requires complex spatial awareness or immediate physical correction. The study concludes that online flipped learning is a powerful tool for building knowledge and teaching basic skills, but for the most intricate clinical procedures, it must be combined with supervised, face-to-face practice to ensure students are truly ready for the hospital.
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