Mediating Role of Safety Behavior in The Relationship of OSH Knowledge and Job Safety Analysis with Mitigation Risks in Culinary Laboratories
This study of 123 culinary students in Surabaya demonstrates that Occupational Safety and Health knowledge and Job Safety Analysis significantly enhance risk mitigation in culinary laboratories, both directly and indirectly through the mediating role of safety behavior.
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 the bustling world of professional cooking, the kitchen is a place of intense creativity, but it is also a landscape of hidden dangers. Sharp knives, scalding hot oil, slippery floors, and open flames create an environment where a momentary lapse in attention can lead to serious injury. For students learning to become chefs, the laboratory kitchen is their training ground, a space where they must learn not only how to prepare food but how to survive the process without getting hurt. Safety in these environments relies on three interconnected pillars. First, there is knowledge: understanding the rules and the science behind why a fire starts or why a cut happens. Second, there is structure: having a clear, step-by-step plan that breaks down a complex cooking task into smaller, manageable pieces to spot risks before they become accidents. Third, and perhaps most importantly, there is behavior: the actual, physical actions students take, like wearing the right shoes or checking a stove handle, which turn that knowledge and structure into real-world protection. Without the right actions, even the best rules and the deepest understanding remain just words on a page.
A team of researchers from Indonesia and Malaysia set out to understand how these three pillars work together to keep culinary students safe. They focused on a specific question: does knowing the rules and having a safety plan actually stop accidents, or is there something else that must happen in between? To find the answer, they studied 123 undergraduate culinary students at a university in Surabaya. These students were asked to fill out a detailed survey about what they knew regarding safety, how often they used a specific safety planning tool called a Job Safety Analysis, and how they actually behaved in the lab. The researchers then used a sophisticated statistical method to map out the relationships between these factors, looking for the invisible threads that connect what students know to what they actually do to prevent harm.
The study revealed a clear and powerful chain of events. The researchers found that when students possess a strong understanding of occupational safety and health principles, they are more likely to adopt safe behaviors. Similarly, when students consistently use the Job Safety Analysis tool—a method where they break down a recipe into steps and identify potential hazards for each one—they also tend to act more safely. Crucially, the study confirmed that these factors do not just work through behavior; they also have a direct, significant impact on reducing risks. The data showed that safety behavior acts as a vital bridge, taking abstract knowledge and written safety plans and transforming them into the physical actions that prevent burns, cuts, and other injuries. However, the analysis also revealed that the Job Safety Analysis tool itself has the strongest direct influence on shaping these safe behaviors, with a higher statistical impact than safety knowledge alone.
The researchers measured the strength of these connections and found that safety behavior is a primary driver of risk reduction, but it is not the only one. While having safety knowledge and using the planning tool are essential, they lead to fewer accidents both by changing how a student moves and works in the kitchen and by directly contributing to risk mitigation. The study confirmed that safety behavior partially mediates the relationship between knowledge and risk reduction, meaning that knowledge helps, but it must be translated into action to be fully effective. The same was true for the Job Safety Analysis; the tool is most powerful when it guides students into developing a habit of checking for dangers and acting carefully, yet it also directly reduces risks independent of behavior. The statistical model explained more than half of the variation in how well risks were mitigated, suggesting that this combination of knowledge, structured planning, and disciplined behavior is a highly effective formula for safety.
These findings offer a practical shift in how culinary education should approach safety. The study suggests that simply teaching students more safety theory in a classroom is not enough to guarantee they will be safe in the kitchen. Instead, institutions need to focus on the daily routines that turn that theory into habit. By making the completion of safety analysis forms a mandatory part of every practical session, educators can help students internalize the process of spotting dangers before they act. This approach does not replace the need for knowledge, but it ensures that knowledge is applied. The ultimate goal is to build a culture where safety is not just a set of rules to memorize, but a set of reflexes to practice, ensuring that the next generation of chefs enters the global hospitality industry with the discipline to protect themselves and others from harm.
Drowning in papers in your field?
Get daily digests of the most novel papers matching your research keywords — with technical summaries, in your language.