EdCircuit StaffTable of Contents
When teaching STEAM (Science, Technology, Engineering, Art, Math) subjects, safety should always be a top priority. Whether you work in a science lab, tech ed, engineering, or art department, creating a safe learning environment is crucial for both educators and students. In this article, we’ll explore the importance of safety standards and best practices in STEAM instruction and provide insights on how to ensure a safe and engaging learning experience.
Emphasizing Safety as a Verb
Safety isn’t just a static concept; it’s an ongoing, active practice. It’s not enough to simply follow safety protocols at the beginning of the semester and forget about them. Safety should be integrated into every aspect of STEAM instruction and become a natural, automatic part of the learning process.
Understanding Safety Standards
For educators working in science labs, it’s essential to be familiar with safety regulations such as OSHA CFR 29 1910 for general industry and OSHA CFR 29 1450 for laboratory standards. Annual safety training is a requirement to ensure that educators are equipped to handle potential hazards and changes in the learning environment.
Importance of Formalized Safety Training
Shocking statistics reveal that a significant percentage of STEAM and CTE teachers lack formalized safety training. This oversight can lead to potential risks for both educators and students. Completing formalized safety training has been shown to significantly reduce accidents, emphasizing the critical role that training plays in creating a safer learning environment.
Addressing Training Frequency
While some educators may be told that safety training is only necessary every three years, it’s important to determine whether this aligns with federal or state-approved safety standards. Regardless of legal requirements, regular and up-to-date safety training is essential to ensure that educators are equipped to handle potential risks and changes in their instructional environment.
Promoting Hands-On, Safe Learning
Creating a safe instructional space doesn’t mean avoiding hands-on activities. On the contrary, it’s about enabling students to engage in practical, experiential learning while maintaining a safe environment. Safety should be integrated into every aspect of STEAM instruction, allowing students to actively participate in their learning without compromising their well-being.
In conclusion, safety is not just a buzzword; it’s a fundamental aspect of effective STEAM instruction. By prioritizing safety standards and best practices, educators can create a learning environment that promotes engagement, innovation, and most importantly, the well-being of all those involved. Through ongoing training and a commitment to safety as an active practice, STEAM educators can ensure that their instructional spaces remain safe and conducive to meaningful learning experiences.
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