STEM tools are designed to help students engage with science, technology, engineering, and mathematics in ways that are easy to understand – whether in-person or via virtual lab. There are more STEM related career opportunities than ever, which is why it’s so important to set up students for success at a young age using STEM kits.
STEM tools don’t just make a subject matter more engaging for students, they serve to deepen each student’s learning experience, as well. Below, we share five reasons why STEM tools help students excel and find success with these important subjects.
Dynamic Data Models
STEM materials often present STEM concepts to students using dynamic representations of data, such as digital models and simulations. Interactions with dynamic data sets help students develop data fluency and the ability to structure, examine, and analyze data.
Collaborative Reasoning
By utilizing STEM tools, students can learn to improve their ideas and strengthen their critical thinking by collaborating with group members to study STEM concepts. As participation is equalized, the collective learning effort of the group is improved. With STEM kits, no student is left behind.
Computational Thinking
STEM kits introduce students to the concept of algorithmic thinking. That is, using every technological resource at their disposal to analyze problems and arrive at their solutions using abstract reasoning. Much like the way computers execute tasks, computational thinking conditions students to explore, analyze, and understand the processes that go into problemsolving.
Evidence-Based Models
The strongest conclusions are built on hard data and solid evidence. Learning how to conduct evidence-based research is a vital tool for students, and STEM tools help to teach students the importance of data and evidence. Evidence-based learning has been shown to have a considerably higher impact on students than typical strategies.
Personalized Feedback
Experimentation isn’t always about being correct – it’s normal to experience failure during lab activities. In fact, it’s encouraged to push students to experiment repeatedly. In a STEM lab setting, it’s much easier for students to receive personalized feedback that is unique to their work. This way, they are more likely to take away their own learning experience from each activity.
With so many reasons why STEM learning is sure to enhance quality of learning for students, it’s easy to see why STEM tools are being integrated into more school curriculums. The five aforementioned reasons are just the tip of the iceberg. To learn more about how STEM kits can benefit your student body, get in touch with Mentis Sciences today.
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