For teachers, "Grasp the Meaning" is about the development of your characters for the stories you tell about STEM and mathematics. In literature, character development is the craft of giving a character a personality, depth, and motivations that propel them throughout the story. It also helps to define the evolution of the character. If you are using Robotics, Hardware, and Coding in your math class, you need to tell the story of mathematics through these tools. This will enable you to convey mathematical ideas in ways that connect deeply with students' experiences, emotions, and insights

Teaching mathematics is not merely about conveying formulas and solutions; it is an art—a transformative process for both the teacher and student. Using robotics, hardware, and coding as part of that journey helps any educator move beyond the traditional instructor role. With this type of "peripheral vision" educators become guides who navigate students through the landscapes of mathematics, its ways of thinking and its applications.

Mathematics teaching often carries emotional weight for both teachers and students. The subject’s logic can feel like a rigid wall, unyielding to different ways of thinking. For many students, mathematics feels like an arena where judgment and mistakes are met with harsh consequences. Using robotics, hardware, and coding can help shape the narrative that mathematical discovery is messy, mistake filled, and that the learning from mistake making is also rewarding.

Mathematics is often perceived as a subject of rigid structure, a world of rules and equations. Yet, beneath this structure lies a wealth of stories waiting to be uncovered. Every concept in mathematics has a backstory, a reason for its existence, and a path through which it came to be understood. Using robotics, hardware, and coding as part of your math class will help you tell these stories more effectively.

Teaching requires an evolving blend of diverse skills—those of content knowledge, classroom management, and empathy. A successful teaching team builds resilience through this diversity, mirroring how varied talents are crucial for managing the unpredictability of life. Sharing ideas, insights, and approaches to using robotics, hardware, and coding in your math class should be a collective effort between you and your fellow teachers.

While the classroom may be filled with sound, authentic listening demands attention to the "vibrations" of mathematical thinking and reasoning that emerge from students’ mistakes, questions, and contributions. Using robotics, hardware, and coding in your mathematics classroom can help mathematical concepts move, and make student thinking much easier to see.