Using Grids to Teach Math Concepts in K-8

Discover interesting ways to engage K-8 students in math using grids! From pixel art to manipulatives, explore high- and low-tech tools to make learning fun and interactive. In the webinar “Pixel Math: Using Grids to Teach Math Concepts in K-8,” Hannah Olson, MimioSTEM Product Manager, shares creative strategies to transform math lessons with grids and Xploris STEAM Labs.

It can be challenging to keep students engaged when teaching math with a one-size-fits-all approach, often causing some students to feel frustrated or disengaged. By combining hands-on activities, visual aids, and interactive tools, teachers can leverage different learning styles and strengths, helping each student succeed. He Xploris all-in-one STEAM solution makes this even easier, with a seamless transition between science, technology, engineering and art. Compact and portable, it offers a rich, multidisciplinary learning experience in a single device, giving teachers the flexibility to support all students with dynamic and engaging lessons.

Improve mathematics teaching for better participation

Many students find teaching mathematics challenging due to the lack of interesting connections to the real world. Traditional teaching methods often rely heavily on worksheets and rote memorization, which can leave students feeling disconnected from the material. This approach can lead to frustration and disengagement, ultimately resulting in gaps in understanding that hinder your progress through your education.

Relying solely on math worksheets or textbooks can make it difficult for first graders to understand key concepts, such as dividing shapes. The National Common Core Standards emphasize that first graders should “divide rectangles and circles into halves and quarters” (CCSS.MATH.CONTENT.1.GA3). Partition plays a key role in students' understanding of fractions as they progress through school. However, without interactive experiences, students may have difficulty seeing the relevance of these concepts. As they advance to sixth grade, students are expected to explore geometry through coordinate pairs. (CCSS.MATHEMATICS.CONTENT.6.GA3). Providing multiple ways to access these skills is crucial to developing problem-solving skills and preparing students for algebra.

incorporating practical activities can help students visualize and engage with mathematical concepts interactively. By making learning more dynamic and relatable, educators can foster a deeper understanding and appreciation for the subject and ultimately support student success.

Engage K-5 students in mathematics through interactive learning experiences

Xploris' all-in-one STEAM solution offers exciting possibilities for teaching mathematics while inspiring creativity and curiosity in K-5 students. Integrating science, technology, engineering, art, and mathematics, students engage in hands-on activities that explore key mathematical concepts. For example, kindergarteners can measure temperatures over several days and discuss their findings, while fifth graders can analyze data sets and create graphs using Xploris' data logging features.

Designed to be portable and easy to use, Xploris encourages young students to think critically and immerse themselves in mathematical topics through fun educational experiences. XploriLab software enhances exploration with modules for data visualization and artistic expression, promoting essential skills such as problem solving and collaboration. Combining art and technology, Xploris is an invaluable tool for schools looking to provide engaging mathematics learning alongside other STEAM subjects.

How Xploris works

XploriLab consolidates six different software modules into one seamless learning experience tailored for K-5 students.

How Xploris works

• Detection module: Ideal for younger students just beginning their STEAM journey, this module introduces them to basic scientific research. By using embedded sensors, students can explore real-world data in a tangible and engaging way.
• Data logging module: Older students can delve deeper into scientific exploration through data collection and analysis. With XploriLab, they can collect and interpret data, allowing them to explore complex scientific principles in an accessible and relevant way.
• Control module: This module introduces younger students to coding, guiding them through fundamental concepts and incorporating simple control mechanisms. They can program devices to respond to environmental changes, such as adjusting the temperature or humidity in a greenhouse based on live sensor data.
• Coding module: From simple block-based coding to advanced Python programming, the Coding module offers students a progressive approach to learning to code. They can use this skill to operate small robots and control devices, providing a hands-on, hands-on learning experience.
• Animation module: Creativity meets technology in the Art module, where students can create colorful still images and animations. This pixel display also provides an excellent platform for developing interactive and engaging experiences related to mathematical concepts.
• Composer module: Students can create their own music using this one and a half octave scale. They can combine it with control or animation, so Xploris plays its song when specific environmental conditions are met or when a certain animation is activated.

By integrating modules for scientific data recording, mathematics, coding, control and art, xploris Create opportunities for students to connect classroom learning with real-life applications. For example, the Art Module allows them to animate their creations, combining artistic expression with technology. These interactive features not only make learning more engaging but also inspire students to see the relevance of STEAM in everyday lifefostering a deeper interest and understanding of these essential topics.

Reviving Pixel Art in the classroom

Pixel art is a unique digital art form that uses small squares to create images, making it a great tool for introducing creative thinking into STEAM learning. Xploris takes advantage of pixel art through its 16×16 LED grid, allowing students to design colorful still images and animations. This approach encourages artistic expression while integrating technical skills, encouraging innovative problem solving in a collaborative environment.

The pixel grid also serves as a solid foundation for various mathematical applications. MyStemKits lessons take advantage of the grid to explore concepts like fractions, area, and counting. For example, students can transform the grid into a virtual ten frame or challenge themselves to create shapes with specific areas or perimeters.

Development of essential skills in mathematics teaching

Integrating Xploris into the mathematics curriculum not only improves technical skills but also fosters vital interpersonal skills that students will need in their future careers. Through practical math experiencesStudents develop key competencies, including:

• Creativity: Engaging with Xploris encourages students to think innovatively as they design math-related activities and explore data, fostering innovative solutions to math challenges.

• Collaboration: Many projects using Xploris involve teamwork, allowing students to learn to work effectively with others, share ideas, and provide constructive feedback.

• Critical thinking: As students analyze real-time data and solve problems during mathematical activities, they improve their analytical skills, allowing them to evaluate problems and develop effective solutions.

• Adaptability: Working with Xploris allows students to experiment with different problem-solving strategies and adjust their approaches based on their findings, reinforcing the importance of flexibility in mastering mathematical concepts and skills.

• Technical competence: Familiarity with data collection and analysis tools like Xploris prepares students for future careers in STEM fields, providing a solid foundation for further exploration and learning in mathematics.
  

Inspiring future engineers and mathematicians

Hands-on experiences with mathematical tools and data measurement instruments can significantly change the way students view engineering and mathematics careers. Participate in activities that involve collecting and analyzing data not only demystifies fields such as engineering and applied mathematics, but also encourages students to imagine new possibilities within these disciplines.

By using tools like xploris For experiments, students gain confidence and develop essential skills, preparing them for potential careers in areas such as structural engineering, data analysis or computational modeling. This integration of hands-on learning with technology fosters a genuine passion for engineering and mathematics, enabling students to pursue careers they would have previously considered unattainable. As they explore and experiment, they shape their identities as the next generation of innovators, ready to take on real-world challenges.

Join us for the webinar

Unlock engaging K-8 math instruction with Xploris! Join the “Pixel Math: Using Grids to Teach Math Concepts in K-8” webinar to see how Xploris can transform your lessons. Learning must be enjoyable and accessible for all students to thrive, so say goodbye to one-size-fits-all approaches and improve student engagement with this all-in-one solution! Register now for this FREE session – Pixel Math: Using Grids to Teach Math Concepts in K-8.

Explore more educational ideas and strategies from our Wednesday STEM webinar series: technology-webinars?category%5B%5D=MimioSTEM#webinars” rel=”noopener” target=”_blank”>Wednesday MimioSTEM STEM Webinars

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