For this module, I selected Because Digital Writing Matters and Reading the Media by Renee Hobbs. While neither text focuses directly on math instruction, both pushed me to think more creatively and critically about how digital literacies can be meaningfully integrated into a high school math classroom. Because Digital Writing Matters reframed writing as a powerful digital tool for learning and expression in English classrooms and across disciplines. One of my key takeaways was that digital writing is inherently multimodal and collaborative. That got me thinking: how often do we ask Algebra students to “write” digitally, not just to explain procedures, but to build understanding, ask questions, or present solutions in ways that matter to them? The book emphasized giving students real audiences and authentic purposes. This made me want to try more projects where students create math blogs, infographics, or short tutorial videos to explain concepts like slope or systems of equations. One that I encourage the most is when I teach the quadratic equation. Now the regents gives the students the formula, but before it was on the reference sheet I had students make videos of them raping to the song. I will even sign it in class to “Pop Goes the Weasel”. The kids laugh, but I always tell them that they will never forget it then. These forms allow them to engage with math as communicators, not just solvers.
Reading the Media focuses on helping students critically analyze the media messages they encounter daily. While her work centers on English classrooms, it reminded me how important it is to help math students become critical consumers of quantitative information. We’re surrounded by graphs, data visualizations, and percentages in the media, and they often mislead or oversimplify. Hobbs helped me realize that media literacy and data literacy are connected. As a result, I’m now thinking about ways to include more “real-world” data analysis in Algebra. For example, we might examine how COVID case counts or inflation statistics are presented in different news outlets and use those discussions to launch lessons on linear models or data interpretation.
What surprised me was how flexible digital literacies can be when adapted thoughtfully. Math is often viewed as separate from reading, writing, or media interpretation, but these readings showed me that digital tools can deepen student’s mathematical reasoning, especially when they’re asked to explain, argue, critique, and create. In my current setting, students use digital tools like Desmos or Google Docs for classwork, but there is still room to move from tool use to deeper engagement. These readings challenged me to think about how I can scaffold digital composition and critical analysis in math, not as add ons, but as essential parts of making sense of the world mathematically and digitally.
Moving forward, I want to give students more opportunities to express their mathematical thinking through digital writing, media critique, and real world data storytelling. I believe these practices can help Algebra feel more relevant, engaging, and empowering, especially for students who may not see themselves as a good math student.
References
National Writing Project, & DeVoss, D. N., Eidman-Aadahl, E., & Hicks, T. (2010). Because digital writing matters: Improving student writing in online and multimedia environments. Jossey-Bass.Hobbs, R. (2007). Reading the media: Media literacy in high school English. Teachers College Press.