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  • All students can excel in advanced mathematics

    All students can excel in advanced mathematics


    Students in Rebecca Pariso’s seventh-grade math class designed and created piñatas with specific volume and surface area constraints.

    Courtesy: Rebecca Pariso

    Last year, my seventh-grade class created at-scale drawings of cost-efficient cabins for an outdoor education camp. Using three-dimensional figures and proportional reasoning, my students designed and created piñatas with specific volume and surface area constraints. We completed many challenging test questions, such as: If eight and a half cups of flour are needed for five and three-quarter cups of sugar, how much sugar is needed for one cup of flour?

    Such problems require higher-level thinking skills and a lot of grit. The number of students in my classroom who did not meet the standard on the state test was the lowest in nine years. The number of proficient students doubled compared with last year’s seventh-grade class. 

    Contrary to what you might expect, I was not teaching an honors math class. Instead, my students were a diverse group wholly representative of our student population. In my district, 89% of students are Hispanic or Latino, 24% are multilingual learners, and 81% are socioeconomically disadvantaged students. The accomplishments of the students in my class are a testament to what happens when our educational system becomes inclusive. 

    Take Luciana, for example. She walked into my classroom with bangs covering her eyes and an oversize sweatshirt covering the rest of her face. She was used to not being seen by people, but I saw her potential in mathematics. At first, Luciana talked to no one and hid in the back of the classroom while she did the math. By the end of the year, her bangs were parted down the middle and her hands were outside her oversize sweatshirt. It was incredible to see Luciana’s transformation. She had raised her score two band levels and was considered proficient in seventh-grade mathematics. 

    Math is the most tracked subject in the United States. (Tracking is the practice of placing students in different classes or levels based on perceived ability.) Historically, specific student groups, predominantly Black, Latino, and low-income students, have been underrepresented in advanced math courses like honors classes. On the other hand, students from more affluent backgrounds, mainly white and Asian students, tend to be overrepresented in these programs. This can be attributed to many educational inequities, including school funding disparities, which affect the availability and quality of advanced math courses in schools serving low-income communities. Research shows that these schools often need more resources, experienced teachers and challenging curricula that promote success in these advanced courses. 

    This setup doesn’t serve anyone. My students are just as capable as any other students, honors or otherwise, of succeeding in a math class rich in project-based learning and rigorous problem-solving. Furthermore, multiple studies have shown that separating students based on skills and abilities widens the achievement gap between minority students like Luciana, low-performing students, and students of low socioeconomic status. Luciana and every other student in California deserve to be in a class rich in high-quality math instruction, where they can connect their learning to their school and community, conduct open-ended inquiry, and engage in reflective learning. 

    In 2020, I was one of 20 educators to serve on a committee with the California Department of Education to help with the revision of the math framework. As a result, I have come to see that a paradigm shift must occur in how we define an inclusive math classroom. California Common Core State Standards challenge us to go deeper than just recall and procedural fluency, and my students’ achievements reflect a broader truth: All children, regardless of background, can excel when given the opportunity to engage in meaningful, high-quality math instruction. 

    By creating a learning environment emphasizing problem-solving, collaboration, and high expectations, I enabled my students to rise to the challenge — proving that diversity and background is not a barrier but an asset. Our educational system must stop limiting students based on preconceived notions and instead embrace inclusive teaching methods that unlock every student’s potential. Every child deserves the chance to succeed, and my class proves that they can do so with the right approach.

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    Rebecca Pariso is a seventh-grade math teacher at EO Green Junior High School in Oxnard and a Teach Plus California Senior Policy Fellow.

    The opinions expressed in this commentary represent those of the author. EdSource welcomes commentaries representing diverse points of view. If you would like to submit a commentary, please review our guidelines and contact us.





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  • How Advanced Print Management Systems Are Shaping the Future of Campus Innovation

    How Advanced Print Management Systems Are Shaping the Future of Campus Innovation


    How Advanced Print Management Systems Are Shaping the Future of Campus Innovation

    In the ever-evolving landscape of higher education, innovation isn’t confined to classrooms and research labs—it extends to how universities manage their operations, resources, and technology.

    At the University of Maryland’s A. James Clark School of Engineering, Terrapin Works stands as a shining example of how adopting cutting-edge solutions can transform not just processes, but outcomes.

    Terrapin Works, a hub of rapid prototyping, advanced manufacturing, and digital design, operates a sprawling network of more than 200 machines across 17 campus locations. This state-of-the-art enterprise isn’t just a facility; it’s a mission-driven ecosystem enabling students, faculty, and researchers to turn ideas into reality.

    But with complexity comes challenges, and the need to streamline its job request system became a pivotal moment for this operation.

    The Challenge: Streamlining Complexity in Innovation

    Managing job requests for hundreds of machines servicing diverse users—from students designing prototypes to researchers creating precision parts—was no small feat. Terrapin Works initially relied on a help desk ticketing system that, while functional for IT issues, fell short as a workflow solution.

    The system lacked a user-friendly process for submitting, tracking, and managing requests. Email threads became the backbone of communication, resulting in inefficiencies, delays, and an inconsistent user experience. Technicians, often students themselves, faced a cumbersome workflow that detracted from their ability to focus on the innovative work at hand.

    Nick Bentley, business systems developer and a former University of Maryland student, envisioned a better way. “We needed a one-stop, web-based storefront where customers could initiate a job request, track its progress, and get updates seamlessly,” he explains. For technicians, the solution needed to enable faster, more efficient processing of requests.

    When Bentley discovered PaperCut MF, a solution renowned for its robust print and workflow management capabilities, he saw its potential to redefine how Terrapin Works operated. However, implementing a new system meant addressing concerns about compatibility with existing processes and minimizing fragmentation.

    The Power of a Unified Solution

    Bentley made a compelling case for PaperCut, highlighting its integrated features beyond workflow management, such as billing and 2D print management. This holistic approach allowed Terrapin Works to sunset legacy systems, reduce inefficiencies, and create a unified platform that could scale across the university.

    The results have been transformative. Technicians now process orders with unprecedented speed and accuracy, while users enjoy a seamless experience that eliminates the confusion of the old system. Customers can explore equipment options, verify specifications, and submit orders—all within an intuitive, human-centered interface.

    Terrapin Works’ success with PaperCut didn’t stop at addressing immediate challenges. It sparked a broader vision for what was possible. The platform’s adaptability has led to pilot programs across other campus operations, from copy centers to financial services. With integrations like Nelnet’s payment gateway, the university is leveraging PaperCut to drive innovation in areas far beyond its original scope.

    Rethinking Operational Excellence

    Terrapin Works’ journey underscores an important lesson: Innovation isn’t just about technology; it’s about creating systems that empower people. By prioritizing user experience, integrating processes, and fostering scalability, the University of Maryland has set a benchmark for how universities can evolve in the digital age.

    As higher education institutions navigate the future, the success of initiatives like Terrapin Works serves as a reminder that the right tools—and the right vision—can turn operational hurdles into opportunities for leadership and growth.



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