Category: class

  • NAEP scores for class of 2024 show major declines, with fewer students college ready

    NAEP scores for class of 2024 show major declines, with fewer students college ready

    This story was originally published by Chalkbeat. Sign up for their newsletters at ckbe.at/newsletters.

    Students from the class of 2024 had historically low scores on a major national test administered just months before they graduated.

    Results from the National Assessment of Educational Progress, or NAEP, released September 9, show scores for 12th graders declined in math and reading for all but the highest performing students, as well as widening gaps between high and low performers in math. More than half of these students reported being accepted into a four-year college, but the test results indicate that many of them are not academically prepared for college, officials said.

    “This means these students are taking their next steps in life with fewer skills and less knowledge in core academics than their predecessors a decade ago, and this is happening at a time when rapid advancements in technology and society demand more of future workers and citizens, not less,” said Lesley Muldoon, executive director of the National Assessment Governing Board. “We have seen progress before on NAEP, including greater percentages of students meeting the NAEP proficient level. We cannot lose sight of what is possible when we use valuable data like NAEP to drive change and improve learning in U.S. schools.”

    These results reflect similar trends seen in fourth and eighth grade NAEP results released in January, as well as eighth grade science results also released Tuesday.

    In a statement, Education Secretary Linda McMahon said the results show that federal involvement has not improved education, and that states should take more control.

    “If America is going to remain globally competitive, students must be able to read proficiently, think critically, and graduate equipped to solve complex problems,” she said. “We owe it to them to do better.”

    The students who took this test were in eighth grade in March of 2020 and experienced a highly disrupted freshman year of high school because of the pandemic. Those who went to college would now be entering their sophomore year.

    Roughly 19,300 students took the math test and 24,300 students took the reading test between January and March of 2024.

    The math test measures students’ knowledge in four areas: number properties and operations; measurement and geometry; data analysis, statistics, and probability; and algebra. The average score was the lowest it has been since 2005, and 45% of students scored below the NAEP Basic level, even as fewer students scored at NAEP Proficient or above.

    NAEP Proficient typically represents a higher bar than grade-level proficiency as measured on state- and district-level standardized tests. A student scoring in the proficient range might be able to pick the correct algebraic formula for a particular scenario or solve a two-dimensional geometric problem. A student scoring at the basic level likely would be able to determine probability from a simple table or find the population of an area when given the population density.

    Only students in the 90th percentile — the highest achieving students — didn’t see a decline, and the gap between high- and low-performing students in math was higher than on all previous assessments.

    This gap between high and low performers appeared before the pandemic, but has widened in most grade levels and subject areas since. The causes are not entirely clear but might reflect changes in how schools approach teaching as well as challenges outside the classroom.

    Testing officials estimate that 33% of students from the class of 2024 were ready for college-level math, down from 37% in 2019, even as more students said they intended to go to college.

    In reading, students similarly posted lower average scores than on any previous assessment, with only the highest performing students not seeing a decline.

    The reading test measures students’ comprehension of both literary and informational texts and requires students to interpret texts and demonstrate critical thinking skills, as well as understand the plain meaning of the words.

    A student scoring at the basic level likely would understand the purpose of a persuasive essay, for example, or the reaction of a potential audience, while a students scoring at the proficient level would be able to describe why the author made certain rhetorical choices.

    Roughly 32% of students scored below NAEP Basic, 12 percentage points higher than students in 1992, while fewer students scored above NAEP Proficient. An estimated 35% of students were ready for college-level work, down from 37% in 2019.

    In a survey attached to the test, students in 2024 were more likely to report having missed three or more days of school in the previous month than their counterparts in 2019. Students who miss more school typically score lower on NAEP and other tests. Higher performing students were more likely to say they missed no days of school in the previous month.

    Students in 2024 were less likely to report taking pre-calculus, though the rates of students taking both calculus and algebra II were similar in 2019 and 2024. Students reported less confidence in their math abilities than their 2019 counterparts, though students in 2024 were actually less likely to say they didn’t enjoy math.

    Students also reported lower confidence in their reading abilities. At the same time, higher percentages of students than in 2024 reported that their teachers asked them to do more sophisticated tasks, such as identifying evidence in a piece of persuasive writing, and fewer students reported a low interest in reading.

    Chalkbeat is a nonprofit news site covering educational change in public schools.

    For more news on national assessments, visit eSN’s Innovative Teaching hub.

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  • 25 insights about what back-to-school season has in store

    25 insights about what back-to-school season has in store

    As the back-to-school season begins, educators and students alike are stepping into classrooms that look and feel increasingly different from just a few years ago. Technology is no longer just a supporting tool–it is a central part of how learning is delivered, personalized, and measured. From AI that helps teachers design lessons and personalize learning, to adaptive learning platforms that meet students where they are, education technology continues to evolve at a rapid pace.

    Innovation is at the forefront this year, with districts embracing tools that support academic growth, streamline workflows, and foster deeper engagement. AI-powered tutoring, immersive experiences, and tools that enhance collaboration are just a few of the technologies entering classrooms and lecture halls. These resources are not only helping educators save time but also are equipping students with critical thinking, problem-solving, and digital skills they will need for future careers.

    As schools balance new opportunities with challenges around implementation, equity, and data privacy, industry leaders and educators are offering valuable insights into what’s next. Teachers are sharing how these tools reshape day-to-day instruction, while technology providers are highlighting trends that will shape the coming year. Together, these perspectives paint a picture of a learning landscape that is both dynamic and adaptable, where innovation is guided by the shared goal of supporting student success.

    This back-to-school season, the conversation is not just about new devices or apps, but about how technology and thoughtful innovation can transform education for all learners–making 2025 a year of possibilities, progress, and promise.

    This school year, career and technical education (CTE) won’t just be an elective, but will be a priority. As more districts recognize the powerful outcomes tied to CTE, we’ll see a shift in graduation requirements to reflect what students actually need for their futures. That might mean rethinking four years of traditional math in favor of math courses that are career-aligned to specific career pathways. Administrators and superintendents are paying attention and for good reason. The data shows CTE not only boosts student outcomes, but also brings relevance back to learning.
    Edson Barton, CEO, YouScience

    Throughout my administrative experience, it has become increasingly evident that many educational preparation programs fall short in emphasizing the importance of fostering connection and relevance in learning from the student’s perspective. Too often, the pedagogical approach positions educators as drivers of a rigid, outdated instructional model, centered on the teacher in a highly directive role, rather than as reflective facilitators willing to ride alongside students on a learning journey. To shift this reality, I take every opportunity to embrace and share the practices promoted by PBLWorks, which offer a framework where students not only learn content and skills but do so in ways that are connected to their own interests and community. Through the Project Based Learning (PBL) methodology, learning becomes more personal, meaningful, and accountable, with expected learning products that showcase depth in student understanding and growth.  Every school-age child has personal experiences from which to make connections, and with PBL, we are better equipped to serve all children effectively. While traditional testing data has its own importance in driving strategic moves, the outcomes derived from the application of learning are immeasurable in their long-term impact on career readiness. In our MSAP Norwalk implementation, shifting the approach requires more than updating curriculum units, it also demands a redefinition of the educator’s role as a collaborative team member in the classroom. Educators must evolve into co-learners and creative engineers of dynamic, student-centered learning environments. They must become comfortable with uncertainty and confident in guiding student discovery. Such a workshop-like classroom environment is essential for authentic PBL, which demands both deep preparation and flexible facilitation. Here, success is defined not only by content mastery but also by the authentic application of knowledge and skills. Importantly to note, the teacher is also a learner in this dynamic process. Ultimately, quality teaching and learning is measured not by the delivery of instruction but by the evidence of student learning. As I have grown in my leadership and implementation of the PBL framework, the phrase “I taught it, but they didn’t get it” is beyond obsolete, replaced by a continuous cycle of reflection, refinement, and real-world, relevant outcomes. Learning is represented dually in personalized student exemplars and in improved results on high-stakes assessments.
    –Victor Black Ed.D., Magnet School Assistance Program (MSAP) Norwalk Project Director, Norwalk Public Schools, Connecticut

    Learning is fundamentally about meaning-making. It’s a dynamic human process that involves our whole selves. It involves the brain as well as emotions, attitudes and beliefs, relationships, environments, and contexts. AI can’t make meaning for you. If the AI makes the meaning for you, you haven’t learned anything–that is the core of distinguishing between what is useful AI that is going to advance learning, and what is hype that could actually be counterproductive and destructive to learning.
    – Auditi Chakravarty, CEO, AERDF

    Welcome to your teaching journey. As we begin the 2025-26 school year, I want to extend my heartfelt welcome to our new educators. Your passion and fresh perspectives are invaluable assets to our learning community. I encourage you to remember that teaching is about building relationships. Get to know each student, learn their interests, challenges and dreams. Strong connections create the trust necessary for meaningful learning. Don’t hesitate to lean on your colleagues and mentors. Teaching can feel overwhelming, but you’re never alone. Seek guidance, share resources and collaborate whenever possible. Be patient with yourself as you find your rhythm. Focus on progress, not perfection, and celebrate small victories along the way. Most importantly, never lose sight of why you chose this profession. You have the power to change lives, one student at a time.
    –Dr. Debra Duardo, Superintendent of Schools, Los Angeles County & Board Member, Association of Latino Administrators and Superintendents (ALAS)

    Hello, new teachers!  As a 32-year veteran of teaching, I vaguely remember those first few days and weeks, but I do remember being thoroughly overwhelmed. So, my first piece of advice is to find yourself a mentor who can help you navigate the waters. Second, think outside the box. Educational technology has exploded in the last few years and us old people can’t keep up. Find something that works and immerse yourself in it. May I make a suggestion? Creation over consumption. Let’s give an example. VR is amazing. You and your students can “visit” places that you would never be able to take them on a field trip. Awesome! Do it! But I have found that creating our own VR experiences by integrating ClassVR with tools like ThingLink or DelightEx brings a whole new level of engagement and understanding. My last piece of advice? Love it! Love those kids. They need you. Bond with your colleagues. You need each other.  You got this. I’m happy you’re part of the team.
    –Craig Dunlap, Blended Learning Teacher, Yealey Elementary School, Kentucky

    I began teaching 25 years ago, and thirteen years ago I was introduced to Project-Based Learning (PBL). From that moment, I “enrolled.” PBL is not just a strategy, it’s a mindset. It transformed not only my students, but also me as an educator. Through engaging in and witnessing PBL, I have learned that it changes the way students view their education and their place in school. They no longer see themselves as passive recipients of information, but as active learners with a voice, a purpose, and a sense of belonging. PBL builds their self-efficacy, ignites their curiosity, and turns learning into a lifelong journey. Because learning in PBL is authentic, engaging, and connected to real life, every student can access it, every student feels valued, and every student has the chance to succeed. Most importantly, every student has the opportunity to be seen and to see themselves reflected in their education, their classrooms, and their school community. And while my primary goal as an educator has always been my students, I must say that PBL also transforms teachers in deeply positive ways. Unlike a scripted, one-size-fits-all curriculum, PBL gives teachers full autonomy to design, to create, and to make learning relevant. It allows us to become problem-solvers, innovators, and true professionals. As PBL teachers, we model exactly what we want from our students. PBL isn’t about checking boxes; it’s about unleashing your craft as an educator and showing your students what authentic, meaningful work looks like. What I have come to believe, after years of teaching and leading, is that PBL is not just a method of instruction, it’s a way of seeing students, teachers, and learning itself. It is the path that allows students to fall in love with learning, and teachers to love their craft. And once you experience it, it’s hard to ever imagine teaching any other way.
    –Beth Furnari, Principal, P-TECH Norwalk in Norwalk Public Schools, Connecticut

    For new district administrators, don’t chase every shiny object. Education is full of vendors promising silver bullets. Anchor your decisions in what solves your district’s problems, not in what looks flashy. Additionally, remember to prioritize relationships over initiatives. People will follow your lead if they believe you value them, not just their output. When you prioritize relationships, oftentimes the initiatives naturally follow. For example, our district’s performing arts manager came to me with the idea of virtual set design knowing I’d be open to his ideas and willing to try something new.
    –Tim Klan, Administrator of Information and Instructional Technology, Livonia Public Schools, Michigan

    In today’s educational landscape, our instructional strategies must evolve to meet the needs of digital-native learners. While traditional resources have their place, we recognize that deep engagement often requires more immersive and interactive experiences. To bridge this gap, our school district has strategically implemented virtual reality (VR). For the past five years, our schools have been utilizing the ClassVR platform by Avantis. This technology has proven to be a powerful tool for transcending the physical limitations of the classroom. The moment students see the VR kits arrive, a visible excitement builds for the learning ahead. These curated experiences are not simply virtual field trips; they are pedagogical springboards that empower students to explore historical eras, global locations, and complex scientific concepts. Most importantly, VR provides a unique medium for fostering essential skills in observation, critical analysis, and content creation.
    –Kyle Kline, Director of Digital Learning, Twin Lakes School Corporation, Indiana

    In the 2025 to 2026 school year, we will see a greater push for ongoing, explicit instruction in foundational literacy skills for older students. Most students need ongoing, developmentally appropriate, explicit literacy instruction in upper elementary and middle school, but very few of them receive it. Most students in grades 4-8 do not receive explicit instruction for crucial foundational skills that older students need to develop, like decoding multisyllabic words. More often than not, teachers in grades 4-8 lack the resources, time, or training to provide explicit instructional support to help their students continue to grow as readers. Giving teachers what they need to support their students will certainly be part of the solution, along with more targeted interventions that provide support to students where they need it.
    – Rebecca Kockler, Executive Director, AERDF’s Reading Reimagined Program

    After decades of progress narrowing gender gaps in STEM, the pandemic may have set girls back significantly–and the gap is likely to grow wider unless schools and policymakers act quickly. New NWEA research reveals that pandemic-era setbacks hit middle school girls hardest in math and science, erasing decades of progress. With fewer girls now enrolling in 8th-grade Algebra–a key gateway to advanced STEM coursework–there’s a real risk that fewer young women will pursue STEM in high school, college, and careers. To reverse this trend, schools will need to closely monitor gender participation in key STEM milestones, expand access to advanced coursework, provide early interventions and academic supports, and examine classroom practices to ensure girls are being actively engaged and encouraged in math and science. Without these steps, the future STEM talent pipeline will be less diverse and less equitable.
    – Dr. Megan Kuhfeld, Director of Growth Modeling and Analytics, NWEA

    Reliable, longitudinal student data is critical to drive strategic action. As federal support for education research is scaled back and key data collection efforts remain uncertain, districts and states may find themselves without trusted information to guide decisions. In the absence of these investments, schools will need to rely more heavily on research organizations and data partners that can offer the longitudinal insight and analytical capacity schools need to understand where students are, where they’re headed, and how to support them. With academic recovery proving slower and more uneven than expected, schools need evidence-based insights to navigate this complex landscape. Expect a growing shift toward research-backed, nonpartisan data sources to fill the vacuum and support smarter, more equitable decision-making.
    – Dr. Karyn Lewis, Vice President of Research and Policy Partnerships, NWEA

    As cybersecurity becomes an increasing risk for K-12 districts this year, it’s more critical than ever that IT leaders establish a culture of security at the start of the school year. Schools are continuously working to maintain 1:1 technology without compromising user safety or straining budgets, and asset tracking and inventory management is an integral part of that process. With shrinking IT teams working to track thousands of devices across schools, having a centralized asset management system allows districts to avoid costly surprises and manage devices more efficiently. It helps them to monitor device location and application use, make targeted and data-backed incident response decisions, and identify assets potentially affected by a security breach. It also streamlines the inventory auditing process, which allows school IT teams to track and manage the maintenance and updating needs of deployed devices, both of which function to improve security. Cyberattacks are not only becoming more frequent, but more complex and it’s time for schools to safeguard their technology by investing in smarter, more resilient solutions that protect learning environments and support long-term success.
    Bill Loller, Chief Product Officer, Incident IQ

    As a new principal, your most important work is building relationships. That includes building and strengthening the trust with your staff, as well as your parents and families. Take the time to make those connections, to listen to people and get to know them. In Hawaii, we have a term “ahonui” which means “waiting for the right moment.” As a principal, you need to know when it’s the right time to act and when it’s the right time to listen. As a new leader, it’s natural to have a sense of urgency: You have a long list of things you want to do to help kids be safe and learn, but to do that you first need to honor what has been done so far. By getting to know the people who make up your school community you’ll learn how you can enhance it. To help build my relationship with my teachers, especially the new ones, we have an onboarding day the day before teachers report back. This is my chance to introduce them to some of the things that we have going on and the structures we have in place to support them as they teach. We introduce them to some tech tools that our school has that others don’t, like the AI-powered tutoring app SuperTeacher–but we try not to overload them because we understand that for a new teacher (or even a teacher who’s new to our school) it can be overwhelming if we just upload a lot of initiatives and must-dos and expectations. Instead, we get to know each other, and my vice principal and I share the theme we’ve come up with for each school year. Our theme for this year is “alu i ka hana me ke kuana’ike like,” which means “to join together in the work with a unified mindset.”
    – Derek Minakami, Principal, Kāneʻohe Elementary School, Honolulu, HI

    Through my years of teaching, I have found myself talking less and listening to students more. It’s important to make space for student voices to help create richer discussions and more meaningful learning experiences that connect to their own lives. At the same time, grounding those experiences in strong scientific practices ensures that learning is both engaging and rigorous. As a new school year begins, I encourage every teacher to connect the learning happening in your classroom to potential career paths and help students see the real-world impact of what they’re studying.
    –Mike Montgomery, Natural Resources Teacher, Littleton Public Schools EPIC Campus (recently featured in the “Building High-Impact CTE Centers: Lessons from District Leaders” e-book)

    Everyone is working with fewer resources this school year. As the number of bilingual and multilingual students continues to grow, it will be important for teachers to be creative and resourceful in how they are using those limited resources to support ELL students. For example, they can look outside their school for resources and partnership opportunities with businesses, non-profit associations and higher education institutions. They can also seek out grant funding that is specific for bilingual students. Multilingualism is a superpower, but English language learners face unique barriers that can put them at a disadvantage compared to their native-English-speaking peers. It is critical to continue to advocate for these students and be creative in finding ways to help them grow this superpower. Teachers: you will be key to ensuring shifting policy decisions and uncertain budgets don’t result in our most vulnerable students being left behind.
    –Ulysses Navarrete, Executive Director, Association of Latino Administrators and Superintendents (ALAS)

    As we begin this new academic year, I want to thank you for the incredible work you do each day to inspire and shape the minds of our students. In times when our nation–and especially Los Angeles–faces critical conversations about democracy and social justice, your role is more important than ever. Let us empower our students to think critically, question thoughtfully, and express their voices in meaningful ways–whether through essays, art, letters, or dialogue. Together, we have the opportunity to guide them toward becoming informed, compassionate, and courageous leaders who can influence the future. Your dedication matters, and the impact you make will be felt far beyond the classroom walls.
    –Ruth Perez, Ed.D., Deputy Superintendent, Los Angeles County Office of Education & Board Member, Association of Latino Administrators and Superintendents (ALAS)

    One thing we often hear from school districts is that after they purchase new technology, there is a lag in implementation. To ensure technology products improve teaching and learning in year one, I recommend district IT leaders work with companies that act as true partners with the district, offer built-in professional development, and provide opportunities for schools to learn best practices from each other. To help with adoption, districts can handle implementation in small increments to not overwhelm teachers, enlist classroom innovators who can lead the charge on integrating new technologies, and offer opportunities for teachers to learn from others who are implementing the technology.
    –Gillian Rhodes, Chief Marketing Officer, Avantis Education, creators of ClassVR

    Students learn best when they are engaged. My advice to new teachers is to find new, innovative ways to make learning relevant to real life. This will help students get more out of their lessons and prepare them for the world. Technology is a powerful way to do this. Providing immersive experiences such as through virtual or augmented reality can help teachers connect classroom concepts with real-world experiences. Whether it’s virtually touring ancient ruins, traveling through a blood vessel to learn about the circulatory system, or visiting a job site to learn about that career path–immersive experiences like these can help improve student-engagement and take instruction to the next level.
    –Gillian Rhodes, Chief Marketing Officer, Avantis Education, Creators of ClassVR

    While school safety conversations often focus on rare but severe emergencies, day-to-day medical incidents remain among the most frequent challenges schools face. From asthma attacks and allergic reactions to seizures, many medical emergencies occur away from the nurse’s office or outside traditional classrooms, making rapid response crucial. This school year, we will see the continued prioritization of real-time alert systems that enable immediate action in medical emergencies. Location-aware tools and mapping technology, such as the strategic placement of AEDs, help responders quickly locate life-saving equipment and reach incident scenes without delay. Since teachers and staff are often the first to respond, they need easy and accessible ways to summon help quickly.
    Dr. Roderick Sams, Chief Development Officer, CENTEGIX 

    Reading fluency is a foundational skill for lifelong learning, even more so in an ever-changing, technology-based world. As such, supporting students in developing their reading fluency goes beyond building in time for practice. It is important for new and experienced teachers alike to understand that students need access to high-quality, research-based curriculum; differentiated lessons and small groups; multi-level systems of support; and well-implemented, quality instructional technology. It is also important for teachers to implement a repertoire of strategies and tools to specifically support literacy development. While there is no substitute for a differentiated reading lesson taught using high-quality curriculum by a highly-qualified educator, instructional technology is an excellent resource to further support student learning! When implemented effectively, and paired with teacher-led lessons, instructional technology platforms allow teachers to track student growth in real time, provide differentiated supports that target the needs and goals of individual students, and extend learning beyond teacher-led lessons. In a world of staffing shortages, larger class sizes, and ever-changing demands on educators, instructional technology can be an excellent supplemental support to further student achievement and learning. Building fluent readers sets our students up for success far beyond the classroom, empowering them to continue to challenge themselves and grow into the future with confidence and skills to succeed in a society with careers and livelihoods that will surely look very different from what we now see.
    –Sam Schwartz, Associate Principal, La Causa Charter School, a Fluency Innovator Grant recipient

    As a science teacher, I believe there is no replacement for hands-on learning experiences, so I suggest starting each year with an activity where students make measurements using tools or items around the classroom. This way, once students are given access to data-collection sensors and probeware for scientific investigations throughout the year, they have a better understanding and appreciation for why we use the technology. When it comes to labs and measurements, even for inquiry-based experiments, teachers should always do their own dry run of the data-collection process first. This allows teachers to see any stumbling blocks in the collection process and have a data set to refer to during the class discussion. Also, a class set of data gives students a basis of comparison when they are looking at their own data-collection practices and it allows students who may have been absent or unable to collect data at the time to still engage in the analysis process.
    –Kathleen Shreve, Physics Teacher, Homestead High School, California & Member, Vernier Trendsetters Community

    There’s incredible untapped potential in the wealth of data that schools already collect. Districts are sitting on years of attendance patterns, assignment completion rates, and family engagement metrics–all of which could predict which students need support before they hit crisis mode. With federal benchmarks unreliable and new assessments being expensive, 2025-26 is going to be the year districts finally turn inward to the data they already have. The challenge isn’t collecting more information–it’s making existing data actionable for teachers and families.
    – Dr. Joy Smithson, Data Science Manager, SchoolStatus

    As a new teacher starting the school year, remember that you can’t pour from an empty cup. Take care of yourself first—set clear work hours, protect time for rest, and don’t feel guilty about saying no when needed. Building relationships with colleagues and families is important, but healthy boundaries make those connections stronger and more sustainable. Start small: be approachable, communicate clearly, and show consistency. When you balance self-care with professionalism, you’ll create space to thrive both inside and outside the classroom.
    –Betsy Springer, Instructional Coach, Gull Lake Community Schools & a Teacher Leader Impact Award winner

    High school attendance is in crisis, and it’s about to force the conversation we’ve been avoiding for decades. When nearly 30 percent of high schoolers are chronically absent, we’re seeing clear signals that many students need different pathways to engagement and success. The districts that survive this attendance crisis will be the ones brave enough to completely reimagine what high school looks like, with flexible schedules that let students apprentice during traditional school hours and partnerships with local employers who can show students why their education matters.
    – Dr. Kara Stern, Director of Education, SchoolStatus

    The start of every school year is charged with possibility, with students and educators alike bringing energy, curiosity, and the excitement of new connections. That momentum can be a powerful tool as schools work to strengthen their Project Based Learning (PBL) practices. The insight is simple: PBL succeeds when schools build a culture where questions are encouraged, collaboration is natural, and feedback is welcomed. Without that culture, projects risk becoming just activities or separating into silos. With it, PBL becomes transformative–helping students see themselves as capable learners and community members who are encouraged to ask what’s possible and empowered to act. My advice is to use the energy of the new year to establish that culture early. Invite students and teachers to share their thinking openly, model vulnerability by sharing your own work-in-progress, and normalize feedback as a gift. When we frame PBL not only as project-based learning, but as possibility, belonging, and love, we create the conditions where authentic learning thrives, and we sustain that momentum from the first day of school through the last.
    –Taya Tselolikhina, Director of District and School Leadership, PBLWorks

    Laura Ascione
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  • Many students decide they’re not a ‘math person’ by the end of elementary school, new study shows

    Many students decide they’re not a ‘math person’ by the end of elementary school, new study shows

    This story was originally published by Chalkbeat. Sign up for their newsletters at ckbe.at/newsletters.

    Roughly half of middle and high schoolers report losing interest in math class at least half the time, and 1 in 10 lack interest nearly all the time during class, a new study shows.

    In addition, the students who felt the most disengaged in math class said they wanted fewer online activities and more real-world applications in their math classes.

    Those and other findings published Tuesday from the research corporation RAND highlight several ongoing challenges for instruction in math, where nationwide student achievement has yet to return to pre-pandemic levels and the gap between the highest and lowest-performing students in math has continued to grow.

    Feeling bored in math class from time to time is not an unusual experience, and feeling “math anxiety” is common. However, the RAND study notes that routine boredom is associated with lower school performance, reduced motivation, reduced effort, and increased rates of dropping out of school.

    Perhaps unsurprisingly, the study found that the students who are the most likely to maintain their interest in math comprehend math, feel supported in math, are confident in their ability to do well in math, enjoy math, believe in the need to learn math, and see themselves as a “math person.”

    Dr. Heather Schwartz, a RAND researcher and the primary investigator of the study, noted that the middle and high school years are when students end up on advanced or regular math tracks. Schwartz said that for young students determining their own sense of math ability, “Tracking programs can be a form of external messaging.”

    Nearly all the students who said they identified as a “math person” came to that conclusion before they reached high school, the RAND survey results show. A majority of those students identified that way as early as elementary school. In contrast, nearly a third of students surveyed said they never identified that way.

    “Math ability is malleable way past middle school,” Schwartz said. Yet, she noted that the survey indicates students’ perception of their own capabilities often remains static.

    The RAND study drew on data from their newly established American Youth Panel, a nationally representative survey of students ages 12-21. It used survey responses of 434 students in grades 5-12. Because this was the first survey sent to members of the panel, there is no comparable data on student math interest prior to the pandemic, so it doesn’t measure any change in student interest.

    The RAND study found that 26% percent of students in middle and high school reported losing interest during a majority of their math lessons. On the other end of the spectrum, a quarter of students said they never or almost never lost interest in math class.

    There weren’t major differences in the findings across key demographic groups: Students in middle and high school, boys and girls, and students of different races and ethnicities reported feeling bored during a majority of math class at similar rates.

    Dr. Janine Remillard, a professor at the University of Pennsylvania Graduate School of Education and expert in mathematics curriculum, said that in many math classes, “It’s usually four or five students answering all the questions, and then the kids who either don’t understand or are less interested or just take a little bit more time — they just zone out.”

    Over 50% of students who lost interest in almost all of their math classes asked for fewer online activities and more real-world problems, the RAND study shows. Schwartz hypothesizes that some online math programs represent a “modern worksheet” and emphasize solo work and repetition. Students who are bored in class instead crave face-to-face activities that focus on application, she said.

    During Remillard’s math teacher training classes, she puts students in her math teacher training class into groups to solve math problems. But she doesn’t tell them what strategy to use.

    The students are forced to work together in order to understand the process of finding an answer rather than simply repeating a given formula. All of her students typically say that if they had learned math this way, they would think of themselves as a math person, according to Remillard, who was not involved in the RAND study.

    Chalkbeat is a nonprofit news site covering educational change in public schools.

    For more news on STEM learning, visit eSN’s STEM & STEAM hub.

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  • Students learn the basics of AI as they weigh its use in their future careers

    Students learn the basics of AI as they weigh its use in their future careers

    This story was originally published by Chalkbeat. Sign up for their newsletters at ckbe.at/newsletters.

    On a recent Thursday morning, Michael Taubman asked his class of seniors at North Star Academy’s Washington Park High School: “What do you think AI’s role should be in your future career?”

    “In school, like how we use AI as a tool and we don’t use it to cheat on our work … that’s how it should be, like an assistant,” said Amirah Falana, a 17-year-old interested in a career in real estate law.

    Fernando Infante, an aspiring software developer, agreed that AI should be a tool to “provide suggestions” and inform the work.

    “It’s like having AI as a partner rather than it doing the work,” said Infante during class.

    Falana and Infante are students in Taubman’s class called The Summit, a yearlong program offered to 93 seniors this year and expanding to juniors next year that also includes a 10-week AI course developed by Taubman and Stanford University.

    As part of the course, students use artificial intelligence tools – often viewed in a negative light due to privacy and other technical concerns – to explore their career interests and better understand how technology could shape the workforce. The class is also timely, as 92% of companies plan to invest in more AI over the next three years, according to a report by global consulting firm McKinsey and Company.

    The lessons provide students with hands-on exercises to better understand how AI works and how they can use it in their daily lives. They are also designed so teachers across subject areas can include them as part of their courses and help high school students earn a Google Career Certificate for AI Essentials, which introduces AI and teaches the basics of using AI tools.

    Students like Infante have used the AI and coding skills they learned in class to create their own apps while others have used them to create school surveys and spark new thoughts about their future careers. Taubman says the goal is to also give students agency over AI so they can embrace technological changes and remain competitive in the workfield.

    “One of the key things for young people right now is to make sure they understand that this technology is not inevitable,” Taubman told Chalkbeat last month. “People made this, people are making decisions about it, and there are pros and cons like with everything people make and we should be talking about this.”

    Students need to know the basics of AI, experts say

    As Generation Z, those born between 1997 and 2012, graduate high school and enter a workforce where AI is new, many are wondering how the technology will be used and to what extent.

    Nearly half of Gen Z students polled by The Walton Family Foundation and Gallup said they use AI weekly, according to the newly released survey exploring how youth view AI. (The Walton Family Foundation is a supporter of Chalkbeat. See our funders list here.) The same poll found that over 4 in 10 Gen Z students believe they will need to know AI in their future careers, and over half believe schools should be required to teach them how to use it.

    This school year, Newark Public Schools students began using Khan Academy’s AI chatbot tutor called Khanmigo, which the district launched as a pilot program last year. Some Newark teachers reported that the tutoring tool was helpful in the classroom, but the district has not released data on whether it helped raise student performance and test scores. The district in 2024 also launched its multimillion project to install AI cameras across school buildings in an attempt to keep students safe.

    But more than just using AI in school, students want to feel prepared to use it after graduating high school. Nearly 3 in 4 college students said their colleges or universities should be preparing them for AI in the workplace, according to a survey from Inside Higher Ed and College Pulse’s Student Voice series.

    Many of the challenges of using AI in education center on the type of learning approach used, accuracy, and building trust with the technology, said Nhon Ma, CEO of Numerade – an online learning assistant that uses AI and educators to help students learn STEM concepts. But that’s why it’s important to immerse students in AI to help them understand the ways it could be used and when to spot issues, Ma added.

    “We want to prepare our youth for this competitive world stage, especially on the technological front so they can build their own competence and confidence in their future paths. That could potentially lead towards higher earnings for them too,” Ma said.

    For Infante, the senior in Taubman’s class, AI has helped spark a love for computer science and deepened his understanding of coding. He used it to create an app that tracks personal milestones and goals and awards users with badges once they reach them. As an aspiring software developer, he feels he has an advantage over other students because he’s learning about AI in high school.

    Taubman also says it’s especially important for students to understand how quickly the technology is advancing, especially for students like Infante looking towards a career in technology.

    “I think it’s really important to help young people grapple with how this is new, but unlike other big new things, the pace is very fast, and the implications for career are almost immediate in a lot of cases,” Taubman added.

    Students learn that human emotions are important as AI grows

    It’s also important to remember the limitations of AI, Taubman said, noting that students need the basic understanding of how AI works in order to question it, identify any mistakes, and use it accordingly in their careers.

    “I don’t want students to lose out on an internship or job because someone else knows how to use AI better than they do, but what I really want is for students to get the internship or the job because they’re skillful with AI,” Taubman said.

    Through Taubman’s class, students are also identifying how AI increases the demand for skills that require human emotion, such as empathy and ethics.

    Daniel Akinyele, a 17-year-old senior, said he was interested in a career in industrial and organizational psychology, which focuses on human behavior in the workplace.

    During Taubman’s class, he used a custom AI tool on his laptop to explore different scenarios where he could use AI in his career. Many involved talking to someone about their feelings or listening to vocal cues that might indicate a person is sad or angry. Ultimately, psychology is a career about human connection and “that’s where I come into play,” Akinyele said.

    “I’m human, so I would understand how people are feeling, like the emotion that AI doesn’t see in people’s faces, I would see it and understand it,” Akinyele added.

    Falana, the aspiring real estate attorney, also used the custom AI tool to consider how much she should rely on AI when writing legal documents. Similar to writing essays in schools, Falana said professionals should use their original writing in their work but AI could serve as a launching pad.

    “I feel like the legal field should definitely put regulations on AI use, like we shouldn’t be able to, draw up our entire case using AI,” Falana said.

    During Taubman’s class, students also discussed fake images and videos created by AI. Infante, who wants to be a software developer, added that he plans to use AI regularly on the job but believes it should also be regulated to limit disinformation online.

    Taubman says it’s important for students to have a healthy level of skepticism when it comes to new technologies. He encourages students to think about how AI generates images, the larger questions around copyright infringement, and their training processes.

    “We really want them to feel like they have agency in this world, both their capacity to use these systems,” Taubman said, “but also to ask these broader questions about how they were designed.”

    Chalkbeat is a nonprofit news site covering educational change in public schools.

    For more on AI in education, visit eSN’s Digital Learning hub.

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  • Working-class students feel alienated from their creative arts degrees – here’s how to help

    Working-class students feel alienated from their creative arts degrees – here’s how to help

    Social class inclusivity is a problem in UK higher education.

    Research demonstrates that working-class students report being less likely to apply to university than their middle-class peers – and when working class people do enter higher education they may face discrimination and social exclusion. This is exacerbated in creative arts subjects.

    We interviewed students currently studying creative arts subjects at a Russell Group university to hear more about their experiences of social class inclusivity. Speaking to ten undergraduate and eight postgraduate students studying a range of creative fields including music, drama and film, we found that working-class students find it difficult to attend class, are disadvantaged in terms of accessing the cultural resources needed to succeed on their course, and feel excluded from social life on campus.

    Economic disadvantage presents a considerable barrier to students completing arts subjects at university. To be inclusive, university staff may have to adjust teaching and learning. We would like to make the case for those working in higher education to consider what classed assumptions are made about students in our institutions and accordingly reassess our expectations of those studying the creative arts.

    Many of the disadvantages or challenges that working-class students face are connected to wider structural inequalities that are deeply entrenched in our society. At the same time, there are still meaningful interventions that staff can make to support working-class students. We suggest four ways in which university staff can make their practice more inclusive to working-class students.

    Discuss working-class stories as present and live

    Universities are middle-class spaces. In creative arts subjects, students often make work referring to their class identity. This can be at odds in institutions where middle-class experience is the “norm”.

    Class diversity must be present within teaching. More working-class mentorship and role models would help students to feel like they belonged at university – including visiting working-class creatives. Our participants also advocated for contemporary working-class experience in the curriculum, in academic texts, and in the artworks discussed.

    Staff must maintain a supportive and safe space when discussing issues pertaining to social class. Staff should also recognise that not everyone wants to talk about their background or experience. Additionally, staff must be aware of social class-based stereotyping that might exist in other students’ creative work, and be prepared to intervene when necessary if (often unintended) prejudices around work, class, accent, or lifestyle emerge.

    Adapt teaching to the multiple demands on working-class students’ time

    More and more students are undertaking part-time work alongside their studies. It is difficult to devise our curricula for only those students who can commit all their time to studying, when significant numbers are balancing their studies with multiple part-time, temporary and precarious jobs, or with care responsibilities.

    Working-class and carer students may be commuting considerable distances to engage with their studies. This is creating a two-tier system of engagement, and many of the students we interviewed felt that teaching and learning on their courses was not flexible enough to support their participation. The same issues are present when students try to engage in extracurricular and cultural activities.

    Working-class students asked for more online resources and access to course materials immediately at the start of modules, alongside concerns over early starts and late finishes and travel costs. They wanted permission to speak to staff about part-time work without feeling like they were “doing something wrong” or not taking their studies seriously. The normalisation of working alongside studying is something that staff may have to accept and work with, rather than try to push against.

    Early intervention is important

    The early stages of the student’s degree are a key time when social class difference and disadvantage is felt, with high levels of anxiety around finance and budgeting in comparison to more affluent peers.

    Working-class students asked for the university to provide information to support their transition into economic independence. Examples include advice on budgeting, lists of free resources, inexpensive alternatives and free access to cultural resources.

    Peer support plays a huge role in the transition to higher education. Working-class peer support groups and mentorship are as significant interventions to help.

    Adjust assumptions and reassess expectations

    University staff can make a difference to the experience of working-class students through simple adjustments of the assumptions we make.

    Interviewees believed staff made assumptions about what creative arts students should know, or the kind of experiences they should have had prior to university. These assumptions corresponded with a more middle-class experience, for example knowledge of university life, or access to (and the ability to afford) cultural resources or engagement with extra-curricular activities. Participants were particularly frustrated by assumptions from staff that students could afford to pay for learning resources not available in the library.

    Extra work is also needed to ensure that working-class or other marginalised students feel comfortable and entitled to ask for help from staff.

    Because many students now must work alongside studying, students may have less time to complete their work outside of class. Stronger steers on the amount of time to complete activities and prioritisation of reading, and the removal of blame for those struggling to balance time constraints of working whilst studying can all be effective.

    Working-class creatives

    Class inclusivity means students feel like they belong on their course, alongside having the financial security to take the time and space to study.

    This is particularly important in the creative arts because the more time and space students have to engage with their course or with extracurricular activities like arts societies, the more working-class stories will be represented in the creative work they make. Creative arts subjects must better support working-class students to engage fully with their studies – and not to be disadvantaged by financial pressure, lack of resource, or through feeling like they don’t belong on their course.

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  • Students Explore STEM with Engineers

    Students Explore STEM with Engineers

    Middletown, PA – Phoenix Contact engineers head back into the classroom this week to teach sixth-grade science class at Middletown Area Middle School in Middletown, Pa. The classes are part of Phoenix Contact’s National Engineers Week celebration.

    Phoenix Contact has worked with the school every February since 2007. The engineers lead hands-on lessons that make science fun. The goal is to inspire young people to consider careers in science, technology, engineering, and math (STEM).

    The lessons include:

    • Building catapults
    • Racing cookie tins down ramps
    • Building an electric motor
    • Learning about static electricity with the Van de Graaff generator

    “Our engineering team created this outreach program many years ago, and the partnership with Middletown Area School District has stood the test of time,” said Patty Marrero, interim vice president of human relations at Phoenix Contact. “National Engineers Week is a special time for them to share their passion for technology with students. It’s also our chance to thank our engineers for the creativity and innovations that drive our company forward.”

    About Phoenix Contact

    Phoenix Contact is a global market leader based in Germany. Since 1923, Phoenix Contact has created products to connect, distribute, and control power and data flows. Our products are found in nearly all industrial settings, but we have a strong focus on the energy, infrastructure, process, factory automation, and e-mobility markets. Sustainability and responsibility guide every action we take, and we’re proud to work with our customers to empower a smart and sustainable world for future generations. Our global network includes 22,000 employees in 100+ countries. Phoenix Contact USA has headquarters near Harrisburg, Pa., and employs more than 1,100 people across the U.S.

    For more information about Phoenix Contact or its products, visit www.phoenixcontact.com, call technical service at 800-322-3225, or email [email protected].

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  • Marian High School Chooses BenQ’s LK936ST Golf Simulator Projector for New Golf Training Lab

    Marian High School Chooses BenQ’s LK936ST Golf Simulator Projector for New Golf Training Lab

    COSTA MESA, Calif. — BenQ, an internationally renowned provider of visual display and collaboration solutions, today announced that Marian High School in Omaha, Nebraska, selected and installed two BenQ LK936ST 4K HDR short-throw golf simulator projectors for its golf sim Golf Training Lab at the Marian Athletic Center. In 2024, the Marian girls’ golf team became the undefeated Nebraska State Champions in Class A golf. Designed to help analyze and improve the golfers’ swings and give them the ability to practice in all weather conditions, the Marian Golf Training Lab provides the girls’ high school and junior teams with an immersive and realistic golf course environment. Based on research and recommendations from golf simulation experts, Marian High School chose the BenQ LK936ST for its exceptional color accuracy, powerful brightness, and maintenance-free operation.

    Head Coach Robert Davis led the effort to build the Golf Training Lab, which includes two golf simulator bays featuring Carl’s Place 16×10 impact screens and ProTee VX launch monitors. Seeking a high-performance projector that could deliver realistic course visuals, bright images in a well-lit environment, and long-term, maintenance-free operation, Davis consulted with golf simulator manufacturers and reviewers. After thorough research, BenQ’s LK936ST emerged as the top choice.

    “Our athletes benefit from an experience that’s as close as you can get to being on an actual course,” said Davis. “When we pull up courses, you can see distinct leaves on the trees. That level of realism not only makes training more effective but also more enjoyable.”

    The BenQ LK936ST’s 4K UHD resolution, combined with BenQ’s exclusive Golf Mode, ensures a highly detailed, true-to-life golfing experience. Its 5,100 lumens of brightness allow it to perform exceptionally well in the Marian Athletic Center’s brightly lit environment, ensuring clear visuals even without dimming the lights. Additionally, its short-throw lens and advanced installation tools — such as digital shrink, lens shift, and keystone correction — allow for a flexible and seamless setup within the limited space of the simulator bays.

    “The golf simulation market has grown rapidly as more schools, athletes, and enthusiasts seek ways to improve their game year-round,” said Bob Wudeck, senior director of business development at BenQ America Corp. “With the LK936ST, we’ve provided everything a golf simulator needs to deliver a truly immersive experience. Its 4K resolution, high brightness, and laser-powered color accuracy ensure that golfers can see every detail with precision, whether it’s the grain of the greens or the clear blue sky. By combining these features, we’ve created a projector that meets the high standards required for today’s golf training environments.”

    The BenQ LK936ST is engineered to provide a truly immersive and precise golf simulation experience, making it an ideal choice for Marian High School’s Golf Training Lab. With a 4K UHD resolution powered by Texas Instruments’ DLP chip technology, it delivers razor-sharp visuals and a stunning 3,000,000:1 contrast ratio, which allows for enhanced graphics and a lifelike recreation of the world’s top golf courses. Its exclusive Golf Mode, designed specifically for golf simulation, reproduces the vivid greens and brilliant blues of fairways and skies, offering 92% of the Rec. 709 color gamut for true-to-life color accuracy. This unprecedented visual fidelity helps golfers maintain their focus and engagement, simulating real-world conditions to perfect their game.

    In addition to its color and image quality, the LK936ST is designed to excel in challenging environments. The projector’s short-throw lens (0.81-0.89) and 1.1x zoom capacity make it easy to install outside of the swing zone, projecting a large image without casting shadows on the screen. Digital shrink, offset, lens shift, keystone correction, and corner fit provide advanced installation flexibility, enabling perfect alignment with the screen, even in tight or unconventional spaces like garages, basements, or smaller training rooms.

    Built for long-lasting, maintenance-free operation, the LK936ST features a sealed IP5X-rated dustproof optical engine, eliminating the need for filter changes and ensuring optimal performance even in dusty environments. Its laser light source guarantees 20,000 hours of use with consistent color and brightness, far outlasting traditional lamp-based projectors. The projector also offers instant power-up without the need for warm-up or cool-down times, allowing golfers to jump straight into their training. With multiple HDMI inputs and networking options, it integrates easily with other entertainment or training components, making it a versatile centerpiece for not only golf simulations but also home theater and gaming setups.

    More information on the BenQ LK936ST 4K HDR short-throw golf simulator projector is available at bit.ly/3na585n.

    About BenQ America — Business & Education Solutions
    The No. 1 selling global projector brand powered by TI DLP technology, according to Futuresource, the BenQ digital lifestyle brand stands for “Bringing Enjoyment and Quality to Life,” fusing ease of use with productivity and aesthetics with purpose-built engineering. BenQ is a world-leading human technology and professional solutions provider serving the enterprise, education, and entertainment markets. To realize this vision, the company focuses on the aspects that matter most to users, redefining traditional technology with innovative capabilities that increase efficiency, enhance learning, and amplify entertainment — all while ensuring a healthy, safe, and intuitive user experience. BenQ’s broad portfolio of professional installation solutions includes digital, laser, and interactive projectors; premium flat panels; and interactive large-format displays that take visual enjoyment to new heights in corporate offices, classrooms and lecture halls, and home theaters. The company’s products are available across North America through leading value-added distributors, resellers, and retailers. Because it matters. More information is available at www.BenQ.com.

    All trademarks and registered trademarks mentioned herein are the property of their respective owners.

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    Image Caption: Marian High School Chooses BenQ’s LK936ST Golf Simulator Projector for New Golf Training Lab

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