Category: Math Achievement

  • The time to prepare young people for a future shaped by computer science is during middle school

    The time to prepare young people for a future shaped by computer science is during middle school

    by Jim Ryan, The Hechinger Report
    January 19, 2026

    The future of work will demand fluency in both science and technology. From addressing climate change to designing ethical AI systems, tomorrow’s challenges will require interdisciplinary thinkers who can navigate complex systems and harness the power of computation. 

    And that is why we can’t wait until high school or college to integrate computer science into general science. 

    The time to begin is during middle school, that formative period when students begin to shape their identities, interests and aspirations. If schools want to prepare young people for a future shaped by technology, they must act now to ensure that computer science is not a privilege for a few but a foundation for all. 

    The U.S. Bureau of Labor Statistics forecasts more than 300,000 computer science job openings every year through 2034 — a rate of growth that far outpaces most other sectors. Yet despite this demand, in 2024, only about 37 percent of public middle schools reported offering computer science coursework. 

    This gap is more than a statistic — it’s a warning sign that the U.S. technology sector will be starved for the workforce it needs to thrive.  

    Related: A lot goes on in classrooms from kindergarten to high school. Keep up with our free weekly newsletter on K-12 education. 

    One innovative way to close this gap is by integrating computer science into the general science curriculum at every middle school. This approach doesn’t require additional class periods or separate electives. Instead — by using computational thinking and digital tools to develop student understanding of real-world scientific phenomena — it reimagines how we teach science. 

    Science and computer science are already deeply interconnected in the real world. Scientists use computational models to simulate climate systems, analyze genetic data and design experiments. And computer scientists often draw inspiration from biology, physics and chemistry to develop algorithms and solve complex problems, such as by modeling neural networks after the brain’s architecture and simulating quantum systems for cryptography. 

    Teaching these disciplines together helps students see how both science and computer science are applicable and relevant to their lives and society.  

    Integrating computer science into middle school science instruction also addresses long-standing equity issues. When computer science is offered only as a separate elective, access often depends on prior exposure, school funding and parental advocacy. This creates barriers for students from underrepresented backgrounds, who may never get the chance to discover their interests or talents in computing.  

    Embedding computer science into core science classes helps to ensure that every student — regardless of zip code, race or gender — can build foundational skills in computing and see themselves as empowered problem-solvers. 

    Teachers must be provided the tools and support to make this a reality. Namely, schools should have access to middle school science curriculums that have computer science concepts directly embedded in the instruction. Such units don’t teach coding in isolation — they invite students to customize the sensors that collect data, simulate systems and design coded solutions to real-world problems. 

    For example, students can use computer science to investigate the question: “Why does contact between objects sometimes but not always cause damage, and how can we protect against damage?”  

    Students can also use sensors and programming to develop solutions to measure the forces of severe weather. In doing so, they’re not just learning science and computer science — they’re learning how to think like scientists and engineers. 

    Related: The path to a career could start in middle school 

    Integrating general science with computer science doesn’t require more instructional time. It simply requires us to consider how we can use computer science to efficiently investigate the science all students already study. 

    Rather than treating computer science as an add-on, we can weave it into the fabric of how students investigate, analyze and design.  

    This approach will not only deepen their understanding of scientific concepts but also build transferable skills in logic, creativity and collaboration. 

    Students need to start learning computer science earlier in their education, and we need to start in the science classroom by teaching these skills in middle school. To ensure that today’s students grow into tomorrow’s innovators and problem-solvers, we must treat computer science as foundational, not optional. 

    Jim Ryan is the executive director of OpenSciEd. 

    Contact the opinion editor at [email protected]. 

    This story about computer science in middle school was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Hechinger’s weekly newsletter. 

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  • The schools where even young children change classes 

    The schools where even young children change classes 

    by Ariel Gilreath, The Hechinger Report
    January 13, 2026

    BATON ROUGE, La. — About two dozen second graders sat on the carpet at the front of Jacquelyn Anthony’s classroom, reviewing how to make tens. “Two needs eight!” the students yelled out together. “Six needs four!” 

    “The numbers may get a little trickier,” Anthony told them next. “But remember, the numbers we need to make 10 are still there.” The students then turned confidently to bigger calculations: Forty-six needs four ones to make a new number divisible by 10; 128 needs two to make 13 tens. 

    At the end of the hour, the second graders slung on their backpacks, gathered their Chromebooks and lined up at the door before heading to English and social studies class across the hall. While most schools wait until middle school to transition students from one class to another, kids at Louisiana’s Baton Rouge Center for Visual and Performing Arts do so starting at age 6 or 7. It’s part of a strategy known as departmentalizing, or platooning. 

    Anthony, rather than teaching all four core subjects, specializes in math. The school’s new facility, built in 2025, was designed with departmentalizing in mind: The classrooms have huge glass windows, so teachers can see their next class preparing to line up in the hallway.

    “Teaching today is so different than it was a long time ago, and there are so many demands on them. And the demand to be an expert in your content area is very high,” said Sydney Hebert, magnet site coordinator for the art-focused public school in the East Baton Rouge Parish school district. “We want to make sure that our teachers are experts in what they’re teaching so that they can do a good job of teaching it to the kids.”

    As schools contend with a decades-long slump in math scores — exacerbated by the pandemic — some are turning to this classroom strategy even for very young students. In recent years, more elementary schools have opted to departmentalize some grade levels in an attempt to boost academic achievement. The share of fourth and fifth grade classrooms operating on this schedule has doubled since the year 2000, from 15 percent to 30 percent in 2021. Often, that means educators will specialize in one or two subjects at most, such as fourth grade English language arts and social studies, or fifth grade math and science. The theory is that teachers who specialize will be more familiar with the content and better able to teach it. 

    That may be particularly important for math: Studies have shown that some early elementary school teachers experience anxiety about the subject and question their ability to teach it. Educators also say that the curriculum and standards for math and English in the early grades are changing rapidly in some districts and have become more complicated over time. In a departmentalized setup, it’s also far less likely that math instruction will get shortchanged by an educator who prefers spending time on other subjects.  

    Related: A lot goes on in classrooms from kindergarten to high school. Keep up with our free weekly newsletter on K-12 education

    But while some schools swear by this model, the research on it is mixed.

    One prominent 2018 study on the practice in Houston public schools found it had a negative effect on test scores, behavior and attendance. The study doesn’t explain why that was the case, but the researcher said it could be because teachers on this schedule spend less time with individual students.

    Another study published in 2024 analyzing Massachusetts schools had different outcomes: Researchers found moderate gains in academic achievement for ELA and a significant boost to science scores for students in departmentalized classes. The results in math, however, showed few gains. 

    Generally, teachers specialize in the subject they are most comfortable teaching. When a school departmentalizes for the first time, principals typically look at each educator’s test score data over time to determine whether they should specialize in math or reading.

    “There are some arguments that, at least if it’s someone who likes the subject, who is passionate about the subject, you have a greater chance of them doing a better job of delivering instruction,” said Latrenda Knighten, president of the National Council of Teachers of Mathematics. “But you’ll find mixed reviews.”

    Yet there are a few reasons why the strategy is typically reserved for students in older grades, according to school leaders: Spending all day with one teacher increases the bond between the teacher and student, which is important for younger children. In Baton Rouge, Anthony teaches 50 students throughout the day instead of the same 25 students all day.

    “Teachers want to get to know their students,” said Dennis Willingham, superintendent of Walker County Schools in Alabama. The district departmentalized some fifth grade classrooms decades ago, but recently added third and fourth grade classes on this schedule. “You tend to see less departmentalization below third grade because of the nurturing element.” 

    It’s also generally more challenging for young students to quickly change classrooms, even for electives, which means lost instructional time. Smaller elementary schools may also struggle to hire enough teachers to schedule all of them on a departmentalized setup. 

    Related: These school districts are bucking the national math slump

    But increasingly, schools that are satisfied with this approach for older grade levels are trying it out with their younger grades, too. 

    After the pandemic, the San Tan Heights Elementary School in Arizona changed its curriculum to one that was more rigorous, and it became harder for the third grade educators to master the standards of all four subject areas, said Henry Saylor-Scheetz, principal at the time.

    He proposed that third graders be taught by separate math, English language arts and reading teachers. “I told them, let’s try it for a semester. If it doesn’t work at the end of the year, we’ll go back,” Saylor-Scheetz said.

    Ten days into the experiment, teachers told him they never wanted to return to the old schedule. In the subsequent years, the school added more classrooms on this model until, by 2023, all K-8 students were departmentalized. For the last few years, teacher retention at the school was 95 percent, according to Saylor-Scheetz.

    Saylor-Scheetz, who last year became principal of a nearby middle school, credited the change for helping the school improve from a C rating on its state report card — a rating it had stagnated at every year since 2018 — to a B rating as of 2022. Since then, more schools in his Arizona school district have shifted to this schedule. 

    “I’d love to see this become something we do as a nation, but it is a paradigm shift,” Saylor-Scheetz said. “There’s merit in doing it, but there has to be a commitment to it.”

    At Baton Rouge Center for Visual and Performing Arts, students in first through third grades have two partner teachers, one for math and science and another for ELA and social studies. The school has been operating on this schedule for third through fifth grade students for more than a decade. Eight years ago, its leaders decided to try it for first and second grade students, too, and were pleased with the results. 

    On a December morning at the school, young students talked quietly with each other in the hall as they lined up to go from math class to English language arts. All told, the switch took less than five minutes. “We’re at the end of the second nine weeks, so we’ve had a lot of practice,” said GiGi Boudreaux, the assistant principal. 

    The strategy has not always been successful, though.

    During the pandemic, administrators also attempted to departmentalize its kindergarten classes. It didn’t work as they’d hoped: It was a challenge to get the 5-year-olds to quickly change classes and focus on classwork again once they did. Parents also didn’t like it. The school then tried moving teachers from classroom to classroom instead of moving students, but the educators hated it. 

    “It was too much, so we didn’t do it after that,” said Hebert.

    The Baton Rouge school doesn’t have comparison data to show that students perform better in a departmentalized setup, but most educators in the school prefer it, Hebert said. Third grade test scores from 2015 — before the school departmentalized its younger grade levels — showed 73 percent scored “advanced” and “mastery” level on the state ELA test, and 56 percent scored advanced or mastery on the math test. In 2025, 80 percent of third grade students scored advanced or mastery in ELA and 55 percent in math.

    “I know that the teachers like it better, and the kids have adapted to it,” Hebert said. 

    Teachers meet weekly with their partner teachers and grade-level counterparts to discuss their classes and progress on the state standards. Once a quarter, all of the math teachers across the grades meet to talk about strategies and student performance. 

    Related: Teachers conquering their math anxiety 

    At Deer Valley Unified School District in Arizona, departmentalizing some classrooms has helped reduce teacher turnover, said Superintendent Curtis Finch, particularly for early career educators, who can find it challenging to master the content and standards of all four subjects.

    “If you’re not confident in your subject, then you don’t have good examples off the top of your head. You can’t control the room, can’t pull the students in,” Finch said. 

    There are drawbacks though, Finch acknowledged. In a self-contained classroom, teachers can more easily integrate their different lessons, so that a math lesson might refer back to a topic covered in reading.

    And even though Anthony, the second grade math and science teacher in Baton Rouge, loves teaching math, she also misses the extra time she could spend with each student when she had the same 25 children in her class all day for the entire school year. 

    “It was a joy for me to be self-contained and to build that little family,” Anthony said. “I think the social emotional needs of students are best met in that type of environment. But being solely a math teacher, I do get to just dig in and focus on the nuance of the content.” 

    For Anthony’s partner teacher across the hall, Holley McArthur, teaching 50 students ELA and social studies is easier than having to teach 25 students math. 

    “This is my thing: reading books, comprehending and finding answers, meeting their goals,” said McArthur, who has taught in both kinds of classrooms over three decades in education.  

    While McArthur’s kids were at recess this mid-December day, the veteran teacher was grading their reading worksheets. A new student had transferred in from out of state midyear, and she was still evaluating his reading skills. 

    “I think you still get to know the kids, even if you just have them for three hours a day, because I’m not doing the hard math with them.” 

    Contact staff writer Ariel Gilreath on Signal at arielgilreath.46 or at [email protected].

    This story about departmentalizing was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for the Hechinger newsletter.

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  • Teachers who use math vocabulary help students do better in math

    Teachers who use math vocabulary help students do better in math

    by Jill Barshay, The Hechinger Report
    January 5, 2026

    Students, parents and school principals all instinctively know that some teachers are better than others. Education researchers have spent decades trying — with mixed success — to calculate exactly how much better.

    What remains far more elusive is why.

    A new study suggests that one surprisingly simple difference between stronger and weaker math teachers may be how often they use mathematical vocabulary, words such as “factors,” “denominators” and “multiples,” in class.

    Related: Our free weekly newsletter alerts you to what research says about schools and classrooms.

    Teachers who used more math vocabulary had students who scored higher on math tests, according to a team of data scientists and education researchers from Harvard University, Stanford University and the University of Maryland. The size of the test score boost was substantial. It amounted to about half of the benefit researchers typically attribute to having a highly effective teacher, which is among the most important school-based factors that help children learn. Students with highly effective teachers can end up months ahead of their peers. 

    “If you’re looking for a good math teacher, you’re probably looking for somebody who’s exposing their students to more mathematical vocabulary,” said Harvard data scientist Zachary Himmelsbach, lead author of the study, which was published online in November 2025.

    The finding aligns with a growing body of research suggesting that language plays a critical role in math learning. A 2021 meta-analysis of 40 studies found that students with stronger math vocabularies tend to perform better in math, particularly on multi-step, complex problems. Understanding what a “radius” is, for example, can make it more efficient to talk about perimeter and area and understand geometric concepts. Some math curricula explicitly teach vocabulary and include glossaries to reinforce these terms.

    Related: Three reasons why so few eighth graders in the poorest schools take algebra

    But vocabulary alone is unlikely to be a magic ingredient.

    “If a teacher just stood in front of the classroom and recited lists of mathematical vocabulary terms, nobody’s learning anything,” said Himmelsbach. 

    Instead, Himmelsbach suspects that vocabulary is part of a broader constellation of effective teaching practices. Teachers who use more math terms may also be providing clearer explanations, walking students through lots of examples step-by-step, and offering engaging puzzles. These teachers might also have a stronger conceptual understanding of math themselves.

    It’s hard to isolate what exactly is driving the students’ math learning and what role vocabulary, in and of itself, is playing, Himmelsbach said.

    Himmelsbach and his research team analyzed transcripts from more than 1,600 fourth- and fifth-grade math lessons in four school districts recorded for research purposes about 15 years ago. They counted how often teachers used more than 200 common math terms drawn from elementary math curriculum glossaries.

    The average teacher used 140 math-related words per lesson. But there was wide variation. The top quarter of the teachers used at least 28 more math terms per lesson than the quarter of the teachers who spoke the fewest math words. Over the course of a school year, that difference amounted to roughly 4,480 additional math terms, meaning that some students were exposed to far richer mathematical language than others, depending on which teacher they happened to have that year.

    The study linked these differences to student achievement. One hundred teachers were recorded over three years, and in the third year, students were randomly assigned to classrooms. That random assignment allowed the researchers to rule out the possibility that higher performing students were simply being clustered with stronger teachers.

    Related: A theory for learning numbers without counting gains popularity

    The lessons came from districts serving mostly low-income students. About two-thirds of students qualified for free or reduced-price lunch, more than 40 percent were Black, and nearly a quarter were Hispanic — the very populations that tend to struggle the most in math and stand to gain the most from effective instruction.

    Interestingly, student use of math vocabulary did not appear to matter as much as teacher use. Although the researchers also tracked how often students used math terms in class, they found no clear link between teachers who used more vocabulary and students who spoke more math words themselves. Exposure and comprehension, rather than verbal facility, may be enough to support stronger math performance.

    The researchers also looked for clues as to why some teachers used more math vocabulary than others. Years of teaching experience made no difference. Nor did the number of math or math pedagogy courses teachers had taken in college. Teachers with stronger mathematical knowledge did tend to use more math terms, but the relationship was modest.

    Himmelsbach suspects that personal beliefs play an important role. Some teachers, he said, worry that formal math language will confuse students and instead favor more familiar phrasing, such as “put together” instead of addition, or “take away” instead of subtraction. While those colloquial expressions can be helpful, students ultimately need to understand how they correspond to formal mathematical concepts, Himmelsbach said.

    This study is part of a new wave of education research that uses machine learning and natural language processing — computer techniques that analyze large volumes of text — to peer inside the classroom, which has long remained a black box. With enough recorded lessons, researchers hope not only to identify which teaching practices matter most, but also provide teachers with concrete, data-driven feedback.

    Related: A little parent math talk with kids might really add up

    The researchers did not examine whether teachers used math terms correctly, but they noted that future models could be trained to do just that, offering feedback on accuracy and context, not just frequency.

    For now, the takeaway is more modest but still meaningful: Students appear to learn more math when their teachers speak the language of math more often.  

    Contact staff writer Jill Barshay at 212-678-3595, jillbarshay.35 on Signal, or [email protected].

    This story about math vocabulary was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Proof Points and other Hechinger newsletters.

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  • Some social emotional lessons improve how kids do at school, Yale study finds

    Some social emotional lessons improve how kids do at school, Yale study finds

    Social emotional learning — lessons in soft skills like listening to people you disagree with or calming yourself down before a test — has become a flashpoint in the culture wars. 

    The conservative political group Moms for Liberty opposes SEL, as it is often abbreviated, telling parents that its “goal is to psychologically manipulate students to accept the progressive ideology that supports gender fluidity, sexual preference exploration, and systemic oppression.” Critics say that parents should discuss social and emotional matters at home and that schools should stick to academics. Meanwhile, some advocates on the left say standard SEL classes don’t go far enough and should include such topics as social justice and anti-racism training. 

    While the political battle rages on, academic researchers are marshalling evidence for what high-quality SEL programs actually deliver for students. The latest study, by researchers at Yale University, summarizes 12 years of evidence, from 2008 to 2020, and it finds that 30 different SEL programs, which put themselves through 40 rigorous evaluations involving almost 34,000 students, tended to produce “moderate” academic benefits.

    Related: Our free weekly newsletter alerts you to what research says about schools and classrooms.

    The meta-analysis, published online Oct. 8 in the peer-reviewed journal Review of Educational Research, calculated that the grades and test scores of students in SEL classes improved by about 4 percentile points, on average, compared with students who didn’t receive soft-skill instruction. That’s the equivalent of moving from the 50th percentile (in the middle) to the 54th percentile (slightly above average). Reading gains were larger (more than 6 percentile points) than math gains (fewer than 4 percentile points). Longer-duration SEL programs, extending more than four months, produced double the academic gains — more than 8 percentile points. 

    “Social emotional learning interventions are not designed, most of the time, to explicitly improve academic achievement,” said Christina Cipriano, one of the study’s four authors and an associate professor at Yale Medical School’s Child Study Center. “And yet we demonstrated, through our meta-analytic report, that explicit social emotional learning improved academic achievement and it improved both GPA and test scores.”

    Cipriano also directs the Education Collaboratory at Yale, whose mission is to “advance the science of learning and social and emotional development.”

    The academic boost from SEL in this 2025 paper is much smaller than the 11 percentile points documented in an earlier 2011 meta-analysis that summarized research through 2007, when SEL had not yet gained widespread popularity in schools. That has since changed. More than 80 percent of principals of K-12 schools said their schools used an SEL curriculum during the 2023-24 school year, according to a survey by the Collaborative for Academic, Social, and Emotional Learning (CASEL) and the RAND Corporation. 

    Related: A research update on social-emotional learning in schools

    The Yale researchers only studied a small subset of the SEL market, programs that subjected themselves to a rigorous evaluation and included academic outcomes. Three-quarters of the 40 studies were randomized-controlled trials, similar to pharmaceutical trials, where schools or teachers were randomly assigned to teach an SEL curriculum. The remaining studies, in which schools or teachers volunteered to participate, still had control groups of students so that researchers could compare the academic gains of students who did not receive SEL instruction. 

    The SEL programs in the Yale study taught a wide range of soft skills, from mindfulness and anger management to resolving conflicts and setting goals. It is unclear which soft skills are driving the academic gains. That’s an area for future research.

    “Developmentally, when we think about what we know about how kids learn, emotional regulation is really the driver,” said Cipriano. “No matter how good that curriculum or that math program or reading curriculum is, if a child is feeling unsafe or anxious or stressed out or frustrated or embarrassed, they’re not available to receive the instruction, however great that teacher might be.”

    Cipriano said that effective programs give students tools to cope with stressful situations. She offered the example of a pop quiz, from the perspective of a student. “You can recognize, I’m feeling nervous, my blood is rushing to my hands or my face, and I can use my strategies of counting to 10, thinking about what I know, and use positive self talk to be able to regulate, to be able to take my test,” she said.

    Related: A cheaper, quicker approach to social-emotional learning?

    The strongest evidence for SEL is in elementary school, where the majority of evaluations have been conducted (two-thirds of the 40 studies). For young students, SEL lessons tend to be short but frequent, for example, 10 minutes a day. There’s less evidence for middle and high school SEL programs because they haven’t been studied as much. Typically, preteens and teens have less frequent but longer sessions, a half hour or even 90 minutes, weekly or monthly. 

    Cipriano said that schools don’t need to spend “hours and hours” on social and emotional instruction in order to see academic benefits. A current trend is to incorporate or embed social and emotional learning within academic instruction, as part of math class, for example. But none of the underlying studies in this paper evaluated whether this was a more effective way to deliver SEL. All of the programs in this study were separate stand-alone SEL lessons. 

    Advice to schools

    Schools are inundated by sales pitches from SEL vendors. Estimates of the market size range wildly, but a half dozen market research firms put it above $2 billion annually. Not all SEL programs are necessarily effective or can be expected to produce the academic gains that the Yale team calculated. 

    Cipriano advises schools not to be taken in by slick marketing. Many of the effective programs have no marketing at all and some are free. Unfortunately, some of these programs have been discontinued or have transformed through ownership changes. But she says school leaders can ask questions about which specific skills the SEL program claims to foster, whether those skills will help the district achieve its goals, such as improving school climate, and whether the program has been externally evaluated. 

    “Districts invest in things all the time that are flashy and pretty, across content areas, not just SEL,” said Cipriano. “It may never have had an external evaluation, but has a really great social media presence and really great marketing.” 

    Cipriano has also built a new website, improvingstudentoutcomes.org, to track the latest research on SEL effectiveness and to help schools identify proven programs.

    Cipriano says parents should be asking questions too. “Parents should be partners in learning,” said Cipriano. “I have four kids, and I want to know what they’re learning about in school.”

    This meta-analysis probably won’t stop the SEL critics who say that these programs force educators to be therapists. Groups like Moms for Liberty, which holds its national summit this week, say teachers should stick to academics. This paper rejects that dichotomy because it suggests that emotions, social interaction and academics are all interlinked. 

    Before criticizing all SEL programs, educators and parents need to consider the evidence.

    Contact staff writer Jill Barshay at 212-678-3595, jillbarshay.35 on Signal, or [email protected].

    This story about SEL benefits was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Proof Points and other Hechinger newsletters.

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  • Tutoring was supposed to save American kids after the pandemic. The results? ‘Sobering’

    Tutoring was supposed to save American kids after the pandemic. The results? ‘Sobering’

    Rigorous research rarely shows that any teaching approach produces large and consistent benefits for students. But tutoring seemed to be a rare exception. Before the pandemic, almost 100 studies pointed to impressive math or reading gains for students who were paired with a tutor at least three times a week and used a proven curriculum or set of lesson plans. 

    Some students gained an extra year’s worth of learning — far greater than the benefit of smaller classes, summer school or a fantastic teacher. These were rigorous randomized controlled trials, akin to the way that drugs or vaccines are tested, comparing test scores of tutored students against those who weren’t. The expense, sometimes surpassing $4,000 a year per student, seemed worth it for what researchers called high-dosage tutoring.

    On the strength of that evidence, the Biden administration urged schools to invest their pandemic recovery funds in intensive tutoring to help students catch up academically. Forty-six percent of public schools heeded that call, according to a 2024 federal survey, though it’s unclear exactly how much of the $190 billion in pandemic recovery funds have been spent on high-dosage tutoring and how many students received it. 

    Related: Our free weekly newsletter alerts you to what research says about schools and classrooms.

    Even with ample money, schools immediately reported problems in ramping up high-quality tutoring for so many students. In 2024, researchers documented either tiny or no academic benefits from large-scale tutoring efforts in Nashville, Tennessee, and Washington, D.C.

    New evidence from the 2023-24 school year reinforces those results. Researchers are rigorously studying large-scale tutoring efforts around the nation and testing whether effective tutoring can be done more cheaply. A dozen researchers studied more than 20,000 students in Miami; Chicago; Atlanta; Winston-Salem and Greensboro, North Carolina; Greenville, South Carolina; schools throughout New Mexico, and a California charter school network. This was also a randomized controlled study in which 9,000 students were randomly assigned to get tutoring and compared with 11,000 students who didn’t get that extra help.

    Their preliminary results were “sobering,” according to a June report by the University of Chicago Education Lab and MDRC, a research organization.

    The researchers found that tutoring during the 2023-24 school year produced only one or two months’ worth of extra learning in reading or math — a tiny fraction of what the pre-pandemic research had produced. Each minute of tutoring that students received appeared to be as effective as in the pre-pandemic research, but students weren’t getting enough minutes of tutoring altogether. “Overall we still see that the dosage students are getting falls far short of what would be needed to fully realize the promise of high-dosage tutoring,” the report said.

    Monica Bhatt, a researcher at the University of Chicago Education Lab and one of the report’s authors, said schools struggled to set up large tutoring programs. “The problem is the logistics of getting it delivered,” said Bhatt. Effective high-dosage tutoring involves big changes to bell schedules and classroom space, along with the challenge of hiring and training tutors. Educators need to make it a priority for it to happen, Bhatt said.

    Related: Students aren’t benefiting much from tutoring, one new study shows

    Some of the earlier, pre-pandemic tutoring studies involved large numbers of students, too, but those tutoring programs were carefully designed and implemented, often with researchers involved. In most cases, they were ideal setups. There was much greater variability in the quality of post-pandemic programs.

    “For those of us that run experiments, one of the deep sources of frustration is that what you end up with is not what you tested and wanted to see,” said Philip Oreopoulos, an economist at the University of Toronto, whose 2020 review of tutoring evidence influenced policymakers. Oreopoulos was also an author of the June report.

    “After you spend lots of people’s money and lots of time and effort, things don’t always go the way you hope. There’s a lot of fires to put out at the beginning or throughout because teachers or tutors aren’t doing what you want, or the hiring isn’t going well,” Oreopoulos said.

    Another reason for the lackluster results could be that schools offered a lot of extra help to everyone after the pandemic, even to students who didn’t receive tutoring. In the pre-pandemic research, students in the “business as usual” control group often received no extra help at all, making the difference between tutoring and no tutoring far more stark. After the pandemic, students — tutored and non-tutored alike — had extra math and reading periods, sometimes called “labs” for review and practice work. More than three-quarters of the 20,000 students in this June analysis had access to computer-assisted instruction in math or reading, possibly muting the effects of tutoring.

    Related: Tutoring may not significantly improve attendance

    The report did find that cheaper tutoring programs appeared to be just as effective (or ineffective) as the more expensive ones, an indication that the cheaper models are worth further testing. The cheaper models averaged $1,200 per student and had tutors working with eight students at a time, similar to small group instruction, often combining online practice work with human attention. The more expensive models averaged $2,000 per student and had tutors working with three to four students at once. By contrast, many of the pre-pandemic tutoring programs involved smaller 1-to-1 or 2-to-1 student-to-tutor ratios.

    Despite the disappointing results, researchers said that educators shouldn’t give up. “High-dosage tutoring is still a district or state’s best bet to improve student learning, given that the learning impact per minute of tutoring is largely robust,” the report concludes. The task now is to figure out how to improve implementation and increase the hours that students are receiving. “Our recommendation for the field is to focus on increasing dosage — and, thereby learning gains,” Bhatt said.

    That doesn’t mean that schools need to invest more in tutoring and saturate schools with effective tutors. That’s not realistic with the end of federal pandemic recovery funds.  

    Instead of tutoring for the masses, Bhatt said researchers are turning their attention to targeting a limited amount of tutoring to the right students. “We are focused on understanding which tutoring models work for which kinds of students.” 

    Contact staff writer Jill Barshay at 212-678-3595, jillbarshay.35 on Signal, or [email protected].

    This story about tutoring effectiveness was written by Jill Barshay and produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Proof Points and other Hechinger newsletters.

    The Hechinger Report provides in-depth, fact-based, unbiased reporting on education that is free to all readers. But that doesn’t mean it’s free to produce. Our work keeps educators and the public informed about pressing issues at schools and on campuses throughout the country. We tell the whole story, even when the details are inconvenient. Help us keep doing that.

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  • Racial bias affects early math education. Researchers are trying to stop that

    Racial bias affects early math education. Researchers are trying to stop that

    The early years are a critical time to teach the foundations of math. That’s when children learn to count, start identifying shapes and gain an early understanding of concepts like size and measurement. These years can also be a time when children are confronted with preconceived notions of their abilities in math, often based on their race, which can negatively affect their math success and contribute to long-standing racial gaps in scores. 

    These are some of the motivating factors behind the Racial Justice in Early Math project, a collaboration between the Erikson Institute, a private graduate school focused on child development, and the University of Illinois Chicago. The project aims to educate teachers and provide resources including books, teacher tips and classroom activities that help educators combat racial bias in math instruction.  

    I sat down with Danny Bernard Martin, professor of education and mathematics at the University of Illinois Chicago, project director Priscila Pereira and Jennifer McCray, a research professor at the Erikson Institute, to learn more about their work. This conversation has been edited for length and clarity.

    What are some of the key examples of racial injustice that you see in early math education?

    Martin: If I say to you, ‘Asians are good at math,’ that’s something that you’ve heard, we know that’s out there. When does that kind of belief start? Well, there’s something called ‘racial-mathematical socialization’ that we take seriously in this project, that we know happens in the home before children come to school. Parents and caregivers are generating messages around math that they transmit to children, and then those messages may get reinforced in schools.

    Even at the early math level, there are research projects beginning to construct Black children in particular ways, comparing Black children to white children as the norm. That is a racial justice issue, because that narrative about white children, Black children, Asian American children, Latinx children, then filters out. It becomes part of the accepted truth, and then it impacts what teachers do and what principals and school leaders believe about children.  

    What does this look like in schools?

    McCray: Perhaps the math curriculum doesn’t represent them or their experience. We all know that often schools for children of color are under-resourced. What often happens in under-resourced schools is that the curriculum and the teaching tends to focus on the basics. There might be an overemphasis on drilling or doing timed tests. We also have those situations where people are doing ability grouping in math. And we know what the research says about that, it’s basically ‘good education for you, and poor education for you.’ It’s almost impossible to do any of that without doing harm. 

    One line of research has been to watch teachers interact with children and videotape or study them. And in diverse classrooms with white teachers … often it is observed that children who are Black or Latina aren’t called on as often, or aren’t listened to as much, or don’t have the same kind of opportunity to be a leader in the classroom.  

    What should teacher prep programs, administrators and families do to address racial justice issues in early math? 

    McCray: Maybe the white teacher is reflecting on themselves, on their own biases … trying to connect with families or communities in some way that’s meaningful. We want teachers to have that balance of knowing that sometimes you do want to teach a procedure, but you never want to be shutting down ideas for creative ways to solve a math problem, or culturally distinct ways to solve a math problem that might come from your students.

    It might be something like, you’re working on sorting in an early childhood classroom. And what if a child is thinking about a special craft that their parent does that’s like the [papel picado], or papers that get cut in very elaborate designs in Mexico. … If the teacher doesn’t have space to listen, it could be a shutdown moment, instead of a moment of connection, where the child is actually bringing something … that is associated with their own identity.

    Pereira: I do feel that sometimes the conversations of racial justice really put the weight on teachers and teachers alone. Teaching is part of a larger structure. Maybe your school will not allow you to do the work that is needed. I’m thinking about [a teacher] who was required to follow a scripted curriculum that did not promote the positive math identity for Black children. It needs to be a whole community effort.

    How is your initiative changing this?

    Pereira: There are resources in terms of opportunities that we offer to teachers to engage with our content and ideas: webinars, a fellowship and an immersive learning experience in the summer of 2026. These spaces are moments in which educators, researchers and people that are engaged in the education of young learners, can come together … and disrupt mainstream notions of understanding what is racial justice and how one gets that in the classroom.  

    Right now, research and initiatives zeroing in on race are under scrutiny, especially at the college level. Do you foresee any additional challenges to this work?

    Pereira: There was a National Science Foundation grant program focused on racial equity in STEM and we had been planning to apply for funds to do something there. … It’s gone. … The only place we’re welcome is where there’s a governor who is willing to take on Trump. We just have to keep doing the work, because we know what’s right. But it is challenging, for sure.

    Contact staff writer Jackie Mader at 212-678-3562 or [email protected]

    This story about racial justice in math was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for the Early Childhood newsletter.

    The Hechinger Report provides in-depth, fact-based, unbiased reporting on education that is free to all readers. But that doesn’t mean it’s free to produce. Our work keeps educators and the public informed about pressing issues at schools and on campuses throughout the country. We tell the whole story, even when the details are inconvenient. Help us keep doing that.

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  • How some states are keeping children with disabilities in child care

    How some states are keeping children with disabilities in child care

    Selina Likely, a child care director in Columbus, Ohio, understands the desperation that parents feel when they can’t find a good placement for their children with disabilities. When Likely’s daughter was a child, the little girl was abruptly kicked out of her daycare center for biting, leaving her mother with little recourse.

    “I was so angry and mad at the time,” said Likely, whose daughter is now an adult. “How are you going to kick out a 1-year-old?”

    Thanks to a new state initiative, Likely and other child care providers like her can now receive additional training on how to support children with disabilities, who are far more likely than other children to be expelled from child care programs. Some states have similar programs, with the ultimate goal of creating more child care slots where young children with disabilities and delays can thrive.


    How Hechinger inspired a bill

    Earlier this year, my colleague Sarah Carr published a piece revealing that in Illinois and other states many families of premature babies are leaving the hospital with no information or guidance on critical therapies they are entitled to. In June, the Illinois Legislature passed a bill that would require hospitals to distribute detailed information on early intervention — those required therapies for babies and toddlers with disabilities and developmental delays — to most families with severely premature infants. The new law was proposed by state Rep. Janet Yang Rohr after Sarah’s story was published.

    The bill, which awaits action by the governor, would also require the state’s early childhood systems to prioritize, in a public awareness campaign, the early identification of infants who automatically qualify for the therapies because of their low birth weight.

    This story about children with disabilities was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for the Hechinger newsletter.

    The Hechinger Report provides in-depth, fact-based, unbiased reporting on education that is free to all readers. But that doesn’t mean it’s free to produce. Our work keeps educators and the public informed about pressing issues at schools and on campuses throughout the country. We tell the whole story, even when the details are inconvenient. Help us keep doing that.

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  • Let’s remove the roadblocks to four-year STEM degrees for community college transfer students

    Let’s remove the roadblocks to four-year STEM degrees for community college transfer students

    In the nearly two years since the U.S. Supreme Court struck down race-conscious admissions, there have been repeated calls for universities to address the resulting decline in diversity by recruiting from community colleges.  

    On the surface, encouraging students to transfer from two-year colleges sounds like a terrific idea. Community colleges enroll large numbers of students who are low-income or whose parents did not attend college. Black and Latino students disproportionately start college at these institutions, whose mission for more than 50 years has been to expand access to higher education. 

    But while community colleges should be an avenue into high-value STEM degrees for students from low-income backgrounds and minoritized students, the reality is sobering: Just 2 percent of students who begin at a community college earn a STEM bachelor’s degree within six years, our recent study of transfer experiences in California found.  

    There are too many roadblocks in their way, leaving the path to STEM degrees for community college students incredibly narrow. A key barrier is the complexity of the process of transferring from a community college to a four-year institution. 

    Related: Interested in innovations in higher education? Subscribe to our free biweekly higher education newsletter. 

    Many community college students who want to transfer and major in a STEM field must contend with three major obstacles in the transfer process: 

    1. A maze of inconsistent and often opaque math requirements. We found that a student considering three or four prospective university campuses might have to take three or four different math classes just to meet a single math requirement in a given major. One campus might expect a transfer student majoring in business to take calculus, while another might ask for business calculus. Still another might strongly recommend a “calculus for life sciences” course. And sometimes an institution’s website might list different requirements than a statewide transfer site. Such inconsistencies can lengthen students’ times to degrees — especially in STEM majors, which may require five- or six-course math sequences before transfer.  

    2. Underlying math anxiety. Many students interviewed for the study told us that they had internalized negative comments from teachers, advisers and peers about their academic ability, particularly in math. This uncertainty contributed to feelings of anxiety about completing their math courses. Their predicament is especially troubling given concerns that required courses may not contribute to success in specific fields. 

    3. Course scheduling conflicts that slow students’ progress. Two required courses may meet on the same day and time, for example, or a required course could be scheduled at a time that conflicts with a student’s work schedule. In interviews, we also heard that course enrollment caps and sequential pathways in which certain courses are offered only once a year too often lengthen the time to degree for students. 

    Related: ‘Waste of time’: Community college transfers derail students 

    To help, rather than hinder, STEM students’ progress toward their college and professional goals, the transfer process needs to change significantly. First and foremost, universities need to send clear and consistent signals about what hoops community college students should be jumping through in order to transfer.  

    A student applying to three prospective campuses, for example, should not have to meet separate sets of requirements for each. 

    Community colleges and universities should also prioritize active learning strategies and proven supports to combat math anxiety. These may include providing professional learning for instructors to help them make math courses more engaging and to foster a sense of belonging. Training for counselors to advise students on requirements for STEM pathways is also important.  

    Community colleges must make their course schedules more student-centered, by offering evening and weekend courses and ensuring that courses required for specific degrees are not scheduled at overlapping times. They should also help students with unavoidable scheduling conflicts take comparable required courses at other colleges. 

    At the state level, it’s critical to adopt goals for transfer participation and completion (including STEM-specific goals) as well as comprehensive and transparent statewide agreements for math requirements by major. 

    States should also provide transfer planning tools that provide accurate and up-to-date information. For example, the AI Transfer and Articulation Infrastructure Network, led by University of California, Berkeley researchers, is using artificial intelligence technology to help institutions more efficiently identify which community college courses meet university requirements. More effective tools will increase transparency without requiring students and counselors to navigate complex and varied transfer requirements on their own. As it stands, complex, confusing and opaque math requirements limit transfer opportunities for community college students seeking STEM degrees, instead of expanding them. 

    We must untangle the transfer process, smooth pathways to high-value degrees and ensure that every student has a clear, unobstructed opportunity to pursue an education that will set them up for success. 

    Pamela Burdman is executive director of Just Equations, a California-based policy institute focused on reconceptualizing the role of math in education equity. Alexis Robin Hale is a research fellow at Just Equations and a graduate student at UCLA in Social Sciences and Comparative Education.  

    Contact the opinion editor at [email protected]. 

    This story about community college transfers was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Hechinger’s weekly newsletter. 

    The Hechinger Report provides in-depth, fact-based, unbiased reporting on education that is free to all readers. But that doesn’t mean it’s free to produce. Our work keeps educators and the public informed about pressing issues at schools and on campuses throughout the country. We tell the whole story, even when the details are inconvenient. Help us keep doing that.

    Join us today.

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  • A big reason why students with math anxiety underperform — they just don’t do enough math

    A big reason why students with math anxiety underperform — they just don’t do enough math

    Math anxiety isn’t just about feeling nervous before a math test. It’s been well-known for decades that students who are anxious about math tend to do worse on math tests and in math classes.

    But recently, some of us who research math anxiety have started to realize that we may have overlooked a simple yet important reason why students who are anxious about math underperform: They don’t like doing math, and as a result, they don’t do enough of it.

    We wanted to get a better idea of just what kind of impact math anxiety could have on academic choices and academic success throughout college. In one of our studies, we measured math anxiety levels right when students started their postsecondary education. We then followed them throughout their college career, tracking what classes they took and how well they did in them.

    We found that highly math-anxious students went on to perform worse not just in math classes, but also in STEM classes more broadly. This means that math anxiety is not something that only math teachers need to care about — science, technology and engineering educators need to have math anxiety on their radar, too.

    We also found that students who were anxious about math tended to avoid taking STEM classes altogether if they could. They would get their math and science general education credits out of the way early on in college and never look at another STEM class again. So not only is math anxiety affecting how well students do when they step into a STEM classroom, it makes it less likely that they’ll step into that classroom in the first place.

    Related: A lot goes on in classrooms from kindergarten to high school. Keep up with our free weekly newsletter on K-12 education.

    This means that math anxiety is causing many students to self-sort out of the STEM career pipeline early, closing off career paths that would likely be fulfilling (and lucrative).

    Our study’s third major finding was the most surprising. When it came to predicting how well students would do in STEM classes, math anxiety mattered even more than math ability. Our results showed that if you were a freshman in college and you wanted to do well in your STEM classes, you would likely be better off reducing your math anxiety than improving your math ability.

    We wondered: How could that be? How could math anxiety — how you feel about math — matter more for your academic performance than how good you are at it? Our best guess: avoidance.

    If something makes you anxious, you tend to avoid doing it if you can. Both in our research and in that of other researchers, there’s been a growing understanding that in addition to its other effects, math anxiety means that you’ll do your very best to engage with math as little as possible in situations where you can’t avoid it entirely.

    This might mean putting in less effort during a math test, paying less attention in math class and doing fewer practice problems while studying. In the case of adults, this kind of math avoidance might look like pulling out a calculator whenever the need to do math arises just to avoid doing it yourself.

    In some of our other work, we found that math-anxious students were less interested in doing everyday activities precisely to the degree that they thought those activities involved math. The more a math-anxious student thought an activity involved math, the less they wanted to do it.

    If math anxiety is causing students to consistently avoid spending time and effort on their classes that involve math, this would explain why their STEM grades suffer.

    What does all of this mean for educators? Teachers need to be aware that students who are anxious about math are less likely to engage with math during class, and they’re less likely to put in the effort to study effectively. All of this avoidance means missed opportunities for practice, and that may be the key reason why many math-anxious students struggle not only in math class, but also in science and engineering classes that require some math.

    Related: Experts share the latest research on how teachers can overcome math anxiety

    Math anxiety researchers are at the very beginning of our journey to understand ways to make students who are anxious about math stop avoiding it but have already made some promising suggestions for how teachers can help. One study showed that a direct focus on study skills could help math-anxious students.

    Giving students clear structure on how they should be studying (trying lots of practice problems) and how often they should be studying (spaced out over multiple days, not just the night before a test) was effective at helping students overcome their math anxiety and perform better.

    Especially heartening was the fact that the effects seen during the study persisted in semesters beyond the intervention; these students tended to make use of the new skills into the future.

    Math anxiety researchers will continue to explore new ways to help math-anxious students fight their math-avoidant proclivities. In the meantime, educators should do what they can to help their students struggling with math anxiety overcome this avoidance tendency — it could be one of the most powerful ways a math teacher can help shape their students’ futures.

    Rich Daker is a researcher and founder of Pinpoint Learning, an education company that makes research-backed tools to help educators identify why their students make mistakes. Ian Lyons is an associate professor in Georgetown University’s Department of Psychology and principal investigator for the Math Brain Lab.

    Contact the opinion editor at [email protected].

    This story about math anxiety was produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Hechinger’s weekly newsletter.

    The Hechinger Report provides in-depth, fact-based, unbiased reporting on education that is free to all readers. But that doesn’t mean it’s free to produce. Our work keeps educators and the public informed about pressing issues at schools and on campuses throughout the country. We tell the whole story, even when the details are inconvenient. Help us keep doing that.

    Join us today.

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  • Three-fourths of NSF funding cuts hit education

    Three-fourths of NSF funding cuts hit education

    The outlook for federal spending on education research continues to be grim. 

    That became clear last week with more cutbacks to education grants and mass firings at the National Science Foundation (NSF), the independent federal agency that supports both research and education in science, engineering and math.

    A fourth round of cutbacks took place on May 9. NSF observers were still trying to piece together the size and scope of this wave of destruction. A division focused on equity in education was eliminated and all its employees were fired. And the process for reviewing and approving future research grants was thrown into chaos with the elimination of division directors who were stripped of their powers.

    Meanwhile, there was more clarity surrounding a third round of cuts that took place a week earlier on May 2. That round terminated more than 330 grants, raising the total number of terminated grants to at least 1,379, according to Grant Watch, a new project launched to track the Trump administration’s termination of grants at scientific research agencies. All but two of the terminated grants in early May were in the education division, and mostly targeted efforts to promote equity by increasing the participation of women and Black and Hispanic students in STEM fields. The number of active grants by the Division of Equity for Excellence in STEM within the education directorate was slashed almost in half, from 902 research grants to 461.

    Related: Our free weekly newsletter alerts you to what research says about schools and classrooms.

    Combined with two earlier rounds of NSF cuts at in April, education now accounts for more than half of the nearly 1,400 terminated grants and almost three-quarters of their $1 billion value. Those dollars will no longer flow to universities and research organizations. 

    Cuts to STEM education dominate NSF grant terminations

    Source: Grant Watch, May 7, 2025 https://grant-watch.us/nsf-summary-2025-05-07.html

    More than half the terminated grants…

    … and nearly three-quarters of their $1 billion value are in education 

    Data source: Grant Watch, May 7, 2025. Charts by Jill Barshay/The Hechinger Report

    The cuts are being felt across the nation. Grant Watch also created a map of the United States, showing that both red and blue states are losing federal research dollars. 

    Source: Grant Watch, May 7, 2025 

    It remains unclear exactly how NSF is choosing which grants to cancel and exactly who is making the decisions. Weekly waves of cuts began after the Department of Government Efficiency or DOGE entered NSF headquarters in mid April. Only 40 percent of the terminated grants were also in a database of 3,400 research grants compiled last year by Sen. Ted Cruz, a Texas Republican. Cruz characterized them as “questionable projects that promoted Diversity, Equity, and Inclusion (DEI) or advanced neo-Marxist class warfare propaganda.” Sixty percent were not on the Cruz list.

    Source: Grant Watch, May 7, 2025 

    Other NSF cuts also affect education. Earlier this year, NSF cut in half the number of new students that it would support through graduate school from 2,000 to 1,000. Universities are bracing to hear this summer if NSF will continue to support graduate students who are already a part of its graduate research fellowship program. 

    Related: Education research takes another hit in latest DOGE attack

    Developing story

    NSF watchers were still compiling a list of the research grants that were terminated on May 9, the date of the most recent fourth round of research cuts. It was unclear if any research grants to promote equity in STEM education remained active.

    The Division of Equity for Excellence in STEM, a unit of the Education Directorate, was “sunset,” according to a May 9 email sent to NSF employees and obtained by the Hechinger Report, and all of its employees were fired. According to the email, this “reduction in force” is slated to be completed by July 12. However, later on May 9, a federal judge in San Francisco temporarily blocked the Trump administration from implementing its “reduction in force” firings of federal employees at the NSF and 19 other agencies.

    Several congressionally mandated programs are housed within the eliminated equity division, including Louis Stokes Alliances for Minority Participation (LSAMP) and the Eddie Bernice Johnson initiative, which promotes STEM participation for students with disabilities.

    The process for reviewing and approving new grant awards was thrown into chaos with the elimination of all NSF division directors, a group of middle managers who were stripped of their powers on May 8. In addition, NSF slashed its ranks of its most senior executives and its visiting scientists, engineers and educators. That leaves many leadership positions at NSF uncertain, including the head of the entire education directorate.

    Legal update

    An initial hearing for a group of three legal cases by education researchers against the Department of Education is scheduled for May 16.  At the hearing, a federal judge in Washington, D.C., will hear arguments over whether the court should temporarily restore terminated research studies and data collections and bring back fired Education Department employees while it considers whether the Trump administration exceeded its executive authority. 

    A first hearing scheduled for May 9 was postponed. At the May 16 hearing, the court will hear two similar motions from two different cases: one filed by the Association for Education Finance and Policy (AEFP) and the Institute for Higher Education Policy (IHEP), and the other filed by National Academy of Education (NAEd) and the National Council on Measurement in Education (NCME). A third suit by the American Educational Research Association (AERA) and the Society for Research on Educational Effectiveness (SREE) was filed in federal court in Maryland and will not be part of the May 16 hearing.

    Contact staff writer Jill Barshay at 212-678-3595, jillbarshay.35 on Signal, or [email protected].

    This story about NSF education cuts was written by Jill Barshay and produced by The Hechinger Report, a nonprofit, independent news organization focused on inequality and innovation in education. Sign up for Proof Points and other Hechinger newsletters.

    The Hechinger Report provides in-depth, fact-based, unbiased reporting on education that is free to all readers. But that doesn’t mean it’s free to produce. Our work keeps educators and the public informed about pressing issues at schools and on campuses throughout the country. We tell the whole story, even when the details are inconvenient. Help us keep doing that.

    Join us today.

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