برچسب: make

  • Don’t want to close underenrolled schools? Here’s how to make the math work

    Don’t want to close underenrolled schools? Here’s how to make the math work


    Protesters rally against school closures outside the Oakland Unified School District office in September 2019.

    Andrew Reed/EdSource

    This commentary was originally published by the Thomas B. Fordham Institute.

    As enrollments drop, city after city is facing pressure to close half-empty schools. Fewer kids means fewer dollars. Consolidating two schools saves money because it means paying for one less principal, librarian, nurse, PE teacher, counselor, reading coach, clerk, custodian … you get the idea. Low-enrollment schools end up on the chopping block because they’re the ones that typically cost more per pupil.

    But there is another way to cut costs without closing underenrolled schools.

    First, it’s worth noting that small schools needn’t cost more per pupil. Our school spending and outcomes data include examples of small schools all across the country that operate on per-pupil costs comparable to their larger peers — some even delivering solid student outcomes.

    But here’s the catch: These financially viable small schools are staffed very differently than larger schools.

    There’s a 55-student school near Yosemite that spends about $13,000 a student—well under the state average. How do they make it work? One teacher teaches grades two, three, and four. There’s no designated nurse, counselor, or PE teacher, and rather than offer traditional athletics, students learn to ski and hike.

    A quick glance at the many different financially viable small schools across different states reveals that staff often wear multiple hats. The principal is also the Spanish teacher, or the counselor also teaches math.

    Also common are multi-level classrooms. When my kids attended a small rural high school, physics was combined with AP Physics, which meant both my 10th and 12th graders were in the same class, but with different homework.

    Sometimes schools give kids electives via online options, send students to other schools for sports, or forgo some of these services altogether. Some have no subs (merging classes in the case of an absence). Sometimes the schools partner with a community group or lean on parents to help in the library or coach sports.

    Done well, smallness can be an asset, even with the more limited services and staff. Whereas a counselor might be critical in a larger school to ensure that a student has someone to talk to, with fewer students in a small school, relationships come easier. Teachers may have more bandwidth to assist a struggling student.

    What isn’t financially viable? A school with the full complement of typical school staff but fewer kids. These aren’t purposely designed small schools, rather they’re underenrolled large schools (sometimes called “zombie schools”). Los Angeles Unified School District, for instance, has a slew of tiny schools spending over $30,000 per pupil. Such schools vary in performance, but all sustain their higher per-pupil price tag by drawing down funds meant for students in the rest of the district. In the end, no one wins.

    With so much aversion from parents to closing schools (witness, for example, Seattle, Chicago, San Francisco, Oakland, Pittsburgh or Denver) we might expect more districts to adopt these nontraditional staffing models as a way to save costs and keep families happy.

    In some cities, it’s the charter schools that are offering just that: smaller nontraditional programs that make it work without extra subsidies.

    Some will argue that nontraditional schools (including charters) won’t work for every student. Districts must take all comers, including English learners, families needing extra supports, those wanting a full athletics program, specialty autism services, and so on. That said, the idea here is that larger districts needn’t offer those services in every school, provided they’re available elsewhere in the district.

    But it’s these larger districts that are the most wedded to the uniform staffing structure. It’s so deeply embedded in job titles and union rules, as well as program specifications and more.

    Tolerating small nontraditional schools would mean letting go of some of that rigidity and accepting the idea that schools can be successful without all those fixed inputs. And it might mean reducing some staff who believe their roles are protected when enshrined in a staffing formula. On the flip side, if the school in question has higher outcomes, and the choice is to close it or redesign its staffing structure to transform it into a more intentionally small school, parents and students may accept that trade if it means preserving the school community.

    It would also mean changing budgeting practices so that what gets allocated is a fair share of the dollars per pupil—in contrast with allocations based on standardized staffing prescriptions.

    The last decade saw a big push for inputs-based models, including “every school needs a counselor” or “every school needs a nurse.” As enrollments continue to fall, these inflexible one-size-fits-all allocations stand in the way of keeping small schools open.

    None of this is to say that every school should remain open. Many will inevitably close. But for some of those that deliver solid outcomes for their students, perhaps now is the right time to rethink the typical schooling model. 

    This commentary was originally published by the Thomas B. Fordham Institute.

    •••

    Marguerite Roza is Ddrector of the Edunomics Lab and research professor at Georgetown University, where she leads the McCourt School of Public Policy’s Certificate in Education Finance.

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





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  • Make climate literacy a gen ed requirement across higher ed — before it’s too late

    Make climate literacy a gen ed requirement across higher ed — before it’s too late


    Local and state officials in mid-March piled 50,000 sandbags along the low-lying banks of the San Joaquin River when rising levels threatened to overtake Firebaugh.

    Emma Gallegos/EdSource

    Earlier this year, students across the country watched as wildfires devastated large parts of southern California. Yet even as they watched — and, in some cases, lived through — a very real example of what climate change can look like, many students don’t have a good understanding of why events like these are happening more frequently and with greater intensity. Without that foundational knowledge, they are ill-equipped to help mitigate the problem that is impacting their generation so significantly. Lack of climate literacy is a crisis — one that higher education has a responsibility to address.

    Acknowledging the problem is no longer enough. Although 72% of U.S. adults recognize that our climate is changing, only 58% acknowledge that it is human-caused and even fewer understand the scientific consensus — that over 97% of climate scientists affirm our role in the ever-warming planet. We need a climate-literate electorate if we want to drive effective climate action because the solutions we choose to support are based on our individual understanding of the problem. To do this, we need to make climate education part of general education. And we must move quickly.

    Many students know what is coming. Rising climate anxiety among 16–25 year-olds is telling but disempowering if they aren’t prepared to meet the moment because they hold misconceptions about the root causes. In a 2021 survey, students 14-18 years old overwhelmingly reported that climate change was real and human-caused, but follow-up questions showed large gaps between their conceptualization of Earth’s interrelated systems and reality. They also vastly underestimated the scientific consensus.

    These gaps in knowledge make sense: when climate change is taught in middle and high school classrooms, nearly one-third of science teachers are sending mixed messages about the cause, often because they themselves were never introduced to the subject during their higher education experience. Prioritizing climate literacy as part of general education at colleges and universities would reduce the perpetuation of these false narratives. 

    Ideally, institutions would offer multi-dimensional climate education for all students; realistically, the pace of climate change far outstrips the pace of change in higher education. However, a general education requirement for climate literacy is possible — and necessary. These central concepts do not rely on additional college-level coursework, making a first- or second-year course on the topic accessible to students in any major.

    Given the monumental challenge before us and what the best physical science tells us we are headed toward (e.g. heat waves, sea level rise, drought and more), it would be easy to put together a fairly depressing curriculum. A solutions-focused approach to climate education is not only kinder to our young people, but also cuts against the temptation to spread anxiety. It’s easy to miss out on the momentum building in the clean energy sector, the climate leadership of local communities, and international efforts to build climate resilience. Resources like Project Drawdown and the Solutions Journalism Network can provide curricular materials that remind students that they are not alone, and that they are not starting from square one. 

    Additionally, we need students to understand that policy, psychology, and art are just as important at shifting our trajectory as atmospheric science and clean energy technology. In this way, we make room for every student in the climate movement, no matter their professional aspirations. At Harvey Mudd College, we have developed a course to help students think critically about the impact of their work on society through an interdisciplinary look at the climate-fueled challenge of fire in the North American west. Our teaching team is intentionally broad, so we can cover California’s legacy of fire suppression, the depictions of nature in media, and the religious roots of environmental attitudes, as well as fire ecology and the greenhouse effect. While we do lay the groundwork for understanding the problem, fully 50% of the course is dedicated to analyzing proposed or current interventions.

    In addition to a solutions-focused curriculum, basic climate education also needs to prepare students emotionally and mentally to keep engaging in the work. Nearly 60% of respondents in a recent global survey of youth indicated “extreme worry” about climate change. Considering students’ emotions doesn’t mean we shy away from hard truths — that would not serve our students well and undermine their trust in faculty. In fact, those hard truths can tap into students’ deeper motivations for learning, so long as we also help them build emotional resilience through reflection. Programs like the All We Can Save Project can offer resources and even course materials. And efforts to wrap this “affective approach” into climate education are already underway, as with the Faculty Learning  Community in Teaching Climate Change and Resilience at California State University in Chico. 

    The world is currently on track for nearly twice the rise in global average temperature that leading climate experts warn is safe. The kind of climate education we need is appearing, but not at the scale or speed required. Higher education leaders must prioritize climate literacy by integrating climate education into the general curriculum. Institutions must ensure students are prepared academically, socially, and emotionally to address climate change. We need empowered graduates who have both climate knowledge and a solutions-focused mindset in uncertain times. Their world literally depends on it. 

    •••

    Lelia Hawkins is a professor of chemistry and the Hixon Professor of Climate Studies at Harvey Mudd College. She is currently serving as the Director of the Hixon Center for Climate and the Environment, a new program expanding climate education for Mudd’s scientists and engineers. 

    The opinions in this commentary are those of the author. If you would like to submit a commentary, please review our guidelines and contact us.





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  • California lawmaker again attempts to make computer science class mandatory

    California lawmaker again attempts to make computer science class mandatory


    Across more than two dozen Fresno County school districts, Quiq Labs, a tech education company, teaches students science, technology, engineering, art and mathematics through afterschool and summer or winter break enrichment programs.

    Photo courtesy of Quiq Labs

    Despite decadeslong efforts through legislation, funding and advocacy, California’s schools have still not caught up with — and are falling further behind — three dozen other states in the percentage of high schools offering at least one computer science course. 

    According to the national 2024 State of Computer Science report, 52% of high schools across California offered computer science in the 2023-24 school year.

    In other states, statewide policy has been pivotal in expanding access to computing skills for all students.

    What is computer science?

    Computer science, as described in the computer science academic content standards adopted by the State Board of Education, is “the study of computers and algorithmic processes, including their principles … implementation and impact on society.” Proposed legislation has included the desire for students to go beyond using technology to understand how and why those technologies work.

    Assemblymember Marc Berman, for the third time, has introduced legislation to require every public high school to teach a computer science course, a mandate that will bring access to the 48% of California schools that do not offer a single class. 

    Because Assembly Bill 887 would require schools to implement computer science by the 2029-30 school year, it would expand access to all of California’s students in a way that initiatives have not been able to. 

    “Not having a requirement,” Berman told EdSource last year, “it’s not yielding the progress that our students deserve.” 

    The percentage of computer science classes offered statewide has increased slightly in the last 10 years because of legislation supporting standards and course development, funding for teacher training and on-the-ground efforts to address challenges in diverse communities across the state. 

    In 2014, legislation ordered the Instructional Quality Commission to develop computer science standards. Also, legislation established a method for computer science to satisfy graduation requirements in math. 

    In 2016, the state passed legislation to allow educators in other disciplines to pursue computer science certification with required coursework. 

    In 2018, the state adopted its computer science standards to ensure students received high-quality content in the subject.

    In 2019, the governor and superintendent of public instruction appointed a committee to develop a long-term strategic plan for the state to provide computer science courses to all students. Computer science is approved to count as a science credit. 

    In 2021, the state budgeted $20 million to computer science: $5 million for the Educator Workforce Investment Grant, which is professional development for teachers, counselors and administrators, and $15 million for teacher certifications and a statewide coordinator.

    Under the Educator Workforce Investment Grant, the state created Seasons of CS, California’s year-round computer science professional learning program.

    In 2023, the California Department of Education granted $50 million to expand existing educator professional learning in math, science and computer science.  Gov. Gavin Newsom signed legislation, requiring the California Commission on Teacher Credentialing to establish a work group to develop a teacher preparation pathway for computer science to boost the number of qualified course teachers.

    For two consecutive years, a bill similar to AB 887 failed to come out of the Senate Appropriations Committee, which considers the fiscal impact of proposed legislation. 

    According to the Appropriations Committee’s analysis of the 2024 bill, about 425 school districts would have had to purchase instructional materials and provide professional development to teachers at an unknown cost. The Department of Finance opposed the bill because implementation would cost $50 million to $73 million in ongoing funding from Proposition 98. 

    In 2023, Berman’s first iteration of the bill requiring all high schools to teach computer science stalled, in part, because of a lack of teachers, CalMatters reported. 

    The state has, since 2016, invested more than $1.2 billion to address the state’s teacher shortage, including nearly $100 million for computer science teacher training. In 2021, $20 million was allocated to computer science in the state budget: $5 million for the Educator Workforce Investment Grant for professional development of teachers, counselors and administrators and most of $15 million for certifications of educators in other disciplines. 

    Efforts across California have supported over a thousand educators.

    For example, the Small School Districts’ Association, through a nearly $4 million federal CS4NorCal grant, has provided intensive summer workshops for nearly five years as well as ongoing training, coaching and networking throughout the year for educators in small and rural school districts in six Northern California communities of Glenn, Lassen, Modoc, Plumas, Shasta and Siskiyou counties, said Kathy Hamilton and Karen Mix, director and co-director for the grant.

    As a result, teachers have integrated computer science into agriculture, communication, media, digital literacy, math, science and general education classes, electives and clubs.

    A Redding teacher rotates between five schools to make sure students have access to computer science at least once a week. Middle school teachers have added computer science to their schools’ elective wheels for students to rotate through.

    Collaboration between regional and statewide organizations focused on computer science as well as partnerships with local entities that can support program growth and development have also been critical in increasing the number of qualified teachers and expanding access, advocates say.

    In the 2018-19 school year, Modoc County high schoolers had no access to any computer science courses, but numerous nonprofits and community organizations have over the last few years participated in training opportunities to better collaborate in the development of computer science.  The nonprofit Advancing Modoc, which eventually began leading the implementation, recruited tutors and other staff to support the initiative. Some educators have since integrated computer science into core content classes and offered elective courses.

    The professional development, which included year-round training, has led teachers to provide computer science classes, merge concepts into other subjects or offer lessons through electives or clubs. 

    Even with robust professional development, some challenges persist, particularly the reluctance or inability of administrators to include computer science courses in school offerings.  

    “In the past, teachers were reporting back to us in our research, ‘I need support from my administrator to make sure that computer science gets on the master schedule, that we are providing more classes to reach more students,’” said Julie Flapan, an educator and researcher leading two initiatives to expand access and participation in computer science. 

    Amy Pezzoni, computer science teacher at Modesto City Schools, told EdSource last year that passionate teachers are not enough. 

    “You need admin to support you. You need the district to be on board with you,” she said, noting the importance of a legislative mandate.

    Computer science advocates statewide and nationally have recommended a legislative mandate to bolster California’s efforts and increase access to the course. 

    Since 2013, the Code.org Advocacy Coalition, an organization of over 100 nonprofit, advocacy and industry groups across the country, has made policy recommendations for states to “address the urgent need to build capacity in computer science education,” including statewide policy. 

    “Strong policies, supported by resources, action, and implementation, are key to building the capacity needed to improve student access, participation, and experience in computer science education,” according to the national computer science report, which the coalition authored. 

    Legislation requiring schools to offer computer science has been implemented in states such as Arkansas, where all high schools offer computer science, and in neighboring Nevada, where 96% of the state’s high schools offer the course, based on the 2024 report. 

    Alabama also passed legislation in 2019, phasing in the computer science requirement, starting with high schools, followed by middle and elementary schools. This has resulted in an increase from 57% in the 2019-20 school year to 94% this past school year in the rate of high schools offering computer science and more than 90% of middle and elementary schools teaching computer science. 

    Akin among Arkansas, Nevada and Alabama is the adoption of the recommended policies and actions by the Code.org Advocacy Coalition. 

    Although California has implemented most of the policy recommendations — a state plan, state position, funding, K-12 standards, certification programs and allowing it to count for other subjects — the state has not created programs at higher education institutions to encourage aspiring teachers to gain exposure to computer science; nor has it required all schools to offer the course or mandated it as a graduation requirement. 

    Due to the policy recommendations and the state, regional and local efforts, there’s been a double-digit percentage increase of high schools offering computer science since the 2018-19 school year — still far from the national average of 60%. 

    In both the 2023 and 2024 national computer science reports, the authors encouraged California to require all high schools to offer at least one computer science course, “as it would greatly help support the 48% of high schools that currently do not offer any (computer) science courses.” 

    The 2025 legislative attempt to do so passed out of the Assembly Education Committee and was referred to the Appropriations Committee in late March. 

    If computer science courses become a requirement, some schools, such as small, rural schools, will have a harder time offering computer science because of a teacher shortage. Often, educators are already teaching multiple grades and/or subject areas on top of other duties. 

    Integrating, or merging computer science into another subject area, may be the best short-term solution to providing the content to students, especially when semester- or year-long courses aren’t offered, said Kathy Hamilton, who works for the Small School Districts’ Association.

    “Integration needs to be one of the delivery mechanisms if you want to truly provide access for all students around the state,” she said. 

    And it will be. 

    Aware of the unique challenges that some schools face, the legislation acknowledges the need for a course requirement to offer some flexibility. It would require the state’s computer science coordinator to develop an implementation guide that includes “varied computer science course options to best meet local capacity and context,” including computer science concepts being integrated or merged into other subjects.

    And thanks to federal and statewide funding and advocates’ regional and local efforts, there are now scores of teachers trained and ready to teach or integrate computer science.  Whether that is enough to compel the Legislature to require all schools to teach computer science is unknown.





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  • As University of California searches for new president, Trump’s policies make the position more difficult

    As University of California searches for new president, Trump’s policies make the position more difficult


    University of California presidents since 2008.

    The presidency of the University of California has long been considered one of the more challenging positions in American higher education. It requires overseeing nearly 300,000 students, 10 campuses, $8 billion a year of premier research, six medical centers and three federally funded national energy laboratories.

    Now, UC’s board of regents is looking for the next person to fill the role and replace President Michael V. Drake, who plans to step down at the end of the academic year. But in the months since the search began, the job has only grown more complicated and pressured as a result of Donald Trump’s election and his policies affecting funding, racial diversity, student protests and many other aspects of higher education.

    “I think the university is dealing with more significant challenges all at the same time than they probably have in the last 50 years, 60 years,” said John Pérez, the former state Assembly speaker who served on the university’s board of regents for a decade, including a stint as chair, before stepping down last year. “My friends on the regents have a difficult task to find the person to lead through this moment.”

    The U.S. Department of Justice is currently investigating, among other things, allegations of discriminatory admissions practices and complaints of antisemitism at several UC campuses.

    The federal threats are on top of issues that existed even before Trump took office, such as the likelihood of a nearly $400 million cut or 8% to UC’s state funding this year. Even with that probable budget reduction, the next president will be expected to increase graduation rates — especially among Black and Latino students — and to keep enrolling more California residents.

    And there are the perennial questions of how to deal with the many and sometimes conflicting constituencies within the state and university, including the state’s governor and legislators, faculty, alumni, student leaders, labor unions, political activists and parents.

    “We need a UC president that can be ready to advocate and fight back on any reduction of potential federal funds, and then also be ready to figure out what to do in case we do incur those losses,” said Assemblymember Mike Fong, D-Alhambra, who is chair of the Assembly’s Higher Education Committee. He said some legislators have floated the idea of another tuition hike for out-of-state students.

    University presidential searches often raise the questions of whether to get someone from inside the university or someone with fresh, outside experience, and whether to hire someone with experience in academia or from another background, such as in business, government or philanthropy. UC has tried different routes in its most recent presidential hirings. 

    It’s unlikely that the next president will have every desirable skill and experience, said Hironao Okahana, a vice president at the American Council on Education, a national organization that lobbies on behalf of universities. 

    What’s most important, he said, is that the president be prepared for a constantly evolving job. He noted that in the past five years, college leaders have had to navigate a pandemic, a racial reckoning following the murder of George Floyd and now the many federal threats. “Higher education leadership is never static, especially for a place like the University of California,” he said.

    The search for the next president was launched last summer after Drake announced he would step down. Drake, who earns a base salary of $1.3 million after getting a raise last year, entered the job in 2020 and had to deal with many of the issues arising from the pandemic, including a temporary switch to online classes.

    The university’s website for the search says the regents are seeking “an individual who is an outstanding leader and a respected scholar who has successfully demonstrated these abilities in a major complex organization.”

    At the most recent regents meeting last month, board chair Janet Reilly said the special regents committee in charge of finding the next president “has been working diligently” but did not say when the search would finish. The committee’s work is being tightly held: It has met only in closed session and has not released the names of any potential finalists. 

    UC also hosted three town hall meetings in January to gather public feedback. Assisting with the process is SP&A Executive Search, a national search firm specializing in higher education and nonprofit sectors.

    Drake’s final months on the job have been marked by policies and actions responding to the Trump administration, a reality with no end in sight.

    Last month, his office announced UC would no longer require faculty job applicants to submit statements about how they would promote diversity. That move came after the Trump administration threatened to withhold funding from universities with programs related to diversity, equity and inclusion. Earlier that same day, Drake announced a systemwide hiring freeze in anticipation of those potential funding cuts. 

    In February, UC also filed a declaration of support when California and 21 other states sued the Trump administration over billions in proposed National Institutes of Health (NIH) funding cuts. The judge in the case has temporarily blocked the Trump administration from making those reductions. 

    UC gets about $6 billion annually in federal funds for research and other program supports, with NIH being the top source. Cuts to that funding would be felt across the immense system, which comprises nine undergraduate campuses and one graduate-only campus, UC San Francisco. All 10 campuses have R1 status from the Carnegie Classification of Institutions of Higher Education, the highest tier for research universities.

    Also potentially at risk if the White House and Congress decide to pursue deeper, broader cuts is the $8 billion in Medicare and Medicaid that UC receives for patient care at the medical centers at its Davis, Irvine, Los Angeles, Riverside, San Diego and San Francisco campuses. So far, Trump says he will not reduce those.

    UC’s next president could be squeezed from two sides: trying to preserve federal funds while also facing pressure from students and faculty not to succumb to any potential demands from Trump. Last month, Columbia University agreed to change its protest policies, security practices and Middle Eastern studies department to keep $400 million that the Trump administration threatened to cut.

    Students are “extremely concerned” that a similar scenario could play out at UC, said Aditi Hariharan, a fourth-year student at UC Davis and president of the systemwide UC Student Association. The U.S. Department of Education is investigating UC’s Berkeley, Davis, San Diego and Santa Barbara campuses for possible Title VI violations “relating to antisemitic harassment and discrimination.” Separately, the Department of Justice is investigating Berkeley, UCLA and UC Irvine for potentially considering race in admissions, which UC has denied doing. 

    Hariharan said she was disappointed to see UC stop requiring diversity statements, which she viewed as a concession to Trump. 

    “I’m hoping to see the next UC president push back stronger,” she said. 

    To navigate the many federal complications, UC might consider hiring someone with government experience this time, said Adrianna Kezar, director of the University of Southern California’s Pullias Center of Higher Education. 

    She pointed to Janet Napolitano, who was UC’s president from 2013 to 2020 and took the job after stints as the U.S. secretary of homeland security and governor of Arizona.

    “Someone like that will understand how to navigate all the executive orders, how to navigate shifts in the agencies,” Kezar said. “Over the next four years, this is going to be a landscape where, if you lack that kind of experience, I think it’s going to be really challenging.”

    It would also help if the next president has philanthropic acumen, Kezar added. If UC loses significant federal dollars, the university will need to look for new funding sources, she said. 

    Napolitano was succeeded by Drake, who had a much more traditional academic background. He served as president of Ohio State University and, before that, was UC’s vice president for health affairs and later chancellor of UC Irvine. Napolitano’s predecessor, Mark Yudof, also had an academic background. Before serving as UC’s president from 2008 to 2013, he was the dean of the University of Texas at Austin’s law school, president of the University of Minnesota and chancellor of the University of Texas system. 

    Pérez, the former regent who chaired the board when Drake was hired, said he’d prefer UC to hire another president who has headed a large public research university, especially if they have experience overseeing academic medical centers. 

    Despite the many threats and challenges UC faces, Pérez added that he’s confident “in the strength of the institution to weather these storms.”

    “But having the right leader means that we will weather the storms more easily and that folks will have confidence that we won’t lose sight of all that’s essential in the university,” he said.





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