ReportWire

Tag: practices

  • What’s in and out in literacy instruction for 2026

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    Key points:

    The conversation around literacy instruction has reached a turning point. After decades of debate, we’re finally seeing a broad consensus around evidence-based practices–but the challenge now is moving from understanding what works to actually implementing it in classrooms.

    As we enter 2026, educators are shifting from superficial adoption of buzzwords to deeper, more integrated approaches that reflect the complexity of how children actually learn to read. The “Science of Reading” has never been just about phonics–it’s about building comprehensive literacy through strategic, research-backed instruction that addresses the whole child.

    Here’s what’s in and out in literacy instruction in 2026.

    Out: Phonemic awareness in isolation
    For years, teachers conducted oral-only drills–clapping syllables, manipulating sounds–without ever showing students how those sounds connect to print. While phonemic awareness matters, doing it in isolation misses a critical opportunity.
    In: Phonemic awareness with print
    Research shows that connecting sounds to letters immediately leads to better retention and faster progress. When students see the letter ‘b’ while practicing the /b/ sound, they’re building the bridge to actual reading, not just abstract sound manipulation.

    Out: The “wait and see” approach
    Too many students have been allowed to struggle through first and second grade under the assumption they’ll “catch up eventually.” By the time intervention happens, these children are years behind–and the emotional toll has already been paid.
    In: Early screening and immediate action
    Universal screening identifies at-risk readers before failure becomes identity. Early intervention isn’t about labeling children; it’s about preventing the cascading effects of reading failure that impact every other academic area.

    Out: Three-cueing/MSV
    The practice of teaching children to guess at words using pictures, first letters, or context has been thoroughly debunked by cognitive science. Yet it persists in many classrooms, often unknowingly embedded in curriculum materials and teacher habits.
    In: Structured literacy and explicit decoding
    Students deserve direct, systematic instruction in how to sound out words. This isn’t about stripping joy from reading–it’s about giving every child the foundational tools they need to access text independently.

    Out: Oversimplifying the Science of Reading as “just phonics”
    The science of reading isn’t about swinging from one instructional extreme to another. Emphasizing phonics matters, but not at the expense of language and vocabulary development, background knowledge, and comprehension, which are equally critical.
    In: Integrated literacy instruction
    Effective literacy instruction weaves together all components of Scarborough’s Reading Rope. Students need strong word recognition skills and rich language comprehension working together. One without the other leaves children stuck.

    Out: Writing as a separate skill
    Teaching grammar worksheets on Monday and creative writing on Friday–with no connection between them or to what students are reading–wastes instructional time and confuses learners.
    In: Writing to learn
    When students write about what they’re reading, using similar text structures and vocabulary, both skills reinforce each other. Writing becomes a tool for deeper comprehension and knowledge retention.

    Out: Skill-and-drill disconnected from text
    Spending entire class periods on phonics worksheets without ever reading connected text creates students who can decode individual words but struggle to read actual books.
    In: More reading time
    Students need opportunities to apply their developing reading skills by engaging with a wide range of texts, with support when needed. Authentic reading experiences build background knowledge, and volume matters. Children become better readers by reading.

    Out: Subjective observation
    “I feel like they’re getting it” isn’t enough. Gut feelings, while informed by experience, can miss struggling students who’ve learned to mask difficulties or overlook patterns that data would reveal.
    In: Data-driven instruction
    Using concrete assessment data to inform instructional decisions ensures that intervention is timely, targeted, and effective. This doesn’t mean over-testing–it means using meaningful measures to track progress and adjust teaching.

    Out: Viewing reading struggles in isolation
    Treating only the reading deficit ignores the reality that many struggling readers also face attention challenges, processing difficulties, or emotional responses to academic failure.
    In: Looking at the whole student
    Recognizing that conditions like ADHD, anxiety, or language processing disorders often co-occur with dyslexia allows for more comprehensive support. Reading intervention works best when it’s part of a broader approach to student success.

    These shifts represent more than changing tactics–they reflect a maturation in how we understand language and literacy development. We’re moving from either/or thinking to both/and approaches: explicit instruction and authentic reading experiences; data and teacher expertise; foundational skills and knowledge building.

    The literacy crisis won’t be solved by simply swapping old practices for new ones. It requires sustained commitment to implementation, ongoing professional development, and the courage to let go of familiar approaches that aren’t serving our students.

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    Stacy Hurst, Reading Horizons

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  • From momentum to endurance: Scaling structured literacy with implementation science

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    When districts adopt evidence-based practices like Structured Literacy, it’s often with a surge of excitement and momentum. Yet the real challenge lies not in the initial adoption, but in sustaining and scaling these practices to create lasting instructional change. That’s the point at which implementation science enters the picture. It offers a practical, research-backed framework to help district leaders move from one-time initiatives to systemwide transformation.

    Defining the “how” of implementation

    Implementation science is the study of methods and strategies that support the systematic uptake of evidence-based practices. In the context of literacy, it provides a roadmap for translating the science of reading, based on decades of cognitive research, into day-to-day instructional routines.

    Without this roadmap, even the most well-intentioned literacy reforms struggle to take root. Strong ideas alone are not enough; educators need clear structures, ongoing support, and the ability to adapt while maintaining fidelity to the research. Implementation science brings order to change management and helps schools move from isolated professional learning sessions to sustainable, embedded practices.

    Common missteps and how to avoid them

    One of the most common misconceptions among school systems is that simply purchasing high-quality instructional materials or delivering gold-standard professional learning, like Lexia LETRS, is enough. While these are essential components, they’re only part of the equation. What’s often missing is a focus on aligned leadership, strategic coaching, data-informed decisions, and systemwide coordination.

    Another frequent misstep is viewing Structured Literacy as a rigid, one-size-fits-all approach. In reality, it is a set of adaptable practices rooted in the foundational elements of reading: Phonemic awareness, phonics, fluency, vocabulary, and comprehension. Effective implementation requires both structure and flexibility, guided by tools like the Active Implementation Formula or NIRN’s Hexagon Tool.

    District leaders must also rethink their approach to leadership. Instructional change doesn’t happen in a vacuum or stay confined to the classroom. Leaders at every level–from building principals to regional directors–need to be equipped not just as managers, but as implementation champions.

    Overcoming initiative fatigue

    Initiative fatigue is real. Educators are weary of the pendulum swings that often characterize educational reform. What’s new today may feel like a rebranded version of yesterday’s trend. Implementation science helps mitigate this fatigue by building clear, supportive structures that promote consistency over time.

    Fragmented professional learning is another barrier. Educators need more than one-off workshops–they need coherent, job-embedded coaching and opportunities to reflect, revise, and grow. Coaching plays a pivotal role here. It serves as the bridge between theory and practice, offering modeling, feedback, and emotional support that help educators build confidence and capacity.

    Building sustainable systems

    Sustainability starts with readiness. Before launching a Structured Literacy initiative, district leaders should assess their systems. Do they have the right people, processes, and tools in place? Have they clearly defined roles and responsibilities for everyone involved, from classroom teachers to district office staff?

    Implementation teams are essential. These cross-functional groups help drive the work forward, break down silos, and ensure alignment across departments. Successful districts also make implementation part of their onboarding process, so new staff are immersed in the district’s instructional vision from day one.

    Flexibility is important, too. No two schools or communities are the same. A rural elementary school might need different pacing or grouping strategies than a large urban middle school. Implementation science supports this kind of contextual adaptation without compromising core instructional principles.

    Measuring progress beyond test scores

    While student outcomes are the ultimate goal, they’re not the only metric that matters. Districts should also track implementation fidelity, educator engagement, and coaching effectiveness. Are teachers confident in delivering instruction? Are they seeing shifts in their students’ engagement and performance? Are systems in place to sustain these changes even when staff turnover occurs?

    Dashboards, coaching logs, survey tools, and walkthroughs can all help paint a clearer picture. These tools also help identify bottlenecks and areas in need of adjustment, fostering a culture of continuous improvement.

    Equity at the center

    Implementation science also ensures that Structured Literacy practices are delivered equitably. This means all students, regardless of language, ability, or zip code, receive high-quality, evidence-based instruction.

    For multilingual learners, this includes embedding explicit vocabulary instruction, oral language development, and culturally responsive scaffolding. For students with disabilities, Structured Literacy provides a clear and accessible pathway that often improves outcomes significantly. The key is to start with universal design principles and build from there, customizing without compromising.

    The role of leadership

    Finally, none of this is possible without strong leadership. Implementation must be treated as a leadership competency, not a technical task to be delegated. Leaders must shield initiatives from political noise, articulate a long-term vision, and foster psychological safety so that staff can try, fail, learn, and grow.

    As we’ve seen in states like Mississippi and South Carolina, real gains come from enduring efforts, not quick fixes. Implementation science helps district leaders make that shift–from momentum to endurance, from isolated success to systemic change.

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    Kimberly Stockton, Ed.D.

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  • Preserving critical thinking amid AI adoption

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    Key points:

    AI is now at the center of almost every conversation in education technology. It is reshaping how we create content, build assessments, and support learners. The opportunities are enormous. But one quiet risk keeps growing in the background: losing our habit of critical thinking.

    I see this risk not as a theory but as something I have felt myself.

    The moment I almost outsourced my judgment

    A few months ago, I was working on a complex proposal for a client. Pressed for time, I asked an AI tool to draft an analysis of their competitive landscape. The output looked polished and convincing. It was tempting to accept it and move on.

    Then I forced myself to pause. I began questioning the sources behind the statements and found a key market shift the model had missed entirely. If I had skipped that short pause, the proposal would have gone out with a blind spot that mattered to the client.

    That moment reminded me that AI is fast and useful, but the responsibility for real thinking is still mine. It also showed me how easily convenience can chip away at judgment.

    AI as a thinking partner

    The most powerful way to use AI is to treat it as a partner that widens the field of ideas while leaving the final call to us. AI can collect data in seconds, sketch multiple paths forward, and expose us to perspectives we might never consider on our own.

    In my own work at Magic EdTech, for example, our teams have used AI to quickly analyze thousands of pages of curriculum to flag accessibility issues. The model surfaces patterns and anomalies that would take a human team weeks to find. Yet the real insight comes when we bring educators and designers together to ask why those patterns matter and how they affect real classrooms. AI sets the table, but we still cook the meal.

    There is a subtle but critical difference between using AI to replace thinking and using it to stretch thinking. Replacement narrows our skills over time. Stretching builds new mental flexibility. The partner model forces us to ask better questions, weigh trade-offs, and make calls that only human judgment can resolve.

    Habits to keep your edge

    Protecting critical thinking is not about avoiding AI. It is about building habits that keep our minds active when AI is everywhere.

    Here are three I find valuable:

    1. Name the fragile assumption
    Each time you receive AI output, ask: What is one assumption here that could be wrong? Spend a few minutes digging into that. It forces you to reenter the problem space instead of just editing machine text.

    2. Run the reverse test
    Before you adopt an AI-generated idea, imagine the opposite. If the model suggests that adaptive learning is the key to engagement, ask: What if it is not? Exploring the counter-argument often reveals gaps and deeper insights.

    3. Slow the first draft
    It is tempting to let AI draft emails, reports, or code and just sign off. Instead, start with a rough human outline first. Even if it is just bullet points, you anchor the work in your own reasoning and use the model to enrich–not originate–your thinking.

    These small practices keep the human at the center of the process and turn AI into a gym for the mind rather than a crutch.

    Why this matters for education

    For those of us in education technology, the stakes are unusually high. The tools we build help shape how students learn and how teachers teach. If we let critical thinking atrophy inside our companies, we risk passing that weakness to the very people we serve.

    Students will increasingly use AI for research, writing, and even tutoring. If the adults designing their digital classrooms accept machine answers without question, we send the message that surface-level synthesis is enough. We would be teaching efficiency at the cost of depth.

    By contrast, if we model careful reasoning and thoughtful use of AI, we can help the next generation see these tools for what they are: accelerators of understanding, not replacements for it. AI can help us scale accessibility, personalize instruction, and analyze learning data in ways that were impossible before. But its highest value appears only when it meets human curiosity and judgment.

    Building a culture of shared judgment

    This is not just an individual challenge. Teams need to build rituals that honor slow thinking in a fast AI environment. Another practice is rotating the role of “critical friend” in meetings. One person’s task is to challenge the group’s AI-assisted conclusions and ask what could go wrong. This simple habit trains everyone to keep their reasoning sharp.

    Next time you lean on AI for a key piece of work, pause before you accept the answer. Write down two decisions in that task that only a human can make. It might be about context, ethics, or simple gut judgment. Then share those reflections with your team. Over time this will create a culture where AI supports wisdom rather than diluting it.

    The real promise of AI is not that it will think for us, but that it will free us to think at a higher level.

    The danger is that we may forget to climb.

    The future of education and the integrity of our own work depend on remaining climbers. Let the machines speed the climb, but never let them choose the summit.

    Laura Ascione
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    Laura Ascione

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  • Plenty of schools have no-zeroes policies. And most teachers hate it, a new survey finds

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

    About one in four teachers say their schools don’t give students zeroes. And nearly all of them hate it.

    The collection of practices known as equitable grading, which includes not giving students zeroes, not taking off points for lateness, and letting students retake tests, has spread in the aftermath of the pandemic. But it wasn’t known how widespread the practices were.

    A new nationally representative survey released Wednesday finds equitable grading practices are fairly common, though nowhere near universal. More than half of K-12 teachers said their school or district used at least one equitable grading practice.

    The most common practice — and the one that drew the most heated opposition in the fall 2024 survey — is not giving students zeroes for missing assignments or failed tests. Just over a quarter of teachers said their school or district has a no-zeroes policy.

    Around 3 in 10 teachers said their school or district allowed students to retake tests without penalty, and a similar share said they did not deduct points when students turned in work late. About 1 in 10 teachers said they were not permitted to factor class participation or homework into students’ final grades.

    Only 6% of teachers said their school used four or more equitable grading practices.

    That was surprising to Adam Tyner, who co-authored the new report for the Thomas B. Fordham Institute, a conservative think tank, in partnership with the RAND Corporation, a nonprofit research organization. He expected more schools would be following a “whole package” of grading reforms supported by advocates like former teacher and education consultant Joe Feldman, who wrote the influential book “Grading for Equity.”

    “It’s not like this has swept the country,” said Tyner, who has studied grading practices. He argues that some policies meant to create equity lead to grade inflation and don’t benefit students.

    The findings come as many schools are rethinking what students should have to do to get a high school diploma, and how much emphasis should be put on grades. At the same time, many schools continue to struggle with student disengagement and historically high rates of absenteeism following the pandemic. As a result, they’re trying to hold students accountable for their work without making it impossible to catch up on missed assignments.

    Though ideas about how to grade students more fairly predate the pandemic, several large districts started rethinking their grading practices following that disruption, as more students struggled to meet strict deadlines or do their homework.

    Proponents of equitable grading say it’s important for students to be able to show what they know over time, and that just a few zeroes averaged into a grade can make it difficult for students to ever catch up. When students don’t see a path to passing a class, it can make them less motivated or stop trying altogether.

    Still, some teachers have pushed back, arguing that no-zeroes policies can hurt student motivation, too.

    That showed up in the recent survey.

    Eight in 10 teachers said giving students partial credit for assignments they didn’t turn in was harmful to student engagement. Opposition to no-zeroes policies came from teachers of various racial backgrounds, experience levels, and who worked with different demographics of students.

    No-zeroes policies can take various forms but often mean that the lowest possible grade is a 50 on a 100-point scale. Some schools use software that will automatically convert lower grades to a 50, one teacher wrote on the survey.

    Schools that enrolled mostly students of color were more likely to have no-zeroes policies, the survey found. And middle schools were more likely than high schools and elementary schools to have no-zeroes policies, no-late-penalty policies, and retake policies.

    Researchers weren’t sure why those policies popped up more in middle schools.

    But Katherine Holden, a former middle school principal in Oregon’s Ashland School District who trains school districts on equitable grading practices, has some guesses.

    High schools may be more worried that changing their grading practices will make it harder for students to get into college, Holden said — a misconception in her eyes. And districts may see middle schoolers as especially likely to benefit from things like clear grading rubrics and multiple chances to show what they know, as they are still developing their organization and time-management skills.

    In the open-ended section of the survey, several teachers expressed concerns that no-zeroes policies were unfair and contributed to low student motivation.

    “Students are now doing below-average work or no work at all and are walking out with a C or B,” one teacher told researchers.

    “Most teachers can’t stand the ‘gifty fifty,’” said another.

    More than half of teachers said letting students turn in work late without any penalty was harmful to student engagement.

    “[The policy] removes the incentive for students to ever turn work in on time, and then it becomes difficult to pass back graded work because of cheating,” one teacher said.

    But teachers were more evenly divided on whether allowing students to retake tests was harmful or not.

    “Allowing retakes without penalty encourages a growth mindset, but it also promotes avoidance and procrastination,” one teacher said.

    Another said teachers end up grading almost every assignment more than once because students have no reason to give their best effort the first time.

    The report’s authors recommend getting rid of blanket policies in favor of letting individual teachers make those calls. Research has shown that other grading reforms, such as grading written assignments anonymously or using grading rubrics, can reduce bias.

    Still, teachers don’t agree on the best approach to grading. In the survey, 58% of teachers said it was more important to have clear schoolwide policies to ensure fair student grading — though the question didn’t indicate what that policy should look like — while the rest preferred using their professional judgment.

    “There are ways to combat bias, there are ways to make grading more fair, and we’re not against any of that,” Tyner said. “What we’re really concerned about is when we’re lowering standards, or lowering expectations. … Accountability is always a balancing act.”

    Nicole Paxton, the principal of Mountain Vista Community School, a K-8 school in Colorado’s Harrison School District 2, has seen that balancing act in action.

    Her district adopted a policy a few years ago that requires teachers to grade students on a 50-100 scale. Students get at least a 50% if they turn in work, but they get a “missing” grade if they don’t do the assignment. Middle and high schoolers are allowed to make up missing or incomplete assignments. But it has to be done within the same quarter, and teachers can deduct up to 10% for late assignments.

    Paxton thinks the policy was the right move for her district. She says she’s seen it motivate kids who are struggling to keep trying, when before they stopped doing their work because they didn’t think they could ever bounce back from a few zeroes.

    “As adults, in the real world, we get to show what we know and learn in our careers,” Paxton said. “And I think that kids are able to do that in our building, too.”

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

    For more news on classroom trends, visit eSN’s Innovative Teaching hub.

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    Kalyn Belsha, Chalkbeat

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  • Strengthening family engagement to support the science of reading

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    Key points:

    While most teachers are eager to implement the science of reading, many lack the time and tools to connect these practices to home-based support, according to a new national survey from Lexia, a Cambium Learning Group brand.

    The 2025 Back-to-School Teacher Survey, with input from more than 1,500 K–12 educators nationwide, points to an opportunity for district leaders to work in concert with teachers to provide families with the science of reading-based literacy resources they need to support student reading success.

    Key insights from the survey include:

    • 60 percent of teachers are either fully trained or interested in learning more about the science of reading
    • Only 15 percent currently provide parents with structured, evidence-based literacy activities
    • 79 percent of teachers cite time constraints and parents’ work schedules as top barriers to family engagement
    • Just 10 percent report that their schools offer comprehensive family literacy programs
    • Teachers overwhelmingly want in-person workshops and video tutorials to help parents support reading at home

    “Teachers know that parental involvement can accelerate literacy and they’re eager for ways to strengthen those connections,” said Lexia President Nick Gaehde. “This data highlights how districts can continue to build on momentum in this new school year by offering scalable, multilingual, and flexible family engagement strategies that align with the science of reading.”

    Teachers also called for:

    • Better technology tools for consistent school-to-home communication
    • Greater multilingual support to serve diverse communities
    • Professional learning that includes family engagement training

    Gaehde concluded, “Lexia’s survey reflects the continued national emphasis on Structured Literacy and shows that equipping families is essential to driving lasting student outcomes. At Lexia we’re committed to partnering with districts and teachers to strengthen the school-to-home connection. By giving educators practical tools and data-driven insights, we help teachers and families work together–ensuring every child has the literacy support they need to thrive.”

    The complete findings are available in a new report, From Classroom to Living Room: Exploring Parental Involvement in K–12 Literacy. District leaders can also download the accompanying infographic, What District Leaders Need To Know: 5 Key Findings About Family Engagement and Literacy,” which highlights the most pressing data points and strategic opportunities for improving school-to-home literacy connections.

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    ESchool Media Contributors

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  • Portland To Issue Land Use Violation Notice To ICE Facility Over Detention Practices – KXL

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    Portland, Ore. — The City of Portland is set to issue a formal land use violation notice this Thursday to the U.S. Immigration and Customs Enforcement (ICE) facility located in Southwest Portland, citing repeated violations of conditions tied to the site’s land use approval.

    An investigation by the city’s permitting bureau, launched in late July, found that the facility violated a key restriction that prohibits holding detainees for more than 12 hours or overnight. Federal records show 25 such violations between October 1, 2024, and July 27, 2025. The most recent instance occurred on May 20, 2025.

    “This facility made clear detention limitation commitments to our community, and we believe they broke those policies more than two dozen times,” said Portland Mayor Keith Wilson. “I am proud of our team for conducting a thorough, thoughtful investigation and referring the matter to the next steps in the land use violation process.”

    In addition to the detention-related violations, the notice also references a separate issue concerning boarded-up windows at the site, although that is not related to the land use conditions.

    The ICE facility at 4310 S. Macadam Ave. has operated under a conditional land use approval since 2011, shortly after the property owner secured a long-term lease with the General Services Administration for ICE-affiliated agencies. The site serves as a processing center where individuals are interviewed to determine their legal immigration status.

    The investigation was prompted by complaints and data from the Deportation Data Project, a nonprofit organization that used the Freedom of Information Act to obtain records from ICE facilities nationwide.

    Under Portland’s land use rules, the site’s operator will have 30 days from receipt of the notice to correct the violation. If evidence supports the city’s findings, civil penalties may be imposed. Additionally, Portland Permitting & Development could schedule a hearing to reconsider the site’s land use approval, typically held at least 60 days after the notice is issued. Any decision made by the hearings officer may be appealed to the Portland City Council.

    For now, the ICE facility is allowed to continue operating under its existing land use approval while the process unfolds.

    As a sanctuary city, Portland does not use local resources to enforce federal immigration law. City employees, including Portland Police Bureau officers, only cooperate with ICE when required by federal law.

    More information is available here.

    More about:


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    Jordan Vawter

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  • Digital Promise and Edthena Partner to Strengthen Science of Reading-Based Instruction Using AI-Powered Coaching

    Digital Promise and Edthena Partner to Strengthen Science of Reading-Based Instruction Using AI-Powered Coaching

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    WASHINGTON, D.C. – Digital Promise and Edthena are partnering to help train and support teachers on Science of Reading-based instruction by incorporating Digital Promise’s Learner Variability Project resources into the Edthena offerings. Now, as teachers complete coaching cycles, they will be able to select a Science of Reading pathway within the AI Coach by Edthena platform and access Digital Promise’s research-based content, strategies, and best practices.

    “Teachers need research-based strategies at their fingertips so they can implement Science of Reading programs with fidelity,” said Barbara Pape, senior director of Digital Promise’s Learner Variability Project. “Our Learner Variability Project resources are steeped in research and made easily accessible through Edthena’s AI Coach.”

    The hundreds of teacher-facing strategy recommendations are backed by published academic studies documenting the predictiveness of student outcomes. The Learner Variability Project builds on emerging research into learner variability to support a whole-child framework for student achievement.

    AI Coach is an adaptive, first-of-its-kind solution that uses conversational artificial intelligence to support teachers as they work through coaching cycles. Within the Science of Reading pathway, teachers will have a full complement of content-specific supports—covering topics such as phonological awareness, sentence structure, and verbal reasoning—to help analyze their teaching and build their students into skilled readers.

    Using the secure platform, teachers independently reflect on their practice and set near-term goals as part of a self-paced module that mirrors the instructional coaching process. Teachers have an interactive conversation with Edie, the AI-driven coach, who asks probing, open-ended questions and offers personalized tips and resources for improvement.

    “The AI Coach process helps all teachers build upon their Science of Reading training by focusing on implementation of best practices,” said Adam Geller, founder and CEO of Edthena. “Our partnership with Digital Promise ensures teachers’ learning experiences within AI Coach are grounded in research on how to help students become fluent readers and reach their full potential as learners.”

    The evidence-based AI Coach process is designed to complement the efforts of school leaders and instructional coaches, and helps to alleviate time and scheduling restraints associated with in-person coaching sessions that can often be a barrier to ongoing professional learning. Teachers can meet with the virtual coach on a schedule that’s convenient to the changing demands of the school day, and have the option to pause and resume their coaching cycle at any point. This enables teachers to get the help they need, when they need it.

    In addition to the newly-added Science of Reading pathway, which is available in both an early-elementary and late-elementary version, teachers can also complete coaching cycles focused on common teaching techniques such as checking for student understanding, balancing student-teacher talk time, facilitating group discussions, and more.

    To learn more about the Digital Promise and Edthena partnership and the Science of Reading pathway in AI Coach, visit https://www.edthena.com/scienceofreading.

    About Edthena

    Edthena is the leading provider of innovative technologies to support educator professional learning and streamline feedback to teachers. The companyoffers the AI Coach platform, an artificial intelligence-driven solution to guide teachers through coaching cycles; the Edthena Video Coaching platform, the classroom observation and collaboration platform for using videos as part of professional development; and Edthena Organization Libraries, a platform for schools and districts to curate and share best-practice teaching videos. Edthena is the recipient of numerous awards from organizations such as SIIA, District Administration, and Tech & Learning. For more information, visit www.edthena.com. For more news about Edthena, visit www.edthena.com/blog/.

    About Digital Promise
    Digital Promise is a global nonprofit working to expand opportunity for every learner. We work with educators, researchers, technology leaders, and communities to design, investigate, and scale innovations that support learners, especially those who’ve been historically and systematically excluded. Our vision is that every person engages in powerful learning experiences that lead to a life of well-being, fulfillment, and economic mobility. For more information, visit the Digital Promise website and follow Digital Promise for updates.

    eSchool News Staff
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    ESchool News Staff

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  • 5 ways to use technology for classroom creativity

    5 ways to use technology for classroom creativity

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    Key points:

    Technology has enhanced the opportunities for students to be creative and engage in school work that is meaningful and unique.

    Why creativity?

    Creativity is an essential skill for all students to have. Creative projects help students connect new information to prior knowledge through critical thinking and problem solving. Assignments that engage students in creative practices motivate hard-to reach students and provide an opportunity for all students to be successful.

    Classrooms that include creative activities are those with students who are resilient and confident. Creativity pushes students to overcome challenges through productive struggle. This builds emotional development and lifelong skills that will help them in any future career they may have. Technology has made creative opportunities more accessible for teachers and students. With the use of technology, students are better able to apply their knowledge in different ways and be creative in their learning.

    These are 5 ways you can use technology to promote creativity in your classroom:

    1. Engagement with AI: There are several AI tools like School AI and Magic School that students can use that will promote their creativity. These tools have spaces where students can ask questions to historical figures, participate in problem-solving simulations, and learn through hands-on exploring. Using the AI spaces provides students with an immersive experience that is powerful and engaging. These spaces create a virtual experience that results in a deeper understanding of the content through applied creativity.
    2. Collaboration on Google platforms: Using Google Sites like Google Classroom, Google Slides, Google Docs or Google Earth makes for easy sharing and collaboration on class projects. These sites can be used for all subjects and grade levels and are limitless in opportunities. Google tools can be used for
      collaborative writing, assignment presentations, and implementing collaboration into assignments and daily routines helps build a sense of community in which students can work closely with one another, share ideas, and be creative in how they learn. All of the Google Workspaces have a wide variety of tools and resources for students to try out and implement into their work. Collaborating with Google will introduce them to new settings and content while being motivated and excited about their work. Working closely with peers allows them to think creatively.
    3. Experimentation and risk taking through coding: Coding has a lot of real world applications and is very engaging for students. There are several sites that students can use like Code.org and Scratch. Coding can be used in a variety of ways. Students can make a creative writing piece come to life, students can code a math learning game, or even share what they have learned about a science or social studies topic like an animal’s environment. When slowly introduced, coding is a challenging and exciting way to create projects for any subject. There are hundreds of tools and settings that students can get creative with and explore independently that lead students through a trial and error process causing them to think creatively.
    4. Interactive lessons: There are several web tools like Nearpod and Peardeck that help bring your daily lessons to life. Implementing interactive lessons provides students with the opportunity to participate in open-ended questions, collaborate with their peers, and think creatively about the content they are learning. Moving away from the traditional classroom setting and allowing students to be creative in how they learn will be beneficial to them.
    5. Open-ended assessments using online applications: Technology has given us an unlimited amount of resources for enhancing teaching and learning. Students are now able to show their learning in more ways than they have ever
      been able to before. There are many assessment platforms that encourage creative thinking from students in a way that works best for them. Students who are writers can publish on Book Creator or Storybird. For those who enjoy speaking can create a podcast using the Podcasts app. For students who love collaborating and creating presentations, resources including Canva and Padlet are great options. All of these modes for assessing allow students to be creative and apply their knowledge in different ways compared to a traditional assessment.
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    Macy Quinton, Elementary School Teacher

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  • Friday 5: The pivotal role of school libraries

    Friday 5: The pivotal role of school libraries

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    Key points:

    School libraries have evolved from stereotypical hush-hush environments to bustling resource centers where students not only learn to locate and evaluate information, but where they develop critical skills guided by digital media specialists.

    Let’s take a look at what makes libraries such critical parts of the school environment:

    Why do libraries matter?

    Study after study has shown that effective library programs can increase student literacy and test scores and create more equitable student outcomes. Having access to the skills needed to decode text and other media impacts our students now and forever. Literacy can make or break their school performance and enhance their career and civic participation. All our students should have access to a school library and a certified librarian to help improve reading levels and foster critical thinking and source analysis. There are many types of school libraries–here’s why they’re all essential.

    What is the purpose of a school library?

    As we examine elementary school library best practices, we realize the true purpose of a school library is not limited to one specific idea. Rather, a school library serves myriad purposes for students, teachers, and even community members. Here are four key ways librarians are leading digital transformations to meet the varied needs of all who use them.

    What are the characteristics of a library?

    Library innovations in the 21st century include building a space that students actually want to inhabit, which is imperative to facilitating their learning and curiosity when it comes to reading. In some cases, that means out with the stuffy, shush-filled library, and in with the coffee shop vibes. Because as long as a student simply enters the space–even if it’s just to hang out–that gives us the opportunity to make a connection with them. Discover 5 functions of a school library here.

    What makes an effective school library?

    When you think of a school librarian, what comes to mind? Is it shelving, stamping, and shushing? That’s the stereotype you’re probably most familiar with. Librarians are so much more than this, though. They’re the keepers of the information, the resource kids use to explore new lands through the turning of pages–but their role as librarians is one that has historically been misunderstood. Because as times have changed, technology has advanced, and student needs have evolved–so, too, has the role of the librarian. Here’s why librarians are essential, and why the importance of the school library for students can’t be overstated.

    What are the three key roles of school librarians?

    School librarians play a critical role in teaching and learning, research, and sharing information. Gone are the days when a school librarian’s job was defined by shushing, rocking, and reading.  While reading out loud and building a love of literacy is still a foundational part of their job in a school, school librarians in the school media center wear many, many hats and touch many lives in the course of a day’s work. Here are 10 reasons to love your school librarians.

    Laura Ascione
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    Laura Ascione

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  • Teachers stan AI in education–but need more support

    Teachers stan AI in education–but need more support

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    Key points:

    The majority of teachers are enthusiastic and eager about the potential of AI in education and incorporating AI in the classroom, but remain unsure of where to start, according to a new study from Canva.

    What is the importance of AI in education?

    Teachers recognize the transformative potential of AI tools for education, but still need support and professional development to effectively incorporate it into their teaching practices.

    “These findings underscore teachers’ genuine excitement about the promise of artificial intelligence and the huge potential this technology has in the classroom. Teachers are looking to supercharge their lessons, foster creativity, and cut down on manual administrative tasks. It’s no surprise artificial intelligence is top of mind for educators across the globe,” said Jason Wilmot, Canva’s Head of Education Products.

    What are the advantages of AI in education?

    Canva’s study found 78 percent of teachers are interested in using AI education tools, but their experience with the technology remains limited, with 93 percent indicating they know “a little” or “nothing” about it – though this lack of experience hasn’t stopped teachers quickly discovering and considering its benefits:

    • 60 percent of teachers agree it has given them ideas to boost student productivity
    • 59 percent of teachers agree it has cultivated more ways for their students to be creative
    • 56 percent of teachers agree it has made their lives easier

    Teachers are particularly optimistic about the positive impact of artificial intelligence on students with different learning needs with 72 percent percent of respondents agreeing the technology could help with language learning, and 67 percent agreeing it could support universal accessibility.

    “This technology has the potential to have a profound impact on the way teachers are able to personalize content to meet the needs of individual students, no matter where they are in their learning journey,” Wilmot added.

    How is artificial intelligence used in education?

    The study affirmed the increasingly important role of technology in the classroom and the future of AI in education, with 92 percent of teachers using apps or services in their teaching, and 78 percent using those apps at least weekly. When looking at the ways teachers are already using generative artificial intelligence, the most common uses were:

    • Creating teaching materials (43 percent)
    • Collaborative creativity/co-creation (39 percent)
    • Translating text (36 percent)
    • Brainstorming and generating ideas (35 percent)

    “AI is something I’m learning alongside of my students. I know my students need to learn it and we need to tie the tools to pedagogy for it to be useful in the classroom,” said George Lee, a high school teacher in San Francisco, California. “It serves as the spark to ignite my students’ curiosity and creativity to further ideate. This is especially true for students who lack resources and experiences. I see AI as a tool that levels the playing field for all my students.”

    What will be the future of AI in education?

    As this technology continues to develop, educators remain optimistic about its various applications in the classroom and finding the best AI tools for teachers. Canva’s study found teachers are most interested in using artificial intelligence for:

    • Simplifying language (67 percent of teachers interested)
    • Summarizing information (62 percent of teachers interested)
    • Generative art (63 percent of teachers interested)
    • Data visualization (66 percent of teachers interested)
    • Image and video manipulation (63 percent of teachers interested)

    “AI is transforming education, and teachers clearly see its value,” said Carly Daff, Canva’s Head of Teams and Education. “We are thrilled to meet this need by bringing AI features to Canva and training teachers to use it, all while modeling safe, responsible, and thoughtful AI implementation.”

    In response to this demand, Canva announced its biggest-ever education launch, which includes Classroom Magic, a suite of free AI-powered tools designed with teachers and students in mind. With more than 60 million teachers and students using Canva around the world, this was a sea-change event for AI in education. Unlike other AI tools for schools, Canva’s support educators with their day-to-day duties—everything from administrative tasks to writing lesson plans, designing presentations, and creating high-quality animations with the help of AI.

    This poll was conducted by Morning Consult from Aug. 6-11, 2023, among a sample of 1,004 educators in the U.S. The interviews were conducted online, and the data were weighted to approximate a target sample of educators based on age, race/ethnicity, gender, educational attainment, and region. Results from the full survey have a margin of error of plus or minus 3 percentage points.

    This press release originally appeared online.

    Laura Ascione
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    Laura Ascione

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  • Rising ransomware attacks on education demand defense readiness

    Rising ransomware attacks on education demand defense readiness

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    Key points:

    Ransomware attacks continue to wreak havoc on the education sector, hitting 80 percent of lower education providers and 79 percent of higher education providers this year. That’s a significant increase from 56 percent and 64 percent in 2022, respectively.

    As “target rich, cyber poor” institutions, schools store massive amounts of sensitive data, from intellectual property to the personal information of students and faculty. Outdated software, limited IT resources and other security weaknesses further heighten their risk exposure. In a ransomware attack, adversaries exploit these vulnerabilities to infiltrate the victim’s network and encrypt their data, effectively holding it hostage. After encryption, bad actors demand ransom payment in exchange for the decryption key required to retrieve their files.

    But the ramifications of ransomware extend beyond the risk of data exposure and recovery costs; attacks can also result in downtime that disrupts learning for students. The impact of ransomware has grown so severe that the Biden Administration has even committed to providing ongoing assistance and resources to support schools in strengthening their cyber defenses.

    So, while ransomware in the education sector isn’t a new phenomenon, the stakes remain high. And with both higher and lower education institutions reporting the highest rates of attacks among all industries surveyed in a recent study, the need for increased defense readiness in the education sector has never been more evident.

    3 ransomware trends disrupting classrooms in 2023

    Cybercriminals have refined the ransomware-as-a-service (RaaS) model in recent years, enabling adversaries to specialize in different stages of attack. Amid the current ransomware surge, IT and security leaders in education must remain aware of the evolving threat landscape so they can effectively safeguard their networks and systems.

    Here are some trends from The State of Ransomware in Education 2023 report that demand attention now:

    1. Adversaries are leveraging compromised credentials and exploited vulnerabilities. More than three-quarters (77 percent) of attacks against higher education institutions and 65 percent against early education institutions this year originated from compromised credentials and exploited security flaws in software.

    Although the root causes of attacks are similar across other industries, educators experienced a significantly higher number of attacks that originated from compromised credentials. The sector’s lack of adoption of multi-factor authentication (MFA) technology — a critical tool in preventing these types of attacks — likely plays a role in this trend.

    2. Educational institutions lag behind other sectors when it comes to data backups. The use of data backups is critical in recovering encrypted data and reducing downtime in the event of an attack. Still, only 63 percent of higher educational organizations use backups, falling below the cross-sector average of 70 percent. Lower educational institutions perform slightly better in this area, with 73 percent of organizations backing up their data.

    However, the use of backups to recover encrypted data decreased in the last year — a concerning trend given the high rate of ransomware attacks against the sector.

    3. Educators are paying ransoms. But should they? Education had one of the highest rates of ransom payouts of all industries, with 56 percent of higher education institutions and 47 percent of lower education institutions paying the ransom in attacks in 2023. Educators’ willingness to pay ransom often stems from factors like the critical nature of their operations and the potential impact of data exposure on staff and students.

    But paying the ransom is a risky and often costly move because there’s no way to guarantee adversaries will provide the decryption key. Even if they do, victims may still need to spend significant time and resources recovering data. In fact, paying the ransom actually increased recovery costs and lengthened recovery times for victims this year.

    Empowering educators: How to defend against ransomware attacks

    Factors like resource constraints can make it difficult to maintain comprehensive and up-to-date cybersecurity measures. But with an understanding of optimal incident response protocols and adversaries’ tools, techniques, and procedures (TTPs), you can prioritize practices and investments that bolster your institution’s defenses against ransomware.

    • Explore CISA guidelines and toolkits for recommendations and best practices when it comes to information sharing, maintaining defenses with limited resources and more.
    • Maintain proper cybersecurity hygiene through routine patching and regular reviews of security tool configurations. Don’t be afraid to lean on a third-party expert for help assessing the effectiveness of your defenses.
    • Defend against common attack vectors with tools like MFA and zero trust network access to prevent the exploitation of compromised credentials.
    • Employ managed detection and response (MDR) services to enhance your security with round-the-clock threat monitoring.
    • Leverage adaptive technologies that automatically respond to attacks to buy you response time.
    • Prepare for the worst by regularly backing up your data and maintaining an incident response plan that reflects the current threat landscape.
    • Raise awareness among staff about the dangers of ransomware and best practices they can follow to mitigate risk.

    Cyberattacks are inevitable, and ransomware is a common form of attack in the education sector. But you’re not helpless — you have the ability to exercise control over your institution’s digital preparedness.

    By adhering to best cybersecurity practices, implementing tools that defend against emerging threats, and outsourcing services when necessary, you can equip your institution to respond to potential threats in an effective and timely manner.

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    Rob Lalumondier, Vice President, U.S. Public Sector, Sophos Contributor

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  • The science of reading, beyond phonics

    The science of reading, beyond phonics

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    Key points:

    Schools across the country have been shifting their reading strategies to incorporate knowledge and best practices they have learned from the science of reading. More than 30 states have written legislation that requires schools to utilize scientifically researched instructional strategies.

    The largest change most states will see as a result is a dramatic increase in explicit phonics instruction. As a result, an increasing number of students will be able to access grade-level texts.

    I predict this will be reflected in summative and benchmark scores. However, picking words off the page is only a portion of what is measured in benchmark assessments. If we wish to see continued success, we will need to use everything the science of reading has taught us and provide students with a healthy diet of explicit literacy instruction that includes foundational skills like decoding, in addition to building content knowledge and higher-order comprehension strategies.

    While I do believe that there will be some adjustment to find the right mix, I don’t think improved literacy results from aligning instruction to the science of reading will be cyclical or short-lived. Schools are on the right track; they just need to find the correct balance between instruction and reading experiences.

    Combining phonics and background knowledge

    The science of reading is not a program, curriculum, nor something you can purchase. It’s a collection of scientific research from a variety of fields—including cognitive psychology, education, and neuroscience—that helps us understand how we acquire written language.

    Instruction aligned to the science of reading is sequential and explicit. Currently, it may seem like the science of reading is focused solely on phonics. Perhaps that is an over-correction in response to several popular reading programs that place too small an emphasis on phonics. However, the science of reading includes a lot of research about the importance of skills like background knowledge, vocabulary, and concepts of print.

    In fact, background knowledge can even make phonics instruction more effective. If a student is spending 80 percent of their mental energy trying to figure out what the words on the page mean, they only have 20 percent left to decode. The more background knowledge they have, the more vocabulary they bring to bear on the assignment, and the more they are able to focus on applying their phonics skills.

    Background knowledge and vocabulary also allow students to self-check as they read. If a student decodes the word “cake,” but they’ve never encountered it before, they have no way to know if they actually applied their decoding skills correctly. If they were at a birthday party a few days ago and know what cake is, they have immediate confirmation that they got the word correct when they decode it.

    The need for authentic texts

    To be truly skilled readers, students need diverse experiences and a varied vocabulary. I live in Connecticut, and if a teacher here asked students to read about college football on an assessment, they wouldn’t do as well as students from Texas, where college football is a lot more relevant. Reading a variety of texts on subjects they are already interested in will help students expand their background knowledge and vocabulary naturally over time by adding to what they already know and get excited about.

    Instructional material for student reading is often very didactic. Its purpose is to be used by a teacher to give examples of different elements of writing, and it’s usually highly patterned to make those elements, like a main idea or a conclusion, relatively easy to pick out. Text in the real world isn’t structured the same way. It’s messier, and not laid out in the same way every time. To improve their reading and comprehension skills, students need access to authentic texts whose main purpose is to entertain and inform.

    Libraries that are designed to be enjoyed—whether they’re traditional libraries, digital libraries, or classroom libraries—motivate students to read. When I was in school, one of my teachers flagged me as a reluctant, struggling reader. Every time the moment came to pick up our copy of Island of the Blue Dolphins, I appeared, at best, distracted, and at worst, like I would much rather be anywhere else. However, when we started the next book, a fantasy novel, I finished it independently that same day. Access to books students enjoy can be the difference between them doing everything in their power to avoid reading and them sitting at their desks during recess because they can’t put their books down.

    Ideally, a teacher provides explicit instruction, models the new skill, does it with their students, and then sends students off to practice the new skill in something similar to a real-world context. If students don’t have engaging material to read, they’ll only practice their new reading skills when they’re told to, and that’s not enough.

    Reading as a steppingstone to higher literacy skills

    A good library will offer students not just texts they’re eager to read, but writing that exposes them to things outside their typical experience. This helps expand background knowledge and generate engagement. These days, digital libraries offer a supportive reading experience by providing features such as the ability to hear a fluent reader reading aloud. Many of them offer a glossary, so students can look up unfamiliar words as they read, growing their vocabulary naturally from in-context examples. Once a student finishes reading an article on axolotls, for example, they can move on to another article about reptiles and see many of the same vocabulary words in slightly different contexts.

    Unfortunately, instead of receiving accessible texts with scaffolds to support them, what struggling or disinterested students often receive are watered-down texts at a lower difficulty level. Reading a book for younger children can make an already discouraged student feel even worse, and those simpler texts won’t push them to develop their comprehension skills at the appropriate level, which they need to do if they are going to catch up.

    My hope for the future is that educators won’t let the pendulum swing too far in the direction of phonics. Students are finally getting the kind of explicit instruction in reading that they need and deserve, but they also need lots of opportunity—and motivation!—to practice this foundational academic skill along the way. Whether you graduated from teacher prep in 1950 or 2023, one universal truth all teachers know is that students become good readers by reading, and great readers by enjoying authentic, engaging texts.

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    Joe Burns, Product Marketing Expert, Capstone Publishing

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  • How immersive technology can empower students (and teachers) to learn

    How immersive technology can empower students (and teachers) to learn

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    Immersive, experiential technology is transforming how both students and teachers learn. Augmented and Virtual Reality (AR and VR) provide deeper engagement, opportunities for collaboration, and hands-on learning that places newly acquired knowledge and skills in context.

    For students, immersive technology can make abstract concepts tangible through interactive visuals. But immersive technology is useful for teachers, too, powering professional learning that helps educators translate research and theory to actionable practices through dynamic examples.

    When purposefully designed, augmented reality opens equitable pathways to deep student learning.

    Created in partnership with Verizon Innovative Learning, an education initiative that supports digital equity and inclusion in education, McGraw Hill AR is a free augmented reality app that provides engaging, bite-sized experiences that promote deep conceptual learning. The app makes complex concepts in algebra, social studies, and ELA more tangible through powerful, interactive visuals.

    What I liked the most about using the app was that that you could see around it, and you could move around, and see all around the shape.” – Middle School Student from Hawkins Street School, NJ

    Immersive technology must be built on sound pedagogy and content.

    The activities in McGraw Hill AR were purposefully selected based on which learning objectives could be best supported by augmented reality, leveraging immersive experiences deliberately for meaningful instruction. Each standards-aligned activity follows a consistent pedagogy and was built from high-quality content.

    Immersive learning has the power to promote equity.

    On Verizon Innovative Learning HQ, educators can find free standards-aligned lesson plans to accompany each activity in the app, designed to make next-gen tech more accessible to all educators and school communities and inspire all students to become innovators and creators. The multimodal nature of immersive technology provides more access points for learners, engaging them in concepts that previously may have remained out of reach.

    We’ve only just begun to tap into the potential of immersive learning for students.

    McGraw Hill AR is always expanding – five more social studies activities will be released by December 2023, science activities will arrive in the fall, and Spanish versions are live now. Chromebook compatibility is coming soon, too, making the app accessible to schools without tablets or phones in classrooms, further broadening the reach of immersive learning.

    Immersive learning isn’t just for students. Teachers deserve engaging professional learning, too.

    Educators are life-long learners. If we expect them to continue to refine their craft and adapt to changing classrooms, they deserve innovative, engaging, and meaningful professional learning opportunities.

    McGraw Hill Plus™ for PreK–12 is an innovative new tool that simplifies educators’ daily workflow by connecting and transforming data from multiple digital solutions. It uses this rich data to generate personalized instructional recommendations, driving scalable personalized learning and empowering schools to implement transformative instructional models, like mastery-based learning.

    McGraw Hill Plus for PreK-12 reaches its full potential in the hands of a skilled, knowledgeable, and creative educator who has been given opportunities to understand what it means to personalize instruction, and what modern classrooms can look like. That’s where McGraw Hill’s Immersive Classroom Experience comes in.

    Virtual reality provides teachers with a first-hand look at personalized learning in action.

    Available using Oculus or on desktop, the Immersive Classroom Experience uses virtual reality to help teachers explore how they can leverage McGraw Hill Plus for PreK-12 to personalize learning and foster student agency. When teachers “enter” the classroom, they can interact with students and explore the tools and materials being used in the room.

    Students in the virtual reality classroom explain to visitors where they are in their personal learning journeys and how the student-directed environment empowers them to thrive. They discuss how the Standards and Skills Graph (a data visualization tool within McGraw Hill Plus) helps them better understand their areas of growth, and how various curriculums and materials work together in their classroom. Ultimately, VR provides a controlled, safe, flexible environment for teachers to explore what their classroom could become, and how to make that transformation a reality.

    Educators deserve to own their learning journeys, too.

    Immersive learning makes complex concepts tangible. VR brings to life transformative instructional models and innovative uses of technology for teachers. On-demand professional learning resources that are related to the observed best practices are linked directly within each zone of the Immersive Classroom. Teachers can interact with students, explore the classroom materials, and leverage the corresponding professional learning resources in a manner and pace that suits their needs.

    Immersive learning experiences have the power to place ownership in the hands of more students and more teachers.

    Dr. Shawn Smith, Chief Innovation Officer of McGraw Hill School and whose team created both McGraw Hill AR and the Immersive Classroom Experience within McGraw Hill Plus for PreK-12, believes AR and VR hold exciting implications.

    “We’ve just begun to explore the possibilities with immersive, experiential learning for students and teachers,” says Smith. “With powerful, dedicated partners like Verizon Innovative Learning and our own team of learning scientists, we can deliver deeply engaging learning experiences to more teachers and learners by expanding our VR and AR to more disciplines, more learning objectives, and more applications of pedagogy.”

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  • Teacher helps implement the science of reading ‘one bite at a time’

    Teacher helps implement the science of reading ‘one bite at a time’

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

    Indiana is in the midst of an enormous undertaking to improve literacy rates. The approach: Align state standards, curriculum, and teacher training programs with practices rooted in the science of reading, which emphasizes phonics to help students decode words.

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    When it comes to digital equity, U.S. schools are well-positioned to help families get online with low-cost, high-speed internet options through the federal government’s Affordable Connectivity Program

    Mentorship is an essential aspect of professional growth and development for early childhood educators, but for many training programs, mentorship components are either not well supported or are missing altogether.

    Educators face myriad dilemmas in the wake of ChatGPT’s explosion, with some of the most popular including teaching with ChatGPT and how to address student use of AI chatbots in assignments.

    Belonging is a fundamental human need. We are all searching for a sense of connection with the people and places in our lives. Students and school staff are no different.

    School models are, for the most part, outdated–and very overdue for replacement. When students reach high school, research shows that close to 66 percent of students are disengaged.

    Our students’ belief that everything they need to know is online can, without the right skillset, leave them prey to misinformation. So how do we teach our students to steer through the online ocean of data to be both effective researchers and responsible digital citizens?

    In early September, CISA announced a voluntary pledge for K-12 education technology software manufacturers to commit to designing products with a greater focus on security.

    Every teacher hopes to ignite, empower, and engage the students who walk through their classroom door. Ample research has shown that student engagement is crucial to overall learning and long-term success.

    Incorporating social and emotional learning (SEL) throughout the school day has risen in popularity over the last few years, especially to counteract the increasing rates of anxiety and depression in students.

    With so much publicity, it is reasonable to assume that all students from middle school through post-secondary are aware of ChatGPT’s power. Whether you like it or not, we have a new partner in the classroom.

    Want to share a great resource? Let us know at submissions@eschoolmedia.com.

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    Aleksandra Appleton, Chalkbeat Indiana

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