Category: Learning

  • Humans in an AI world

    Humans in an AI world

    Key points:

    Like it or not, AI is evolving, and it is cementing its place in education. And the CoSN 2025 Conference is preparing attendees to meet the AI challenge head-on, focusing this year’s conference theme on human leadership in an AI world.

    Register here to attend this year’s conference in Seattle.

    Ken Shelton, an independent consultant, speaker, advisor, and strategist, opens the conference on Monday, March 31 with his keynote, Reimagining Learning with AI: A Path to Empowerment. Shelton will explore the promises and perils of leveraging AI in education and will delve into strategies for maximizing AI’s benefits while addressing its risks, ensuring that AI becomes a tool for true empowerment in education.

    On Tuesday, April 1, panelists Lindsay E. Jones, CEO of CAST, Lindsay Kruse, CEO of All Means All, and Rachell Johnson, director of assistant technology at SCATP, will participate in a general session, Leadership, Not Bystanders, moderated by Sarah Radcliffe, director of Future Ready Learning in the School District of Altoona. Panelists will discuss how can to ensure that no student is overlooked as AI continues to reshape education.

    The closing keynote on Wednesday, April 2, Beyond the Algorithm–Building Trust, Access, and Purpose in AI-Enhanced Education, features Richard Culatta of ISTE + ASCD, Victor Lee of the Graduate School of Education at Stanford University, Pati Ruiz, EdD, of Digital Promise, and Kris J. Hagel of the Peninsula School District. The discussion will focus on ensuring AI enhances, rather than diminishes, human potential in education.

    Workshops include:

    • Student data privacy
    • Generative AI implementation
    • Education leadership in the digital age
    • AI and leadership
    • Organizational change management for digital transformation

    Spotlight sessions cover cybersecurity and physical security, tackling cell phones in classrooms, top edtech trends in 2025, edtech and AI quality indicators, and FERPA.

    Wondering what the CoSN conference has for you?

    Chief Technology Officers 

    • Learn proven strategies for getting the dollars you need to build the infrastructure for today and tomorrow
    • Connect with your peers and build your community of practice
    • Discover how to stretch scarce resources to make the greatest impact on teaching and learning Instructional Technology Directors

    Instructional Technology Directors 

    • Hear about new tools and models for engaging students and personalizing instruction
    • Strategize about how to bridge the gap between the technical and instructional silos
    • Improve your leadership skills and how to scale technology beyond islands of innovation

    Superintendents, District Teams, and Education Service Agencies 

    • Hear from thought leaders on how to create a vision for digital conversion and continuously improving innovative culture in your district
    • Learn tips for breaking down the silos and leveraging technology to enable a 21stcentury school system
    • Share creative and strategic solutions about how to create robust learning environments at school and at home 

    Industry, Government, and Nonprofit Representatives 

    • Understand what is keeping school system technology leaders up at night 
    • Share information on emerging tools and services for learning
    • Learn about better strategies and models for implementing, maintaining, and evaluating technology for learning
    Laura Ascione
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  • Product Enhancements from Discovery Education Foster Improved Engagement and Personalization

    Product Enhancements from Discovery Education Foster Improved Engagement and Personalization

    Charlotte, NC — Discovery Education, the creators of essential K-12 learning solutions used in classrooms around the world, today announced a host of exciting product updates during a special virtual event led by the company’s Chief Product Officer Pete Weir. Based on feedback from the company’s school-based partners, these updates make teaching and learning even more relevant, engaging, and personalized for users of Discovery Education products.

    Among the enhancements made to Discovery Education Experience, the essential companion for engaged K-12 classrooms that inspires teachers and motivates students, are:  teachers and motivates students, are:

    • Improved Personalized Recommendations for Teachers: With thousands of resources in Experience, there is something for every classroom. The new Core Curriculum Complements feature in Experience automatically surfaces engaging resources handpicked to enhance school systems’ core curriculum, simplifying lesson planning and ensuring tight alignment with district priorities. Additionally, Experience now offers educators Personalized Content Recommendations. These content suggestions made to individual teachers are based on their unique profiles and preferences, or what is frequently used by other educators like them.
    • An Enhanced AI-Powered Assessment Tool: Originally launched in 2024, this tool is the first in a new suite of AI-powered teaching tools currently under development, and it empowers educators to create high-quality assessments using vetted resources right from within Experience. Educators can now more easily customize assessments according to reading level, question type, Bloom’s Taxonomy, and more – ensuring optimal learning experiences for students. Educators can also review and tailor the questions and, once ready, export those questions into a variety of formats.
    • A New Career Exploration Tool for All Discovery Education Experience Users: Career Connect – the award-winning tool that connects K-12 classrooms with real industry professionals – is now accessible to all Discovery Education Experience users. With this new feature, classrooms using Experience can directly connect to the professionals, innovations, and skills of today’s workforce. Furthermore, Experience is now delivering a variety of new career pathway resources, virtual field trips, and career profiles – building career awareness, inviting exploration, and helping students prepare for their future.
    • A newly enhanced Instructional Strategy Library: To elevate instruction and better support teachers, Discovery Education has enhanced its one-stop-spot for strategies supporting more engaging, efficient, and effective teaching. The improved Instructional Strategy Library streamlines the way educators find and use popular, research-backed instructional strategies and professional learning supports and provides connected model lessons and activities.

    Also announced today were a host of improvements to DreamBox Math by Discovery Education. DreamBox Math offers adaptive, engaging, and scaffolded lessons that adjust in real time to personalize learning so that students can build confidence and skills at their own pace. Among the new improvements to DreamBox Math are:

    • Major Lesson Updates: Based on teacher feedback, Discovery Education’s expert curriculum team has updated DreamBox Math’s most popular lessons to make them easier for students to start, play, and complete successfully. Students will now encounter lessons with updated scaffolding, enhanced visuals, greater interactivity, and added context to ground mathematical concepts in the curriculum and the world they live in.
    • A New Look for Middle School: Middle school students will encounter a more vibrantly colored and upgraded user interface featuring a reorganized Lesson Chooser whose intuitive design makes it easy to identify teacher-assigned lessons from their personalized lesson options. Additional updates will follow throughout the year.
    • New Interactive Curriculum Guide: Discovery Education has strengthened the link between DreamBox Math and school systems’ core instruction with an Interactive Curriculum Guide. Educators can now explore the breadth and scope of DreamBox content by grade and standard to locate, preview, and play lessons, increasing familiarity with lessons, and enhancing targeted instruction. The DreamBox Math team will continue to make updates to standards and curriculum alignments throughout the year.

    To watch a replay of today’s special event in its entirety, and to learn about additional updates to Discovery Education’s suite of K-12 solutions, visit this link.

    “Discovery Education understands teachers’ sense of urgency about closing the achievement gaps highlighted by recent NAEP scores,” said Pete Weir, Discovery Education’s Chief Product Officer. “In response, we accelerated the development and deployment of what has traditionally been our ‘Back-to-School’ product enhancements. The stakes for our students have never been higher, and Discovery Education is dedicated to putting the highest-quality, most effective resources into teachers and students’ hands as soon as possible.”

    For more information about Discovery Education’s award-winning digital resources and professional learning solutions, visit www.discoveryeducation.com, and stay connected with Discovery Education on social media through X, LinkedIn, Instagram, TikTok, and Facebook.    

    eSchool News Staff
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  • CASEL Becomes New Home for Engaging Schools Resources

    CASEL Becomes New Home for Engaging Schools Resources

    The Collaborative for Academic, Social, and Emotional Learning (CASEL) recently announced that it has become the new steward of Engaging Schools’ extensive body of educational resources. With Engaging Schools set to close in early 2025 after more than four decades of impact, CASEL will ensure the organization’s valuable tools, books, and frameworks remain available to educators worldwide.

    As part of this transition, CASEL is making these resources freely accessible to the public. Over time, CASEL will integrate elements of Engaging Schools’ work into several areas including the free Guide for Schoolwide SEL to further advance high-quality, evidence-based SEL implementation in schools and districts.

    “For more than 40 years, Engaging Schools has helped educators create safe and supportive learning environments where students thrive,” said Aaliyah A. Samuel, president and CEO of CASEL. “We are honored to carry forward their legacy by making these resources widely available and embedding them into our work to create school communities that prioritize academic, social, and emotional development.”

    Engaging Schools has long been recognized for its contributions to fostering inclusive school climates, strengthening restorative and equitable  discipline, and advancing engaging  teaching practices. 

    “We take immense pride in the lasting impact of Engaging Schools’ work,” said Larry Dieringer, Executive Director of Engaging Schools. “Though our organization’s chapter is closing, we are deeply grateful to CASEL for ensuring our resources continue to benefit educators and students for years to come.”

    For more than 30 years, CASEL has been a trusted leader in advancing SEL through research, practice, and policy. By integrating Engaging Schools’ resources into its offerings, CASEL reaffirms its commitment to supporting educators with the tools they need to create engaging, inclusive, and academically rich learning environments.

    To access Engaging Schools’ resources now available through CASEL, visit casel.org/engagingschools.

    Kevin Hogan
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  • 5 powerful ways to link STEM lessons to real-world applications

    5 powerful ways to link STEM lessons to real-world applications

    Key points:

    “Why are we learning this?”

    This is a question every educator has faced before. To be fair, it’s a valid question. Students are naturally curious, and it’s normal for them to wonder about the knowledge that they’re acquiring. The real issue is how we, as educators, choose to respond to them.

    In my experience, teachers have two standard replies to this question:

    1. They’ll try to explain the subject in detail, which results in a long-winded answer that confuses their students and doesn’t satisfy them.
    2. They’ll argue that the information is important because it’s on an upcoming test, which typically leaves students feeling frustrated and disengaged.

    Either way, the result is the same: Students lose all legitimacy in the lesson and they’re unable to connect with the content.

    If we want our students to engage with the material in a way that’s memorable, meaningful, and fun, then we need to help them discover why it is important. Teachers can accomplish this by introducing real-world connections into the lesson, which reveal how the information that students acquire can be practically applied to real-world problems.

    Without building these connections between the concepts our students learn and real-world applications, students lose interest in what they are learning. Using the strategies below, you can start to build student investment into your classroom content.

    The everyday enigma

    Use everyday items that operate with mystery and frame your lesson around them. Your students’ curiosity will drive them to learn more about the object and how it functions. This allows students to see that the small concepts they are learning are leading to the understanding of an object that they interact with daily. When choosing an item, pick one that is familiar and one that has multiple STEM elements. For example, you could use a copper wire to discuss electrical currents, a piece of an automobile to explore chemistry and combustion, or shark teeth when teaching about animal adaptations and food chains.  

    Interest intersect

    Connect your students’ personal hobbies to the subject matter. For instance, if you have a student who is really passionate about soccer, try having them create a mini poster that connects the sport to the concepts learned in class. This gets them to think creatively about the purpose of content. This strategy has the additional benefit of helping teachers learn more about their students, creating opportunities to build communication and rapport.

    Get an expert

    Invite professionals (scientists, engineers, etc.) to talk with your class. This gives students a first-hand account of how the concepts they are learning can be applied to different careers. If you’re teaching chemistry, consider inviting a nurse or doctor to share how this subject applies to human health. If you’re teaching math, a local architect can expound on how angles and equations literally shape the homes in which students live. Not only does this provide a real-world example of students, but it helps schools connect with their community, creating vital relationships in the process.           

    Problem to progress

    Create an engineering investigation based on a local, real-world problem. For instance, I once knew a music teacher who was frustrated because pencils would regularly fall off his music stands. I challenged my 5th grade students to create a solution using the engineering design process. Not only did they succeed, but the experience allowed my students to see the real-world results of the inventions they created. When students understand that their work can make a tangible difference, it completely changes their relationship with the material.  

    Project-based learning

    Project-based learning is driven by inquiry and student ownership. This allows students to make contributions to the real world through hands-on investigations. What makes these inquiry-focused lessons so useful is that students are the driving force behind them. They choose how to approach the information, what questions to pursue, and what solutions they want to test. This makes the learning intensely personal while taking advantage of students’ natural curiosity, creativity, and critical-thinking skills. If you need a little help getting started, consider using one of these Blue Apple projects from Inquiry Outpost.

    By linking our STEM lessons to real-world experiences, teachers can provide a meaningful answer to the age-old question of, “Why are we learning this?” We can equip our students with the skills to not only navigate everyday challenges but also create positive change within their own communities. So, let’s empower young learners to see the relevance of STEM in their lives, and lay a strong learning foundation that will support them well beyond the classroom.

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  • AI Support for Teachers

    AI Support for Teachers

    Collaborative Classroom, a leading nonprofit publisher of K–12 instructional materials, announces the publication of SIPPS, a systematic decoding program. Now in a new fifth edition, this research-based program accelerates mastery of vital foundational reading skills for both new and striving readers.

    Twenty-Five Years of Transforming Literacy Outcomes

    “As educators, we know the ability to read proficiently is one of the strongest predictors of academic and life success,” said Kelly Stuart, President and CEO of Collaborative Classroom. “Third-party studies have proven the power of SIPPS. This program has a 25-year track record of transforming literacy outcomes for students of all ages, whether they are kindergarteners learning to read or high schoolers struggling with persistent gaps in their foundational skills.

    “By accelerating students’ mastery of foundational skills and empowering teachers with the tools and learning to deliver effective, evidence-aligned instruction, SIPPS makes a lasting impact.”

    What Makes SIPPS Effective?

    Aligned with the science of reading, SIPPS provides explicit, systematic instruction in phonological awareness, spelling-sound correspondences, and high-frequency words. 

    Through differentiated small-group instruction tailored to students’ specific needs, SIPPS ensures every student receives the necessary targeted support—making the most of every instructional minute—to achieve grade-level reading success.

    SIPPS is uniquely effective because it accelerates foundational skills through its mastery-based and small-group targeted instructional design,” said Linda Diamond, author of the Teaching Reading Sourcebook. “Grounded in the research on explicit instruction, SIPPS provides ample practice, active engagement, and frequent response opportunities, all validated as essential for initial learning and retention of learning.”

    Personalized, AI-Powered Teacher Support

    Educators using SIPPS Fifth Edition have access to a brand-new feature: immediate, personalized responses to their implementation questions with CC AI Assistant, a generative AI-powered chatbot.

    Exclusively trained on Collaborative Classroom’s intellectual content and proprietary program data, CC AI Assistant provides accurate, reliable information for educators.

    Other Key Features of SIPPS, Fifth Edition

    • Tailored Placement and Progress Assessments: A quick, 3–8 minute placement assessment ensures each student starts exactly at their point of instructional need. Ongoing assessments help monitor progress, adjust pacing, and support grouping decisions.
    • Differentiated Small-Group Instruction: SIPPS maximizes instructional time by focusing on small groups of students with similar needs, ensuring targeted, effective teaching.
    • Supportive of Multilingual Learners: Best practices in multilingual learner (ML) instruction and English language development strategies are integrated into the design of SIPPS.
    • Engaging and Effective for Older Readers: SIPPS Plus and SIPPS Challenge Level are specifically designed for students in grades 4–12, offering age-appropriate texts and instruction to close lingering foundational skill gaps.
    • Multimodal Supports: Integrated visual, auditory, and kinesthetic-tactile strategies help all learners, including multilingual students.
    • Flexible, Adaptable, and Easy to Teach: Highly supportive for teachers, tutors, and other adults working in classrooms and expanded learning settings, SIPPS is easy to implement well. A wraparound system of professional learning support ensures success for every implementer.

    Accelerating Reading Success for Students of All Ages

    In small-group settings, students actively engage in routines that reinforce phonics and decoding strategies, practice with aligned texts, and receive immediate feedback—all of which contribute to measurable gains.

    “With SIPPS, students get the tools needed to read, write, and understand text that’s tailored to their specific abilities,” said Desiree Torres, ENL teacher and 6th Grade Team Lead at Dr. Richard Izquierdo Health and Science Charter School in New York. “The boost to their self-esteem when we conference about their exam results is priceless. Each and every student improves with the SIPPS program.” 

    Kevin Hogan
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  • Use of AI in Industries and Organizations: 2025 – Sovorel

    Use of AI in Industries and Organizations: 2025 – Sovorel

    AI skills are now needed by all students in every field and organization. This document focuses on the top ten industries/organizations, explains how AI is already being used in those fields, and breaks down the AI skills and subskills needed by all students.

    AI Literacy is an imperative that all students need to develop in order to be more competitive and effective in the workforce, to enhance their own learning, gain greater access to information, improve their research capabilities, and be better citizens with resistance to deepfakes and digital propaganda. This isn’t a hyperbally or future concern; this is the reality of today. “Use of AI in Industries and Organizations: 2025” is an original document created by the Sovorel Center for Teaching & Learning and written by Director Brent A. Anders, PhD. Its purpose is to help all of academia see and understand the real need for AI Literacy and specific AI skills for all fields.

    PDF download: Use of AI in Industries and Organizations: 2025 (3.1MB)

    In an effort to help all of academia and the rest of the world, this document is licensed under a Creative Commons Attribution 4.0 International license (https://creativecommons.org/licenses/by/4.0) so that it can be fully used by others.

    Suggested Citation:

    Anders, B. (2025, March). Use of AI in industries and organizations: 2025. Sovorel Center for Teaching & Learning. https://sovorelpublishing.com/index.php/2025/03/02/use-of-ai-in-industries-and-organizations-2025

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  • AI in K-12 instruction: Insights from instructional coaches

    AI in K-12 instruction: Insights from instructional coaches

    Key points:

    As artificial intelligence (AI) becomes an integral part of modern education, instructional coaches play a pivotal role in guiding teachers on its implementation, bridging the gap between emerging educational technologies and effective classroom practices.

    As trusted mentors and professional development leaders, they guide teachers in implementing AI tools thoughtfully, ensuring that technology enhances student learning while aligning with pedagogical best practices. This article briefly synthesizes responses from instructional coaches regarding their experiences, challenges, and recommendations for integrating AI into K-12 education.  

    Ten instructional coaches, all with advanced degrees, had the following insights into the instructional use of AI in K12 education. They all have more than 10 years of experience in education and work across all three types of school environments: urban, suburban, and rural.

    The coaches reported that AI is used for various instructional purposes. The most-cited applications included providing feedback on student work, creating professional development materials, supporting writing and content generation, creating course content, and enhancing accessibility for students with special needs. Many coaches note that AI tools assisted in grading assignments, offering real-time feedback, and supporting differentiated instruction. AI-powered feedback helps teachers provide more personalized responses without increasing their workload.  Regarding professional development, AI is being used to generate training content for teachers, ensuring they stay updated on educational trends. Coaches are leveraging AI to curate research, synthesize best practices, and develop instructional strategies tailored to their schools.  They encourage teachers and students to utilize AI for brainstorming, outlining essays, and improving writing mechanics.  

    Perceived impact of AI on instruction 

    The vast majority of instructional coaches expressed positive expectations regarding AI’s potential to reduce educator workload, create personalized learning experiences, and improve access for students with disabilities. However, perspectives on AI’s overall impact on education varied. While most believe AI has positively influenced instruction, a few remain cautious about its potential risks.  One coach suggested that allowing students to utilize the tools in a structured setting and teaching them to use AI as a tool is one of the biggest potentials for generative AI in education. About three-fourths of coaches feel that AI will reduce teacher workload by automating repetitive tasks such as grading and data analysis.

    Concerns about AI in education 

    While AI presents numerous benefits, instructional coaches also raised concerns about its potential drawbacks, including ethical dilemmas, student engagement challenges, and equity issues. Despite its advantages, instructional coaches identified several challenges and ethical concerns. They worry some students will use AI tools without critically engaging with the material, leading to passive learning and an overreliance on generative tools. Some had concerns that AI-generated content could reduce the need for creativity and independent thought. Coaches worry that AI makes it easier for students to plagiarize or rely on generated answers without truly understanding concepts which can negatively impact academic integrity. Coaches cite technical challenges as well. Educators face issues with AI tool reliability, compatibility with existing learning management systems (LMS), and steep learning curves. The coaches mentioned that some schools lack the infrastructure to support meaningful widespread AI integration. 

    Several ethical and privacy concerns were mentioned. AI tools collect and store student data, raising concerns about data privacy and security–particularly with younger students who may be less aware or concerned about revealing personally identifiable information (PII). They mention the need for clear guidelines on responsible AI use to prevent bias and misinformation.

    Coaches emphasize the importance of verifying AI-generated materials for accuracy. They suggest teachers be encouraged to cross-check AI-produced responses before using them in instruction. They recommend robust integrating discussions on digital literacy, AI biases, and the ethical implications of generative AI into classroom conversations. Schools need to train educators and students on responsible AI usage. Some schools restrict AI for creative writing, critical thinking exercises, and certain assessments to ensure students develop their own ideas–an idea that coaches recommend. Coaches suggest embedding AI literacy into existing courses, ensuring students understand how AI works, its limitations, and its ethical implications. 

    Equity concerns are a serious issue for instructional coaches. Schools should ensure all students have equal access to AI tools. AI should be leveraged to bridge learning gaps, not widen them. Making sure all students have access to the same suite of tools is essential to create a level playing field for all learners. Instructional coaches generally agree that AI is not just a passing trend, but an integral part of the future of education. There is a concern that generative AI tools will reduce the human interaction of the teaching and learning process. For instance, interpersonal relationships are not developed with AI-based tutoring systems in the same way they can be developed and encouraged with traditional tutoring processes.

    The integration of AI in K-12 education presents both opportunities and challenges. Instructional coaches largely recognize AI’s potential to enhance learning, improve efficiency, academic integrity, and maintain human-centered learning experiences. As AI continues to evolve, educators must be proactive in shaping how it is used, ensuring it serves as a tool for empowerment rather than dependency. Future efforts should focus on professional development for educators, AI literacy training for students, and policies ensuring equitable AI access across diverse school settings.

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  • EY and Microsoft equip the next generation with AI skills

    EY and Microsoft equip the next generation with AI skills

    The EY organization and Microsoft announced this month the launch of the AI Skills Passport (AISP), which assists students aged 16 and older in learning about artificial intelligence (AI) technologies, and how to work with and apply them to various industries and careers. This free online program is part of an ongoing social impact collaboration focused on supporting young people and those furthest from opportunity to build the AI skills necessary to thrive in today’s AI economy.

    According to Randstad research, demand for AI skills in job postings has surged by 2,000%. However, a recent EY and TeachAI survey, with support from Microsoft, found that only 15% of Gen Z respondents feel fully satisfied with how their schools or employers are preparing them for the implications of AI and the use of AI tools. The AISP aims to bridge this gap by equipping learners with essential AI skills for the modern workplace, with a goal of upskilling one million individuals.

    The free online learning program is accessible on web and mobile platforms and participants can take the 10-hour course at their own pace to learn about key topics such as the fundamentals of AI, ethical considerations and its applications across business, sustainability and technology careers. By completing the course, participants will receive an EY and Microsoft certificate of completion to strengthen resumes and gain access to additional learning and employment resources.

    The EY organization and Microsoft have now successfully activated the course in the United States, United Kingdom, India, Italy, Greece, Belgium, S. Africa, Ireland, Switzerland, Cyprus, Australia, New Zealand, Fiji, Papua New Guinea, Sweden, China and India. Expansion plans are underway to roll out to additional countries through 2025 — and to translate to five languages.

    Together, the EY organization and Microsoft have collaborated on a multitude of programs to help empower job seekers and impact entrepreneurs with the skills needed for an AI-driven future, furthering the EY Ripples ambition to impact one billion lives by 2030.

    Other high-impact EY and Microsoft social programs include:

    • Microsoft Entrepreneurship for Positive Impact: This Microsoft program provides support to innovative tech-first entrepreneurs who are addressing our world’s most pressing challenges. The EY organization and Microsoft run a series of Skills Labs to support more than 100 entrepreneurs to date on key growth challenges identified, such as investment strategies, financial planning, environmental, social and governance (ESG) strategy and business resilience.
    • EY and Microsoft Green Skills Passport: A program aimed to help learners aged 16 and over develop skills to find green jobs and pursue opportunities in the growing green economy. To date, more than 46,000 learners have completed this free course and are on their way to a green skills career.
    • Future Skills Workshops (FSW): An EY offering to upskill young or underserved groups equipping them with knowledge to help them navigate a changing world. The “All about AI” module is the newest module and will be launched across Latin America through in-person delivery with the EY organization, Microsoft and Trust for Americas.

    Gillian Hinde, EY Global Corporate Responsibility Leader, says:

    “The EY and Microsoft collaboration is a powerful example of how organizations can come together to help drive meaningful social change and help shape the future with confidence. The AI Skills Passport program aims to equip young people and underserved communities with the AI experience needed to thrive in today’s digital age, while also sharing the skills necessary for tomorrow.”  

    Kate Behncken, Global Head of Microsoft Philanthropies, says:

    “Through this new initiative with EY, we’re helping young people build the AI skills they need to succeed in the evolving AI economy. By bridging the gap between education and employability, we’re creating opportunities for the next generation to contribute, innovate, and thrive in the new AI economy.”

    Learn more about the EY-Microsoft AI Skills Passport here.

    Kevin Hogan
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  • 5 of the biggest education trends for 2025

    5 of the biggest education trends for 2025

    Key points:

    As we welcome a new year, educators and industry leaders are excited to discover the biggest education trends for 2025. The past few years have been characterized by fresh and innovative solutions for learning, as well as transformative, technology-forward approaches to education.  

    Each year, we like to look ahead and anticipate the biggest upcoming education trends. There are many topics education professionals can expect to be at the center of the conversation in 2025–from new perspectives on artificial intelligence for education to the emergence of nontraditional school models amid an increasingly competitive enrollment environment. 

    For 2025, schools and districts are focused on making learning more engaging for students, creating a more positive environment for educators, and transforming school culture to meet the diverse needs of the school community. As schools work to accomplish these goals, we expect to see an expansion of AI and other emerging technologies in the classroom, enhanced professional development and support for teachers, and more individualized learning opportunities for students. 

    Here are five of the biggest education trends for 2025: 

    1. Nontraditional school models 

      Everything from career opportunities, technology, and the world around us has changed significantly over the past decade, yet the traditional model of public schools in the U.S. has remained largely unchanged for generations. As this industrial-age school model persists, many students feel bored and disengaged with their learning.  

      When the COVID-19 pandemic caused school interruptions in 2020, many families decided it was time to pivot to new and nontraditional learning opportunities for their children. Since 2019, over 1 million students–the equivalent of one student from every class in the country–have left the conventional classroom to seek out different educational approaches and more innovative learning environments. The National Center for Education Statistics projects that public schools, including public charter schools, will lose an additional 2.4 million students by 2031.  

      Today’s students desire more individualized learning approaches, which empower them to use their creativity, explore their passions, and engage with their peers in more collaborative ways. In 2025, we will see a greater emergence of nontraditional school models that center student engagement, collaboration, and creativity, and prepare learners to graduate into a continually-evolving workforce.  

      Some of these emerging nontraditional education models include microschools, online and hybrid learning programs, and project-based or student-led schools, as well as long-established nontraditional school programs such as homeschooling, Montessori, and career and technical education schools. In 2025, we also anticipate that public schools will step up to meet the diverse needs of students through innovative approaches, mirroring some of the elements of these nontraditional school models in order to maintain enrollment, enhance engagement, and equip students with applicable career-ready skills. 

      2. Expanded use of AI in education 

        As we predicted last year, artificial intelligence (AI) has become prevalent in the educational space, and this emerging technology shows no sign of stopping its rapid growth as we make our way into 2025. This year, we expect the conversation around AI to shift, reflecting a more widespread acceptance of the technology as a beneficial tool to enhance education and productivity. 

        In 2025, schools will continue to integrate more AI into the curriculum, guiding students to use it appropriately to enhance their learning. Many schools and districts have already developed formal AI school policies and modified student codes of conduct to ensure safe, effective, and ethical use of AI tools in the classroom.  

        Furthermore, many educators are now taking the initiative to incorporate AI tools into their lesson plans to help students build familiarity with the technology. Introducing students to AI in a safe and controlled environment enables them to learn how to use it effectively and ethically. Equipping students with foundational skills in AI is already regarded as an essential skill set for college and many careers. 

        Because AI is a fairly new technology for everyone, including educators, we anticipate that more schools will implement AI professional development opportunities this year, enabling teachers to deliver more effective AI instruction. Some schools are also beginning to employ AI tools for administrative productivity, which will require training and guidance to ensure educators and staff can successfully integrate these tools into their work. 

        3. Targeted support for educators  

          Over the past five years, many districts have been focused on allocating Elementary and Secondary School Emergency Relief (ESSER) funding to implement new educational programs and tools, support student wellbeing, and overcome learning loss. Now that the final ESSER deadline has passed, 2025 will see schools and districts shift their attention to providing targeted support directly to educators.  

          With all of the new technology, refreshed learning spaces, and updated curriculum districts have recently introduced, professional development is essential to ensure effective implementation of these enhancements. In 2025, schools will incorporate new professional development programs that empower educators to foster engaged learners. By providing the tools and resources teachers need to be successful, schools can help educators improve their productivity and attain professional goals, while still keeping teacher wellbeing as a top priority. 

          Teachers are the primary influencers of the K-12 educational experience, so supporting educators is a holistic approach that benefits the entire school community. To address rising workloads, schools will implement new tools and strategies to support teacher efficacy and wellbeing. Some schools are even piloting automated and AI-powered technologies to take repetitive and administrative tasks off teachers’ plates, freeing up invaluable time for them to connect with students and focus on teaching.  

          Additionally, districts have begun to recognize the importance of a healthy work-life balance, as many teachers have left the profession over the past several years. In 2025, districts will continue to explore ways to cultivate a more positive job experience for teachers. Teachers want solutions for student behavioral issues, more attentive leadership teams, and more manageable workloads. Schools will work to improve these matters, while maintaining aspects of the job teachers value most, including school culture, opportunities for professional learning and certifications, and STEM and arts programs. 

          4. A focus on school and district culture 

            With a growing list of education options, students and their families are seeking out learning environments that not only provide high-quality curriculum and resources, but also align with their values and prioritize school-home communication. In this increasingly competitive enrollment environment, cultivating a positive culture and connected school community are the qualities that make schools stand out.  

            Funding and resources are directly related to the number of students at each school, so cultivating an inviting school culture is key. In 2025, schools and districts will take time to refine their school brand in order to attract and maintain students. School leaders will focus on creating more opportunities to engage with students and families, implementing new communications tools, initiatives, and events that bring the school community together. 

            In the past few years, some K-12 administrators have piloted mobile teaching stations to increase their visibility and daily impact throughout their school. We anticipate more school leaders will embrace this approach in 2025, enabling them to build stronger relationships with students and teachers. By working from mobile workstations, administrators can directly engage with students and staff, making face-to-face connections on a daily basis. Frequent positive interactions with school leadership help students, teachers, and families stay engaged with the school community, promoting a culture of connection and support. 

            5. Universal design for learning 

              Today’s students are making more choices about how and where they want to learn than ever before. Universal design for learning (UDL) promotes achievement among diverse student bodies by giving each student access to resources and environments that help them learn. Accessibility goes far beyond ADA compliance, and schools are recognizing this through the application of UDL across the learning experience. Understanding the diverse needs of students is crucial for creating learning experiences that are inclusive and supportive. 

              In 2025, UDL will be at the center of creating comfortable and engaging learning environments that accommodate all students’ needs. For instance, more schools are implementing sensory spaces, ensuring neurodiverse learners have a safe and comfortable space to self-regulate throughout the school day. These spaces don’t just serve neurodivergent students–all students benefit from having areas at school that are dedicated to supporting wellbeing. 

              As in previous years, accessibility and equity will continue to be prominent topics in 2025, but the conversation will pivot to focus on ways UDL can positively impact curriculum. UDL emphasizes providing students with multiple, flexible types of engagement, different ways of presenting information, and multiple ways to demonstrate their understanding in the classroom. This practice supports students who are neurodivergent and/or experience learning challenges, but also improves the learning experience for neurotypical students. 

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  • Crafting technology-driven IEPs

    Crafting technology-driven IEPs

    Key points:

    Individualized Education Plans (IEP) have been the foundation of special education for decades, and the process in which these documents are written has evolved over the years.

    As technology has evolved, writing documents has also evolved. Before programs existed to streamline the IEP writing process, creating IEPs was once a daunting task of paper and pencil. Not only has the process of writing the IEP evolved, but IEPs are becoming technology-driven.

    Enhancing IEP goal progress with data-driven insights using technology: There are a variety of learning platforms that can monitor a student’s performance in real-time, tailoring to their individual needs and intervening areas for improvement. Data from these programs can be used to create students’ annual IEP goals. This study mentions that the ReadWorks program, used for progress monitoring IEP goals, has 1.2 million teachers and 17 million students using its resources, which provide content, curricular support, and digital tools. ReadWorks is free and provides all its resources free of charge and has both printed and digital versions of the material available to teachers and students (Education Technology Nonprofit, 2021).

    Student engagement and involvement with technology-driven IEPs: Technology-driven IEPs can also empower students to take an active role in their education plan. According to this study, research shows that special education students benefit from educational technology, especially in concept teaching and in practice-feedback type instructional activities (Carter & Center, 2005; Hall, Hughes & Filbert, 2000; Hasselbring & Glaser, 2000). It is vital for students to take ownership in their learning. When students on an IEP reach a certain age, it is important for them to be the active lead in their plan. Digital tools that are used for technology-driven IEPs can provide students with visual representations of their progress, such as dashboards or graphs. When students are given a visual representation of their progress, their engagement and motivation increases.

    Technology-driven IEPs make learning fun: This study discusses technology-enhanced and game based learning for children with special needs. Gamified programs, virtual reality (VR), and augmented reality (AR) change the learning experience from traditional to transformative. Gamified programs are intended to motivate students with rewards, personalized feedback, and competition with leaderboards and challenges to make learning feel like play. Virtual reality gives students an immersive experience that they would otherwise only be able to experience outside of the classroom. It allows for deep engagement and experiential learning via virtual field trips and simulations, without the risk of visiting dangerous places or costly field trip fees that not all districts or students can afford. Augmented reality allows students to visualize abstract concepts such as anatomy or 3D shapes in context. All these technologies align with technology-driven IEPs by providing personalized, accessible, and measurable learning experiences that address diverse needs. These technologies can adapt to a student’s individual skill level, pace, and goals, supporting their IEP.

    Challenges with technology-driven IEPs: Although there are many benefits to
    technology-driven IEPs, it is important to address the potential challenges to ensure equity across school districts. Access to technology in underfunded school districts can be challenging without proper investment in infrastructures, devices, and network connection. Student privacy and data must also be properly addressed. With the use of technologies for technology-driven IEPs, school districts must take into consideration laws such as the Family Educational Rights and Privacy Act (FERPA).

    The integration of technology into the IEP process to create technology-driven IEPs represents a shift from a traditional process to a transformative process. Technology-driven IEPs create more student-centered learning experiences by implementing digital tools, enhancing collaboration, and personalized learning experiences. These learning experiences will enhance student engagement and motivation and allow students to take control of their own learning, making them leaders in their IEP process. However, as technology continues to evolve, it is important to address the equity gap that may arise in underfunded school districts.

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