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  • Top 4 Medical Abbreviations You Should Know

    Top 4 Medical Abbreviations You Should Know

    Medical abbreviations simplify and speed up communication between healthcare professionals. However, for those outside the medical community, these abbreviations can seem like a cryptic language. Understanding some of the most common medical abbreviations can enhance your healthcare experience and come in handy in critical situations. Familiarize yourself with a couple of medical abbreviations you should know and stay in the loop with healthcare communication.

    DX: Diagnosis

    DX stands for diagnosis—a crucial step in the medical process that builds a patient’s treatment plan. Your DX can encapsulate a comprehensive evaluation of your history, symptoms, and various tests and procedures to pinpoint the exact nature of an ailment.

    Understanding DX and acronyms for your specific diagnoses can empower you as a patient. It enables you to actively participate in your healthcare management, facilitating clearer communication with healthcare providers and ensuring treatment plans that are aligned with your specific needs.

    NKDA: No Known Drug Allergies

    One critical abbreviation in healthcare is NKDA, which means “no known drug allergies.” It’s a concise way for medical professionals to note that a patient has not reported or demonstrated allergic reactions to medications. NKDA is crucial information in emergencies or when prescribing new medications, as it guides healthcare providers in choosing treatments with minimal risk.

    ALGY: Allergy

    Along with identifying NKDA, healthcare professionals need to also know about any general allergies a patient has. ALGY is a shorthand notation healthcare professionals use to indicate a patient’s allergies. This abbreviation is pivotal in patient charts, consultations, and medication prescriptions.

    ALGY serves as a quick reference to alert medical staff to any substances, such as medications, foods, or environmental factors, that could trigger an allergic reaction in the patient. Knowing the ALGY notation can improve your communication with healthcare providers, reducing allergic reaction risks, especially in emergencies.

    PRN: As Needed

    Pro re nata, abbreviation PRN, is a Latin phrase that means as needed. PRN is often used in prescriptions and medical orders to indicate medication should be taken when you feel it is necessary rather than at scheduled times. PRN can apply to pain relief, anxiety medications, or even treatments for conditions like asthma, where the patient’s need for the medication may vary daily.

    Understanding PRN empowers you to manage your treatment according to your symptoms and needs under the guidance of a healthcare provider. This notation highlights the importance of personalized care and patient involvement in health management.

    Understanding these top medical abbreviations you should know can demystify your healthcare experiences and entitle you to participate more actively in your healthcare decisions. These abbreviations are some of the many essential pieces of information to engrave on medical bracelets, aiding emergency responders to best provide assistance. Gain empowerment over your healthcare journey by understanding essential medical communication standards and abbreviations.

  • From Novice To Pro: A Guide To Mastering eLearning Development

    From Novice To Pro: A Guide To Mastering eLearning Development

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    Mastering eLearning Development For Novices

    Being an expert in eLearning development is like venturing on a trip over a wide ocean of digital opportunities. To ride the waves of technology and education, one needs a compass of knowledge, a map of abilities, and the wind of enthusiasm. With the help of this article, prospective eLearning developers may learn the ropes, mastering eLearning development to become skilled producers in the field of digital learning.

    Novices may find the process of getting started in the realm of eLearning creation intimidating. Yet learners can learn to design engaging online learning experiences by using the right tools and techniques. You can always start by getting familiarized with programs that offer templates and a feasible interface to get your work started.

    Understanding the basics of Instructional Design models like ADDIE (analysis, design, development, implementation, and evaluation) is important. You can vouch for the effectiveness and interactivity of your learning material by developing your course typically.

    Choosing The Path: Recognizing The Fundamentals

    Gaining an understanding of the fundamentals of online education is the first step towards becoming an expert in eLearning programming. This comprises:

    • Learning Management Systems (LMSs)
      Get acquainted with the different LMS platforms, as these are the settings in which you will host and access your courses.
    • eLearning standards
      Become familiar with xAPI and SCORM, which guarantee content and LMS compatibility.
    • Instructional Design principles
      Gain knowledge of the instructional models and cognitive theories that guide the creation of well-designed courses.

    Navigating Instruments: Technical Expertise

    An expert in eLearning development has to know their way around the tools of the art. This includes:

    • Authoring tools
      These programs are necessary to create attractive and interactive courses.
    • Multimedia creation
      This is used to develop your graphic design, animation, and audio and video editing skills.
    • Programming knowledge
      You can create far more engaging and helpful lessons by having some basic knowledge of HTML, CSS, and JavaScript.

    Organizing The Content: Educational Planning

    A key component of creating eLearning is Instructional Design, which calls for:

    • Curriculum development
      Acquire the skill of structuring content into logical, coherent, digestible pieces.
    • Engagement strategies
      To make learning more immersive and interesting, include gamification, simulations, and storytelling.
    • Assessment techniques
      To ascertain learning outcomes, develop efficient tests, questionnaires, and quizzes.

    Navigating The Digital Ocean: Involvement And Communication

    The secret to successful eLearning is engagement. To fascinate students, you need to have:

    • Interactive elements
      To keep students engaged, use branching situations, interactive tests, and simulations.
    • Feedback mechanisms
      Assist students in understanding the material by offering prompt, helpful comments.
    • Social learning
      Promote teamwork and conversation via peer reviews, chat rooms, and forums.

    Keeping Up With Trends And Mastering The Winds

    The field of eLearning is always evolving. Keep ahead of the game by engaging in:

    • Ongoing education
      Stay ahead with the latest advances in eLearning tools, technology, and trends.
    • Networking
      Take part in seminars, webinars, and online learning forums.
    • Innovation
      Try out novel concepts and do not be scared to take calculated chances.

    Docking At Expertise: Caliber And Assessment

    Ensuring quality is essential. Make sure your classes are excellent by:

    • Testing
      Make sure your courses function properly across a range of browsers and devices.
    • Feedback
      Ask a wide range of stakeholders and students for their opinions.
    • Iteration
      Make constant improvements to your courses by incorporating feedback.

    Conclusion: Mastering eLearning Development

    Gaining expertise in eLearning development is an ongoing process. You may progress from a beginner to an expert with work, practice, and a desire to learn, leading to significant and life-changing learning experiences. Keep in mind that the horizon in the world of eLearning is just the beginning of a new adventure. Set out on a path to obtain professional expertise through education.

    By using these approaches and the techniques covered in this article, you will be able to develop engaging and effective online learning environments as a skilled eLearning developer. In your eLearning endeavors, never forget to strive for perfection and maintain your curiosity and knowledge.

    Editor’s Note: Check out our directory to find, choose, and compare eLearning Industry’s Top Authoring Tools.

    HEXALEARN SOLUTIONS PRIVATE LIMITED

    ISO certified learning & software solutions company.

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    Satyabrata Das

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  • uCertify Named as Finalist in SIIA EdTech CODiE Awards 2024 in 7 Categories

    uCertify Named as Finalist in SIIA EdTech CODiE Awards 2024 in 7 Categories

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    uCertify is excited to announce its nomination as a finalist in seven prestigious SIIA CODiE Award categories. This consistent track record demonstrates our commitment to providing industry-leading solutions to facilitate educators and prepare learners for success in today’s dynamic job market.

     uCertify, headquartered in Livermore, California – a leader in interactive and hands-on career and vocational education courseware – is proud to announce its selection as a finalist for the 2024 SIIA CODiE Award Finalist in the following categories.

    1. Best Virtual Lab
    2. Best Virtual Learning Solution
    3. Best Personalized Learning Solution
    4. Best Formative Assessment Solution
    5. Best College & Career Readiness Solution
    6.  Best Content Authoring Development Solution
    7. Best Coding & Computational Thinking Solution

    The SIIA CODiE Awards recognize the best products, services, and individuals in the Education and Business Technology Industries. 

    Prashant Gupta, uCertify’s CTO, commented, “We are beyond thrilled to be recognized in such a diverse range of categories at the CODiE Awards this year. This is a testament not only to the relentless innovation and hard work of our team but also to the invaluable support and trust from our partners and educators. Each category we are a finalist in reflects a different facet of our commitment to enhancing educational experiences through technology. We see this as a moment to reaffirm our mission to deliver exceptional and transformative learning solutions.” 

    About uCertify 

    uCertify is a highly interactive, cloud-based, and device-enabled teaching and learning management platform specializing in computer science, Project Management, and IT.

    Founded on the principle of “Learn by Doing,” uCertify emphasizes interactivity as the key to effective learning. Its virtual environment allows students to engage in hands-on learning and encourages safe exploration and experimentation. The uCertify platform is equally effective for self-paced, instructor-led or blended learning.

    uCertify’s platform supports a variety of learning styles, including self-paced, instructor-led, mentor-guided, and competency-based approaches. It is adaptable for online, remote, or blended learning environments, enhancing educational flexibility and effectiveness.

    With more than 1,000  titles and partnerships with major publishers, uCertify offers an incredible range of topics in its course offerings. The platform provides this solution in a cloud-based, hassle-free environment with powerful and scalable infrastructure and 24×7 support.

    About SIIA CODiE Awards

    The SIIA CODiE Awards, the long-running, premier awards program for the software and information industries, are produced by the Software & Information Industry Association (SIIA), the principal trade association for the software, education, media and digital content industries.   

    “The 2024 CODiE Award Finalists are a showcase of those products and individuals who have been identified by industry experts as being at the forefront of innovation. A hearty congratulations to all who have earned this recognition.” – Manish Gupta, CEO uCertify

    4000, Pimlico Drive, Suite #114-294 Pl

    Pleasanton, CA 94588

    United States

    SIIA contact:

    codieawards@siia.net

    Source: uCertify

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  • It’s Time to Ditch the Idea of Edtech Disruption. But What Comes Next?  – EdSurge News

    It’s Time to Ditch the Idea of Edtech Disruption. But What Comes Next? – EdSurge News

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    COVID-19 was edtech’s big moment, and while digital tools kept learning going for many families and schools, they also faltered. A great deal of edtech purchases went unused, equity gaps widened, and teachers and students were burned out. Combined with sobering reports on the persistent lack of strong evidence for edtech, it’s no wonder why the notion of using technology to “fix broken schools” has fallen out of most startup pitch decks and education TED Talks. Yet it seems the reckoning has been cut short.

    The emergence of generative AI has brought the term “disruption” back to headlines and along with it, the idea that education is stuck in the past and needs tech to drag it into the future. For those of us that have been in edtech awhile, it feels like we’re stuck in a loop. While tools, marketing strategies and messaging might change, the underlying philosophy behind the idea of disruptive innovation remains.

    So what is this philosophy? I’d say it’s technocentrism, a concept introduced by Seymour Papert, renowned mathematician, learning theorist and edtech pioneer. It’s defined by scholars George Veletsianos and Rolin Moe as the fusion of technological determinism, the view “that technology shapes its emerging society,” and technological solutionism, the view “that technology will solve societal problems.” This way of thinking about technology has been core to many pitches made by edtech providers to schools and, I’d argue, it has outsized influence on how most of us think about edtech.

    We Need to Stop Treating Education Like a Sickness and Edtech Like Medicine

    To illustrate, let me use an analogy. Within this technocentrist frame, education is sick and edtech is like medicine. Entrepreneurs and developers try to make the best possible drug to treat students, while administrators and researchers (myself included) stand guard, testing and validating the treatments. Students take the medicine, their bodies respond, and hopefully a positive change takes place. It’s a perspective shared so widely it travels as common sense. Even our pedagogies model this thinking. Take the concept of tech-enhanced learning, for instance, which views digital tools as key to supercharging learning: just integrate a particular technology and off-you-go, soaring up Bloom’s Taxonomy.

    Papert diagnosed this issue back in 1987. In response to research claims that Logo, a programming language for children, didn’t work for learning, Papert wrote:

    This [technocentric] tendency shows up in questions like “what is the effect of the computer on cognitive development?” or “does LOGO work?” Of course such questions might be used innocently as shorthand for more complex assertions, so the diagnosis of technocentrism must be confirmed by careful examination of the arguments in which they are embedded. However, such turns of phrase often betray a tendency to think of “computers” and of “LOGO” as agents that act directly on thinking and learning; they betray a tendency to reduce what are really the most important components of educational situations — people and cultures — to a secondary, facilitating role.

    It doesn’t have to be this way. There’s a different way of thinking about learning, one that involves technology but doesn’t see it as the key agent of change or source of learning. According to Papert: “The content for human development is always a culture, never an isolated technology.” This is what some might call a systemic view of technology where learning is an emergent — and slightly unpredictable — property of the interaction between humans and tools in an environment. I like to think of that system as an ecology. In opposition to technocentrism, an ecological perspective views tech not as medicine, but rather as soil, air or water. It’s a shift away from thinking of tech as an independent factor that influences the learning experience, to viewing it as a more dynamic force. This means considering how tech impacts students and teachers — and how students and teachers shape the learning possibilities that tech provides.

    Why Edtech Research Should Move Away From a Technocentric View of Learning

    These ecological dimensions to learning are why it’s been hard to demonstrate more than small or moderate positive effects of edtech products or interventions. In the last decade, this has been documented by several meta-analyses covering the more modern era of edtech, dating back to the 1960s. Even if we look further back to the early twentieth century, as professor and author Larry Cuban has in his book “Teachers and Machines: The Classroom Use of Technology Since 1920,” the same problems persist.

    So much is happening when learning takes place that while we might connect it with a tool, and build evidence of efficacy, context matters. There are so many forces that contribute to a learning experience and its outcomes — the time of day, whether a student has or has not eaten, how they’re feeling physically and emotionally, whether they have a device in their pocket and what training their teachers have had. The potential of technology is significantly affected by the humans that use it and their context.

    Papert, operating from an ecological mindset, observed how learning was highly situational and contextual. He saw learning environments “as a web of mutually supporting, interacting processes.” This complex web of interactions makes it hard to isolate and prove the direct impact of a technology on learning as one does in efficacy studies.

    This doesn’t mean this kind of research should stop. Instead, we need to be much more vigilant about opening the aperture of our research, and thinking critically about our own assumptions and methods. We should continue to pursue rigorous clinical trials, but we also need to lean into evidence-based design, such as logic models, as well as formative research, such as usability and feasibility studies. Most importantly, we need to develop new research methods that are in line with an ecological, rather than technocentric, way of thinking about learning and technology. If each classroom has its own ecology, and edtech is more like soil or water, we need a model more similar to an environmental impact study of learning with technology.

    What Edtech Developers and Schools Can Do

    There have been efforts to move us in this direction for years, such as climate surveys; initiatives promoting digital well-being, human experience and digital thriving; research into the contextual factors that impact edtech effectiveness; and calls to shift from tech-enhanced to tech-enabled learning. Still, there’s room for so much more, especially approaches that foreground theory (which is woefully underused in education research).

    Beyond research, we need to rethink edtech development and how we might incentivize and support the creation of tools that nourish positive, prosocial classroom culture no matter the content. Edtech developers could start by engaging teachers in the design process and by incorporating radical ideas like convivial design, or creating tools that both give people agency and build social bonds, and digital de-growth, meaning, exploring how we might scale back tech and its aims and bend toward sustainability. Culturally responsive learning and universal design for learning could only help these pursuits. We can also expand our evidence portfolios to honor the goals and outcomes of these approaches which would affect the tone, tenor and rhythms of a classroom just as much as academics. If we’re truly to escape the quagmire, though, venture capital firms and other funders need to revisit their investment expectations and impact measures.

    Importantly, we must supply schools with resources they can use to make sure technologies are supporting the goals they have for classroom culture, not just academic outcomes. This requires a new framework for vetting, selecting and evaluating technologies — one more attuned to how tech changes the feel of a classroom and how particular classrooms change the possibilities of a tool. Basically, we need to help schools think about creating balanced classroom ecologies where tech serves teachers’ and students’ goals and supports their agency and creativity.

    These are all approaches that I believe will help clear out the fog of technocentrism, which distracts us from the real source of learning and innovation: not technologies, but thriving classroom cultures. It’s not about ditching tech altogether or pursuing the perfect tool. It’s about better understanding the alchemy of meaningful learning with technology.

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    Tanner Higgin

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  • Can Poetry Make a Difference in Our Lives and in the World?

    Can Poetry Make a Difference in Our Lives and in the World?

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    How important is poetry in your life? Do you read or write it? Do you ever turn to poems when you are feeling lost or overwhelmed? When you need comfort or direction?

    Do you think poetry has the power to make a difference — in our individual lives and in the world?

    In the guest essay “How to Breathe With the Trees,” Margaret Renkl writes about Ada Limón, who is serving her second term as poet laureate of the United States. Ms. Renkl says that in a new poetry anthology, Ms. Limón makes a case for poetry being able to heal us and the earth itself:

    April is National Poetry Month, and it strikes me that no one is better positioned than Ms. Limón to convince Americans to leave off their quarrels and worries, at least for a time, and surrender to the language of poetry. That’s as much because of her public presence as because of her public role as the country’s poet in chief. When Ada Limón tells you that poetry will make you feel better, you believe her.

    In her nearly weekly travels as poet laureate, Ms. Limón has had a lot of practice delivering this message. “Every time I’m around a group of people, the word that keeps coming up is ‘overwhelmed,’” she said. “It’s so meaningful to lean on poetry right now because it does make you slow down. It does make you breathe.”

    A poem is built of rests. Each line break, each stanza break and each caesura represents a pause, and in that pause there is room to take a breath. To ponder. To sit, for once in our lives, with mystery. If we can’t find a way to slow down on our own, to take a breath, poems can teach us how.

    But Ms. Limón isn’t merely an ambassador for how poetry can heal us. She also makes a subtle but powerful case for how poetry can heal the earth itself. At this time of crisis, when worry governs our days, she wants us to look up from our screens and consider our own connection to the earth. To remember how to breathe by spending some time with the trees that breathe with us.

    Students, read the entire essay and then tell us:

    • Does poetry play a role in your life? If so, when do you turn to it most, whether that means reading it, writing it or both? Why? What effect does it have on you?

    • What do you think about Ms. Limón’s idea that poetry can heal us and the earth? To what extent can poetry make a difference in our lives? What about in our relationship to the earth? Or to the world at large?

    • Do you think poetry gets the respect and attention it deserves? Why do you think some people might be turned off or intimidated by poetry? How important do you think it is for young people to read and learn about this art form?

    • Tell us about one of your favorite poems. What thoughts, memories or feelings does it evoke? What does it mean to you?

    • If you’re not a reader or writer of poetry, is there another form of art or creative expression that you turn to when you’re feeling overwhelmed or lost? If so, what is it and how does it help you? Have you seen it make a difference in the world?

    Bonus: Try your hand at the prompt Ms. Limón gave to writers in “You Are Here,” her new anthology of nature poems: Write a poem that “speaks back to the natural world, whatever that means to you.” If you would like, share your poem in the comments.

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    Natalie Proulx

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  • Tiny House

    Tiny House

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    Use your imagination to write the opening of a short story or poem inspired by this illustration or, describe a memory from your own life that this image makes you think of.

    Tell us in the comments, then read the related article to learn more.


    Students 13 and older in the United States and Britain, and 16 and older elsewhere, are invited to comment. All comments are moderated by the Learning Network staff, but please keep in mind that once your comment is accepted, it will be made public and may appear in print.

    Find more Picture Prompts here.

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    The Learning Network

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  • Introducing a New Feature: “Learning Paths Informed by MAP Growth”

    Introducing a New Feature: “Learning Paths Informed by MAP Growth”

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    By Aviv Weiss

    A history of elevating math scores

    Since 2019, Khan Academy has run a program with NWEA called MAP Accelerator, which offers personalized learning paths tied to student MAP Growth scores. The program has seen ongoing success. In fact, a study conducted during the 2021-2022 school year that surveyed more than 329K students between grades 3-8 in 1,367 schools found that students who engaged with MAP Accelerator at the recommended dosage of 30+ minutes per week exceeded growth projections by 26% to 38%. These gains were consistent across grades and student demographic subgroups, including those that considered race/ethnicity, gender, and the proportion of students eligible for free/reduced-price lunch. 

    See technical report

    To best serve our District Partners, Khan Academy and NWEA have agreed to enable MAP Accelerator to function as a traditional NWEA Instructional Connections Program partner. 

    We’re excited to share that beginning in the 2024–2025 school year, Khan Academy will be offering school districts the opportunity to purchase an add-on to the Khan Academy Districts Partnership called “Learning Paths informed by MAP Growth.” 

    What is it?

    Learning Paths is a feature of a Khan Academy Districts Partnership that accelerates student outcomes in 3rd-grade math through Geometry by providing a personalized learning path for each student based on their MAP Growth scores. Khan Academy Districts with the Learning Paths add-on will utilize MAP Growth data for students, bringing the best of personalized learning from NWEA and Khan Academy under one umbrella on the Khan Academy platform. 

    What do schools and districts get? 

    1. A Khan Academy Districts Partnership with personalized Learning Paths for each student, as well as standards-aligned instructional content and practice problems 
    2. The ability to adjust student goals and learning pathways to best meet students’ individual needs
    3. Insightful reports that offer easy-to-read data to guide instruction 
    4. Automatic integration with Clever class rosters and MAP Growth scores
    5. Implementation support and professional learning for teachers 
    6. Priority technical support

    Minimum requirements

    Khan Academy Districts with Learning Paths links to MAP Growth 2-5, 6+, Algebra 1 and Geometry assessments; requires Clever rostering for both Khan Academy Districts and MAP Growth; and requires a minimum of 250 licenses.

    For Current Map Accelerator partners

    This transition will not affect the support of current MAP Accelerator partners. NWEA will continue to provide full customer support and professional learning through the end of the 2024-2025 school year. After that time period, you are welcome to use Khan Academy Districts to provide your students with personalized Learning Paths based on linking student MAP Growth scores to Khan Academy’s high-quality math content. You’ll also continue to receive the same student- and teacher-level data as you currently do for MAP Accelerator. 


    If you’re interested in bringing Learning Paths to your District, please reach out to districts@khancademy.org or visit us at districts.khanacademy.org 

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    Aviv Weiss

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  • Traction for the three-year bachelor’s degree

    Traction for the three-year bachelor’s degree

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    ANDOVER, Mass.—The stagnation and disinclination to experiment that many critics believe is rife in higher education may loom over some gatherings of campus leaders. The College-in-3 event here this week wasn’t among them.

    Several dozen college administrators, faculty leaders, accreditors and others gathered at Merrimack College to share progress reports on, and commiserate about, common roadblocks in their efforts to create three-year bachelor’s degrees.

    The gathering was organized by the College-in-3 Exchange, which has been working for several years to encourage institutions to design and build academic programs that deliver faster, less expensive, and—ideally—better degree programs for learners. Most of the institutions in the fledgling consortium, striving to redesign their way to a more secure future, would do so by reducing the number of academic credits they require from the typical 120 to as low as 90.

    Progress has been slow, despite the missionary zeal of its chief advocates, Bob Zemsky, one of America’s best-known scholars and analysts of higher education, and Lori J. Carrell, chancellor of the University of Minnesota Rochester. By the time of last spring’s gathering at Georgetown University, not a single one of the then-12 pilot programs had been approved by their accreditors and states to begin operating.

    Last fall, the Northwest Commission on Colleges and Universities approved three-year bachelor’s degree programs developed by Brigham Young University–Idaho and its affiliate Ensign College. But the accreditor’s officials say they won’t approve any other programs until they see outcomes, which they have yet to specify, from the two experiments in Idaho.

    No other regulators have followed suit, and some institutions, like Merrimack, have been through the wringer, having submitted multiple proposals to no avail, its leaders say.

    “Every time we come in, they change the rules again,” Chris Hopey, Merrimack’s president, said of the New England Commission on Higher Education. (Despite its apparent caution, the New England accreditor has taken incremental steps. It released guidelines last month that, among other things, would require institutions seeking to offer bachelor’s degrees with fewer than 120 credits to add a prefix to the name—think “applied” or “accelerated”—that would make clear to prospective applicants that it isn’t a traditional bachelor’s degree.)

    Signs of momentum have appeared in recent weeks. Indiana’s legislature approved a measure last month that would require all four-year public colleges in the state to develop three-year degree options by July 2025. U.S. Senator Amy Klobuchar, a Minnesota Democrat, successfully tucked into a 2024 spending bill a provision that would let colleges use federal financial aid funds to try three-year degrees, through the Education Department’s “experimental sites” program.

    And the College-in-3 group unveiled an ambitious new strategy at this week’s meeting that would identify a handful of regional “host” institutions that would each build and help sustain “clusters” of 50–75 colleges and universities that pilot three-year-degree experiments.

    Perhaps the most promising development was unveiled at the tail end of this week’s meeting—and may have been spurred by it. Zemsky and Carrell had invited officials from the Northwest accreditor and of the nation’s largest accreditor, the Higher Learning Commission, to the event, to help them learn more about the efforts, and, almost certainly, to gently apply pressure on them.

    The accreditors took their lumps, as one session that was purportedly designed for institutions to share their stories largely morphed into a gripe-fest about the barriers state laws and accreditation processes had placed in their way.

    Soon after, Tom Bordenkircher, vice president of accreditation relations at the Higher Learning Commission, delivered welcome news: that after significant “study,” beginning in September, the agency will consider granting approval to any institution seeking to offer a “reduced-credit bachelor’s degree” in any program. There will be no pilot projects, he said, and no asterisks attached to the offerings.

    “As of this morning, the gate has swung wide open at HLC,” Bordenkircher said.

    The response was enthusiastic.

    “I think this will force the hands of other [accreditors],” said Hopey of Merrimack. “This is going to be cascading. Everybody’s waiting for who does it first.”

    How Change Happens in Higher Education

    Like many potential innovations in higher education, this one has been gestating for a long while. Zemsky floated the idea 15 years ago in a series of articles and books, but “we got done in by the accreditors when we last tried this,” he said this week.

    In the intervening decade, questions have only grown about higher education affordability, the value of college credentials and the sustainability of many institutions as the number of college-goers declines—and demographic declines loom.

    That has resulted in shifts in the credentials learners are seeking (see this week’s data on dips in degrees awarded and increases in certificates granted by American colleges and universities this year) and a good bit of creative thinking by institutions about what academic credentials to offer and how to offer them.

    But as is often true, given the fragmented nature of higher education and the lack of cross-institutional collaboration, innovation like this often happens in nooks and crannies—in one professor’s course, or one department’s major, or maybe in a partnership between two local colleges.

    Multi-institution networks like the College-in-3 Exchange (and better-established ones such as Achieving the Dream and the University Innovation Alliance) can help ideas spread.

    Zemsky’s and Carrell’s vision to create a community of practice to encourage experimentation with three-year degrees as a partial response to the concerns about affordability and value, driven particularly, they say, by a single statistic: “Currently half of all four-year American colleges and universities across the United States lose a quarter or more of their first-year students before their second year,” with low-income, minority and first-generation students faring particularly poorly. “This outcome is unacceptable and we who serve students pursuing higher education must lead the change. We need not just new, but dramatically different designs—to achieve dramatically different results.”

    The work of that community of practice was on display in the conference room at Merrimack, where officials from institutions as diverse as Georgetown (private research university), Utah Tech University (a regional public institution that offers a range of credentials) and American Public University (a for-profit institution that serves many military service members) brainstormed about how they might commonly measure the outcomes of the three-year degree programs they’re developing. They broadly agreed they would need to identify metrics around credential completion, student debt, employment, the student experience and student learning,

    Participants discussed the importance of advising, and how to bring faculty members along, though most said their professors were energized by the possibility of rethinking their work on behalf of students.

    And they talked about money: the need to build support from foundations for this work, and the extent to which that influenced the decision to adopt a strategy in which “host” institutions can play the intermediary role that many foundations today favor when they’re working in higher education.

    Merrimack is the first such host to sign on, and Hopey said matter-of-factly that he would recruit 75 New England colleges to participate, plus 50 corporate CEOs to advocate and build momentum for the three-year degree.

    Zemsky and Carrell set themselves an audacious goal of hundreds of three-year degree pilots within a few years. Given the low rate of accreditor approval so far, that target may have seemed almost laughable before this week’s statements from the Higher Learning Commission.

    By the end of the meeting, though, optimism was high. “A year ago, our conversation had a ‘Debbie downer’ tone to it,” Hopey said. “This conversation has taken a 180.”

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    Doug Lederman

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  • Ukraine plans inspections of spike in draft-age enrollments

    Ukraine plans inspections of spike in draft-age enrollments

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    Ukraine will conduct random inspections of higher education institutions after an “abnormal increase” in the number of applications from draft-age men in 2022, according to the country’s State Service of Education Quality.

    The government body, which monitors education standards and implements policy, said it had analyzed state data on men born between 1964 and 1994 who entered or returned to full-time education between 2021 and 2023. At present, higher education students are exempt from conscription.

    In 2022, the year of Russia’s full-scale invasion of Ukraine and president Volodymyr Zelensky’s subsequent declaration of martial law, applications to higher education and professional pre-higher education (junior bachelor’s) programs spiked, increasing by 1,880 per cent.

    Most conscription-age applicants chose low-cost courses with minimal entrance requirements, the state body said, with only a “small proportion” using their results from entrance examinations such as the External Independent Examination (ZNO) or National Multisubject Test (NMT) to enroll.

    According to a statement from the agency, the rise in enrollments has increased pressure on university budgets and teaching staff, resulting in a “danger that the heads of certain higher education institutions will not comply with the requirements of the legislation regarding the organization of the educational process.”

    The service said the increase in demand could result in “negative long-term consequences” for the quality of higher education. Announcing a “comprehensive monitoring study” to continue until the end of the academic year, the body said it would conduct random inspections of higher education institutions.

    More than two years since Russia’s invasion, the Ukrainian army is under significant strain, with 31,000 soldiers killed. Last week, Zelensky signed a controversial bill to drop the minimum draft age by two years, from 27 to 25.

    Later this month, the Ukrainian parliament is expected to vote on another law that could see men completing second degrees no longer exempt from conscription.

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    Marjorie Valbrun

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  • Misplaced trust: The extractive industries filling public university coffers on stolen land – The Hechinger Report

    Misplaced trust: The extractive industries filling public university coffers on stolen land – The Hechinger Report

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    This story was originally published by Grist and is reprinted with permission.

    Alina Sierra needs $6,405. In 2022, the 19-year-old Tohono O’odham student was accepted to the University of Arizona, her dream school, and excited to become the first in her family to go to college.

    Her godfather used to take her to the university’s campus when she was a child, and their excursions could include a stop at the turtle pond or lunch at the student union. Her grandfather also encouraged her, saying: “You’re going to be here one day.”

    “Ever since then,” said Sierra. “I wanted to go.”

    Then the financial reality set in. Unable to afford housing either on or off campus, she couch-surfed her first semester. Barely able to pay for meals, she turned to the campus food pantry for hygiene products. “One week I would get soap; another week, get shampoo,” she said. Without reliable access to the internet, and with health issues and a long bus commute, her grades began to slip. She was soon on academic probation.

    “I always knew it would be expensive,” said Sierra. “I just didn’t know it would be this expensive.”

    Alina Sierra poses for a photo while wearing a locket containing the ashes of her godfather. “He would tell me, like, ‘Further your education, education is power,’” she said. “Before he passed away, I promised him that I was going to go to college and graduate from U of A.” Credit: Bean Yazzie / Grist

    She was also confused. The university, known colloquially as UArizona, expressed a lot of support for Indigenous students. It wasn’t just that the Tohono O’odham flag hung in the bookstore or that the university had a land acknowledgment reminding the community that the Tucson campus was on O’odham and Yaqui homelands. The same year she was accepted, UArizona launched a program to cover tuition and mandatory fees for undergraduates from all 22 Indigenous nations in the state. President Robert C. Robbins described the new Arizona Native Scholars Grant as a step toward fulfilling the school’s land-grant mission.

    Sierra was eligible for the grant, but it didn’t cover everything. After all the application forms and paperwork, she was still left with a balance of thousands of dollars. She had no choice but to take out a loan, which she kept a secret from her family, especially her mom. “That’s the number one thing she told me: ‘Don’t get a loan,’ but I kind of had to.”

    Established in 1885, almost 30 years before Arizona was a state, UArizona was one of 52 land-grant universities supported by the Morrill Act. Signed into law by President Abraham Lincoln, the act used land taken from Indigenous nations to fund a network of colleges across the fledgling United States.

    By the early 20th century, grants issued under the Morrill Act had produced the modern equivalent of a half a billion dollars for land-grant institutions from the redistribution of nearly 11 million acres of Indigenous lands. While most land-grant universities ignore this colonial legacy, UArizona’s Native scholars program appeared to be an effort to exorcise it.

    But the Morrill Act is only one piece of legislation that connects land expropriated from Indigenous communities to these universities.

    In combination with other land-grant laws, UArizona still retains rights to nearly 687,000 acres of land — an area more than twice the size of Los Angeles. The university also has rights to another 703,000 subsurface acres, a term pertaining to oil, gas, minerals, and other resources underground. Known as trust lands, these expropriated Indigenous territories are held and managed by the state for the school’s continued benefit.

    New Mexico State University, which still receives revenue from stolen Indigenous land parcels, has an American Indian Student Center. Credit: Eliseu Cavalcante / Grist

    State trust lands just might be one of the best-kept public secrets in America: They exist in 21 Western and Midwestern states, totaling more than 500 million surface and subsurface acres. Those two categories, surface and subsurface, have to be kept separate because they don’t always overlap. What few have bothered to ask is just how many of those acres are funding higher education.

    The parcels themselves are scattered and rural, typically uninhabited and seldom marked. Most appear undeveloped and blend in seamlessly with surrounding landscapes. That is, when they don’t have something like logging underway or a frack pad in sight.

    In 2022, the year Sierra enrolled, UArizona’s state trust lands provided the institution $7.7 million — enough to have paid the full cost of attendance for more than half of every Native undergraduate at the Tucson campus that same year. But providing free attendance to anyone is an unlikely scenario, as the school works to rein in a budget shortfall of nearly $240 million.

    UArizona’s reliance on state trust land for revenue not only contradicts its commitment to recognize past injustices regarding stolen Indigenous lands, but also threatens its climate commitments. The school has pledged to reach net-zero emissions by 2040.

    The parcels are managed by the Arizona State Land Department, a separate government agency that has leased portions of them to agriculture, grazing, and commercial activities. But extractive industries make up a major portion of the trust land portfolio. Of the 705,000 subsurface acres that benefit UArizona, almost 645,000 are earmarked for oil and gas production. The lands were taken from at least 10 Indigenous nations, almost all of which were seized by executive order or congressional action in the wake of warfare.

    Over the past year, Grist has examined publicly available data to locate trust lands associated with land-grant universities seeded by the Morrill Act. We found 14 universities that matched this criteria. In the process, we identified their original sources and analyzed their ongoing uses. In all, we located and mapped more than 8.2 million surface and subsurface acres taken from 123 Indigenous nations. This land currently produces income for those institutions.

    “Universities continue to benefit from colonization,” said Sharon Stein, an assistant professor of higher education at the University of British Columbia and a climate researcher. “It’s not just a historical fact; the actual income of the institution is subsidized by this ongoing dispossession.”

    New Mexico State University, as seen in an aerial view, is a land-grant school founded in 1888. Credit: Eliseu Cavalcante / Grist

    The amount of acreage under management for land-grant universities varies widely, from as little as 15,000 acres aboveground in North Dakota to more than 2.1 million belowground in Texas. Combined, Indigenous nations were paid approximately $4.3 million in today’s dollars for these lands, but in many cases, nothing was paid at all. In 2022 alone, these trust lands generated more than $2.2 billion for their schools. Between 2018 and 2022, the lands produced almost $6.7 billion. However, those figures are likely an undercount as multiple state agencies did not return requests to confirm amounts.

    This work builds upon previous investigations that examined how land grabs capitalized and transformed the U.S. university system. The new data reveals how state trust lands continue to transfer wealth from Indigenous nations to land-grant universities more than a century after the original Morrill Act.

    It also provides insight into the relationship between colonialism, higher education, and climate change in the Western United States.

    Nearly 25 percent of land-grant university trust lands are designated for either fossil fuel production or the mining of minerals, like coal and iron-rich taconite. Grazing is permitted on about a third of the land, or approximately 2.8 million surface acres. Those parcels are often coupled with subsurface rights, which means oil and gas extraction can occur underneath cattle operations, themselves often a major source of methane emissions. Timber, agriculture, and infrastructure leases — for roads or pipelines, for instance — make up much of the remaining acreage.

    By contrast, renewable energy production is permitted on roughly one-quarter of 1 percent of the land in our dataset. Conservation covers an even more meager 0.15 percent.

    However, those land use statistics are likely undercounts due to the different ways states record activities. Many state agencies we contacted for this story had incomplete public information on how land was used.

    “People generally are not eager to confront their own complicity in colonialism and climate change,” said Stein. “But we also have to recognize, for instance, myself as a white settler, that we are part of that system, that we are benefiting from that system, that we are actively reproducing that system every day.”

    Students like Alina Sierra struggle to pay for education at a university built on her peoples’ lands and supported with their natural resources. But both current and future generations will have to live with the way trust lands are used to subsidize land-grant universities.

    In December 2023, Sierra decided the cost to attend UArizona was too high and dropped out.

    UArizona did not respond to a request for comment on this story.

    Acreage now held in trust by states for land-grant universities is part of America’s sweeping history of real estate creation, a history rooted in Indigenous dispossession.

    Trust lands in most states were clipped from the more than 1.8 billion acres that were once part of the United States’ public domain — territory claimed, colonized, and redistributed in a process that began in the 18th century and continues today.

    The making of the public domain is the stuff of textbook lessons on U.S. expansion. After consolidating states’ western land claims in the aftermath of the American Revolution, federal officials obtained a series of massive territorial acquisitions from rival imperial powers. No doubt you’ve heard of a few of these deals: They ranged from the  Louisiana Purchase of 1803 to the Alaska Purchase of 1867.

    Backed by the doctrine of discovery, a legal principle with religious roots that justified the seizure of lands around the world by Europeans, U.S. claims to Indigenous territories were initially little more than projections of jurisdiction. They asserted an exclusive right to steal from Indigenous nations, divide the territory into new states, and carve it up into private property. Although Pope Francis repudiated the Catholic Church’s association with the doctrine in 2023, it remains a bedrock principle of U.S. law.

    Starting in the 1780s, federal authorities began aggressively taking Native land before surveying and selling parcels to new owners. Treaties were the preferred instrument, accompanied by a range of executive orders and congressional acts. Behind their tidy legal language and token payments lay actual or threatened violence, or the use of debts or dire conditions, such as starvation, to coerce signatures from Indigenous peoples and compel relocation.

    By the 1930s, tribal landholdings in the form of reservations covered less than 2 percent of the United States. Most were located in places with few natural resources and more sensitive to climate change than their original homelands. When reservations proved more valuable than expected, due to the discovery of oil, for instance, outcomes could be even worse, as viewers of Killers of the Flower Moon learned last year.  

    The public domain once covered three-fourths of what is today the United States. Federal authorities still retain about 30 percent of this reservoir of plundered land, most conspicuously as national parks, but also as military bases, national forests, grazing land, and more. The rest, nearly 1.3 billion acres, has been redistributed to new owners through myriad laws.

    When it came to redistribution, grants of various stripes were more common than land sales. Individuals and corporate grantees — think homesteaders or railroads — were prominent recipients, but in terms of sheer acreage given, they trailed a third group: state governments.

    Federal-to-state grants were immense. Cram them all together and they would comfortably cover all of Western Europe. Despite their size and ongoing financial significance, they have never attracted much attention outside of state offices and agencies responsible for managing them.

    The Morrill Act, one of the best known examples of federal-to-state grants, followed a well-established path for funding state institutions. This involved handing Indigenous land to state legislatures so agencies could then manage those lands on behalf of specifically chosen beneficiaries. 

    Many other laws subsidized higher education by issuing grants to state or territorial governments in a similar way. The biggest of those bounties came through so-called “enabling acts” that authorized U.S. territories to graduate to statehood.

    Every new state carved out of the public domain in the contiguous United States received land grants for public institutions through their enabling acts. These grants functioned like dowries for joining the Union and funded a variety of public works and state services ranging from penitentiaries to fish hatcheries. Their main function, however, was subsidizing education.

    Primary and secondary schools, or K-12 schools, were the greatest beneficiaries by far, followed by institutions of higher education. What remains of them today are referred to as trust lands. “A perpetual, multigenerational land trust for the support of the Beneficiaries and future generations” is how the Arizona State Land Department describes them.

    Higher education grants were earmarked for universities, teachers colleges, mining schools, scientific schools, and agricultural colleges, the latter being the means through which states that joined the Union after 1862 got their Morrill Act shares. States could separate or consolidate their benefits as they saw fit, which resulted in many grants becoming attached to Morrill Act colleges. 

    Originally, the land was intended to be sold to raise capital for trust funds. By the late 19th century, however, stricter requirements on sales and a more conscientious pursuit of long-term gains reduced sales in favor of short-term leasing.

    The change in management strategy paid off. Many state land trusts have been operating for more than a century. In that time, they have generated rents from agriculture, grazing, and recreation. As soon as they were able, managers moved into natural resource extraction, permitting oil wells, logging, mining, and fracking.

    Land use decisions are typically made by state land agencies or lawmakers. Of the six land-grant institutions that responded to requests for comment on this investigation, those that referenced their trust lands deferred to state agencies, making clear that they had no control over permitted activities.

    State agencies likewise receive and distribute the income. As money comes in, it is either delivered directly to beneficiaries or, more commonly, diverted to permanent state trust funds, which invest the proceeds and make scheduled payouts to support select public services and institutions.

    These trusts have a fiduciary obligation to generate profit for institutions, not minimize environmental damage. Although some of the permitted activities are renewable and low-impact, others are quietly stripping the land. All of them fill public coffers with proceeds derived from ill-gotten resources.

    For a $10 fee last December, anyone in New Mexico could chop down a Christmas tree in a pine stand on a patch of state trust land just off Highway 120 near Black Lake, southeast of Taos. The rules: Pay your fee, bring your permit, choose a tree, and leave nothing behind but a stump less than 6 inches high.

    “The holidays are a time we should be enjoying our loved ones, not worrying about the cost of providing a memorable experience for our kids,” said Commissioner of Public Lands Stephanie Garcia Richard, adding that “the nominal fee it costs for a permit will directly benefit New Mexico public schools, so it supports a good cause too.” The offer has been popular enough to keep the program running for several years.

    The New Mexico State Land Office, sometimes described by state legislators as “the most powerful office you’ve never heard of,” has been a successful operation for a very long time. Since it started reporting revenue in 1900, it’s generated well over $42 billion in 2023 dollars.

    All that money isn’t from Christmas trees.

    For generations, oil and gas royalties have fueled the state’s trust land revenue, with a portion of the funds designated for New Mexico State University, or NMSU, a land-grant school founded in 1888 when New Mexico was still a territory.

    The oil comes from drilling in the northwestern fringe of the Permian Basin, one of the oldest targets of large-scale oil production in the United States. Corporate descendants of Standard Oil, the infamous monopoly controlled by John D. Rockefeller, were operating in the Permian as early as the 1920s. Despite being a consistent source of oil, prospects for exploitation dimmed by the late 20th century, before surging again in the 21st. Today, it’s more profitable than ever.

    In recent decades, more sophisticated exploration techniques have revealed more “recoverable” fossil fuel in the Permian than previously believed. A 2018 report by the United States Geological Survey pegged the volume at 46.3 billion barrels of oil and 281 trillion cubic feet of natural gas, which made the Permian the largest oil and gas deposit in the nation. Analysts, shocked at the sheer volume, and the money to be made, have taken to crowning the Permian the “King of Shale Oil.” Critics concerned with the climate impact of the expanding operations call it a “carbon bomb.”

    As oil and gas extraction spiked, so did New Mexico’s trust land receipts. In the last 20 years, oil and gas has generated between 91 and 97 percent of annual trust land revenue. It broke annual all-time highs in half of those years, topping $1 billion for the first time in 2019 and reaching $2.75 billion last year. Adjusted for inflation, more than 20 percent of New Mexico’s trust land income since 1900 has arrived in just the last five years.

    “Every dollar earned by the Land Office,” Commissioner Richard said when revenues broke the billion-dollar barrier, “is a dollar taxpayers do not have to pay to support public institutions.”

    Trust land as a cost-free source of subsidies for citizens is a common framing. In 2023, Richard declared that her office had saved every New Mexico taxpayer $1,500 that year. The press release did not mention oil or gas, or Apache bands in the state.

    Virtually all of the trust land in New Mexico, including 186,000 surface acres and 253,000 subsurface acres now benefiting NMSU, was seized from various Apache bands during the so-called Apache Wars. Often reduced to the iconic photograph of Geronimo on one knee, rifle in hand, hostilities began in 1849, and they remain the longest-running military conflict in U.S. history, continuing until 1924.

    In 2019, newly elected New Mexico Governor Michelle Lujan Grisham began aligning state policy with “scientific consensus around climate change.” According to the state’s climate action website, New Mexico is working to tackle climate change by transitioning to clean electricity, reducing greenhouse gas emissions, supporting an economic transition from coal to clean energy, and shoring up natural resource resilience.

    “New Mexico is serious about climate change — and we have to be. We are already seeing drier weather and rising temperatures,” the governor wrote on the state’s website. “This administration is committed not only to preventing global warming, but also preparing for its effects today and into the future.”

    No mention was made of increasingly profitable oil and gas extraction on trust lands or their production in the Permian. In 2023, just one 240-acre parcel of land benefiting NMSU was leased for five years for $6 million.

    NMSU did not respond to a request for comment on this story.

    More than half of the acreage uncovered in our investigation appears in oil-rich West Texas, the equivalent of more than 3 million football fields. It benefits Texas A&M.

    Take the long drive west along I-10 between San Antonio and El Paso, in the southwest region of the Permian Basin, and you’ll pass straight through several of those densely packed parcels without ever knowing it — they’re hidden in plain sight on the arid landscape. These tracts, and others not far from the highway, were Mescalero Apache territory. Kiowas and Comanches relinquished more parcels farther north.

    In the years after the Civil War, a “peace commission” pressured Comanche and Kiowa leaders for an agreement that would secure land for tribes in northern Texas and Oklahoma. Within two years, federal agents dramatically reduced the size of the resulting reservation with another treaty, triggering a decade of conflict.

    The consequences were disastrous. Kiowas and Comanches lost their land to Texas and their populations collapsed. Between the 1850s and 1890s, Kiowas lost more than 60 percent of their people to disease and war, while Comanches lost nearly 90 percent.

    If this general pattern of colonization and genocide was a common one, the trajectory that resulted in Texas A&M’s enormous state land trust was not.

    Texas was never part of the U.S. public domain. Its brief stint as an independent nation enabled it to enter the Union as a state, skipping territorial status completely. As a result, like the original 13 states, it claimed rights to sell or otherwise distribute all the not-yet-privatized land within its borders.

    Following the broader national model, but ratcheting up the scale, Texas would allocate over 2 million acres to subsidize higher education.

    Texas A&M was established to take advantage of a Morrill Act allocation of 180,000 acres, and opened its doors in 1876. The same year, Texas allocated a million acres of trust lands, followed by another million in 1883, nearly all of it on land relinquished in treaties from the mid-1860s.

    Today, the Permanent University Fund derived from that land is worth nearly $34 billion. That’s thanks to oil, of course, which has been flowing from the university’s trust lands since 1923. In 2022 alone, Texas trust lands produced $2.2 billion in revenue.

    The Kiowa and Comanche were ultimately paid about 2 cents per acre for their land. The Mescalero Apache received nothing.

    Texas A&M did not respond to a request for comment on this story.

    For more than a century, logging has been the main driver of Washington State University’s trust land income, on land taken from 21 Indigenous nations, especially the Confederated Tribes and Bands of the Yakama Nation. About 86,000 acres, more than half of the surface trust lands allocated to Washington State University, or WSU, are located inside Yakama land cessions, which started in 1855. Between 2018 and 2022, trust lands produced nearly $78.5 million in revenue almost entirely from timber.

    But it isn’t a straight line to the university’s bank account.

    “The university does not receive the proceeds from timber sales directly,” said Phil Weiler, a spokesperson for WSU. “Lands held in trust for the university are managed by the Washington State Department of Natural Resources, not WSU.”

    In 2022, WSU’s trust lands produced about $19.5 million in revenue, which was deposited into a fund managed by the State Investment Board. In other words, the state takes on the management responsibility of turning timber into investments, while WSU reaps the rewards by drawing income from the resulting trust funds.

    “The Washington legislature decides how much of the investment earnings will be paid out to Washington State University each biennium,” said Weiler. “By law, those payouts can only be used to fund capital projects and debt service.”

    This arrangement yielded nearly $97 million dollars for WSU from its two main trust funds between 2018 and 2022, and has generally been on the rise since the Great Recession. In recent decades, the money has gone to construction and maintenance of the institution’s infrastructure, like its Biomedical and Health Sciences building, and the PACCAR Clean Technology Building — a research center focused on innovating wood products and sustainable design.

    That revenue may look small in comparison to WSU’s $1.2 billion dollar endowment, but it has added up over time. From statehood in 1889 to 2022, timber sales on trust lands provided Washington State University with roughly $1 billion in revenue when Grist adjusted for inflation. But those figures are likely higher: Between 1971 and 1983, the State of Washington did not produce detailed records on trust land revenue as a cost-cutting measure.

    Meanwhile, WSU students have demanded that the university divest from fossil fuel companies held in the endowment. But even if the board of regents agreed, any changes would likely not apply to the school’s state-controlled trust fund, which currently contains shares in ExxonMobil, Shell, Chevron, and at least two dozen other corporations in the oil and gas sector.

    “Washington State University (WSU) is aware that our campuses are located on the homelands of Native peoples and that the institution receives financial benefit from trust lands,” said Weiler.

    In states with trust lands, a reasonably comfortable buffer exists between beneficiaries, legislators, land managers, and investment boards, but that hasn’t always been the case. In Minnesota’s early days, state leaders founded the University of Minnesota while also making policy that would benefit the school, binding the state’s history of genocide with the institution.

    Those actions still impact Indigenous peoples in the state today while providing steady revenue streams to the University.

    Henry Sibley began to amass his fortune around 1834 after only a few years in the fur trade in the territory of what would become Minnesota, rising to the role of regional manager of the American Fur Company at just 23. But even then, the industry was on the decline — wild game had been over-hunted and competition was fierce. Sibley responded by diversifying his activities. He moved into timber, making exclusive agreements with the Ojibwe to log along the Snake and Upper St. Croix rivers.

    His years in “wild Indian country” were paying off: Sibley knew the land, waterways, and resources of the Great Lakes region, and he knew the people, even marrying Tahshinaohindaway, also known as Red Blanket Woman, in 1840 — a Mdewakanton Dakota woman from Black Dog Village in what is now southern Minneapolis.

    Sibley was a major figure in a number of treaty negotiations, aiding the U.S. in its western expansion, opening what is now Minnesota to settlement by removing tribes. In 1848, he became the first congressional delegate for the Wisconsin Territory, which covered much of present-day Minnesota, and eventually, Minnesota’s first governor.

    But he was also a founding regent of the University of Minnesota — using his personal, political, and industry knowledge of the region to choose federal, state, and private lands for the university. Sibley and other regents used the institution as a shel corporation to speculate and move money between companies they held shares in.

    In 1851, Sibley helped introduce land-grant legislation for the purpose of a territorial university, and just three days after Congress passed the bill, Minnesota’s territorial leaders established the University of Minnesota. With an eye on statehood, leaders knew more land would be granted for higher education, but first the land had to be made available.

    That same year, with the help of then-territorial governor and fellow university regent Alexander Ramsey, the Dakota signed the Treaty of Traverse De Sioux, a land cession that created almost half of the state of Minnesota, and, taken with other cessions, would later net the University nearly 187,000 acres of land — an area roughly the size of Tucson.

    Among the many clauses in the treaty was payment: $1.4 million would be given to the Dakota, but only after expenses. Ramsey deducted $35,000 for a handling fee, about $1.4 million in today’s dollars. After agencies and politicians had taken their cuts, the Dakota were promised only $350,000, but ultimately, only a few thousand arrived after federal agents delayed and withheld payments or substituted them for supplies that were never delivered.

    The betrayal led to the Dakota War of 1862. “The Sioux Indians of Minnesota must be exterminated or driven forever beyond the borders of the state,” said Governor Ramsey. Sibley joined in the slaughter, leading an army of volunteers dedicated to the genocide of the Dakota people. At the end of the conflict, Ramsey ordered the mass execution of more than 300 Dakota men in December of 1862 — a number later reduced by then-president Abraham Lincoln to 39, and still the largest mass execution in U.S. history.

    That grisly punctuation mark at the end of the war meant a windfall for the University of Minnesota, with new lands being opened through the state’s enabling act and another federal grant that had just been passed: the Morrill Act. Within weeks of the mass execution, the university was reaping benefits thanks to the political, and military, power of Sibley and the board of regents.

    Between 2018 and 2022, those lands produced more than $17 million in revenue, primarily through leases for the mining of iron and taconite, a low-grade iron ore used by the steel industry. But like other states that rely on investment funds and trusts to generate additional income, those royalties are only the first step in the institution’s financial investments.

    Today, Sibley, Ramsey, and other regents are still honored. Their names adorn parks, counties, and streets, their homes memorialized for future generations. While there have been efforts to remove their names from schools and parks, Minnesota, its institutions, and many of its citizens continue to benefit from their actions.

    The iron and taconite mines that owe their success to the work of these men have left lasting visual blight, water contamination from historic mine tailings, and elevated rates of mesothelioma among taconite workers in Minnesota. The 1863 federal law that authorized the removal of Indigenous peoples from the region is still on the books today and has never been overturned.

    Less than half of the universities featured in this story responded to requests for comment, and the National Association of State Trust Lands, the nonprofit consortium that represents trust land agencies and administrators, declined to comment. Those that did, however, highlighted the steps they were making to engage with Indigenous students and communities.

    Still, investments in Indigenous communities are slow coming. Of the universities that responded to our requests, those that directly referenced how trust lands were used maintained they had no control over how they profited from the land.

    And they’re correct, to some degree: States managing assets for land-grants have fiduciary, and legal, obligations to act in the institution’s best interests.

    But that could give land-grant universities a right to ask why maximizing returns doesn’t factor in the value of righting past wrongs or the costs of climate change.

    “We can know very well that these things are happening and that we’re part of the problem, but our desire for continuity and certainty and security override that knowledge,” said Sharon Stein of the University of British Columbia.

    That knowledge, Stein added, is easily eclipsed by investments in colonialism that obscure university complicity and dismiss that change is possible.

    Though it’s a complicated and arduous process changing laws and working with state agencies, universities regularly do it. In 2022, the 14 land-grant universities profiled in this story spent a combined $4.6 million on lobbying on issues ranging from agriculture to defense. All lobbied to influence the federal budget and appropriations.

    But even if those high-level actions are taken, it’s not clear how it will make a difference to people like Alina Sierra in Tucson, who faces a rocky financial future after her departure from the University of Arizona.

    In 2022, a national study on college affordability found that nearly 40 percent of Native students accrued more than $10,000 in college debt, with some accumulating more than $100,000 in loans. Sierra is still in debt to UArizona for more than $6,000.

    “I think that being on O’odham land, they should give back, because it’s stolen land,” said Sierra. “They should put more into helping us.”

    In January, Sierra enrolled as a full-time student at Tohono O’odham Community College in Sells, Arizona — a tribal university on her homelands. The full cost of attendance, from tuition to fees to books, is free.

    The college receives no benefits from state trust lands.

    This project was supported by the Pulitzer Center, the Data-Driven Reporting Project, and the Bay & Paul Foundation.


    This story was reported and written by Tristan Ahtone, Robert Lee, Amanda Tachine, An Garagiola, and Audrianna Goodwin. Data reporting was done by Maria Parazo Rose and Clayton Aldern, with additional data analysis and visualization by Marcelle Bonterre and Parker Ziegler. Margaret Pearce provided guidance and oversight.

    Original photography for this project was done by Eliseu Cavalcante and Bean Yazzie. Parker Ziegler handled design and development. Teresa Chin supervised art direction. Marty Two Bulls Jr. and Mia Torres provided illustration. Megan Merrigan, Justin Ray, and Mignon Khargie handled promotion. Rachel Glickhouse coordinated partnerships.

    This project was edited by Katherine Lanpher and Katherine Bagley. Jaime Buerger handled copy editing. Angely Mercado did fact-checking, and Annie Fu fact-checked the project’s data.

    Special thanks to Teresa Miguel-Stearns, Jon Parmenter, Susan Shain, and Tushar Khurana for their additional research contributions. We would also like to thank the many state officials who helped to ensure we acquired the most recent and accurate information for this story. This story was made possible in part by the Pulitzer Center, the Data-Driven Reporting Project, and the Bay & Paul Foundation.

    The Misplaced Trust team acknowledges the Tohono O’odham, Pascua Yaqui, dxʷdəwʔabš, Suquamish, Muckleshoot, puyaləpabš, Tulalip, Muwekma Ohlone, Lisjan, Tongva, Kizh, Dakota, Bodwéwadmi, Quinnipiac, Monongahela, Shawnee, Lenape, Erie, Osage, Akimel O’odham, Piipaash, Očhéthi Šakówiŋ, Diné, Kanienʼkehá:ka, Muh-he-con-ne-ok, Pαnawάhpskewi, and Mvskoke peoples, on whose homelands this story was created.

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

    Join us today.

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    Tristan Ahtone, Robert Lee, Amanda Tachine, An Garagiola, Audrianna Goodwin, Maria Parazo Rose and Clayton Aldern

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  • Harvard University revives standardized testing requirements

    Harvard University revives standardized testing requirements

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    Dive Brief: 

    • Harvard University will once again require applicants to submit SAT or ACT scores, it said Thursday, reversing a test-optional policy that it implemented during the coronavirus pandemic.
    • The new policy will take effect for the class of 2029, whose members will apply to Harvard during the upcoming fall and winter. If they can’t access the exams, they can instead submit alternatives such as Advanced Placement or International Baccalaureate scores. 
    • The surprise announcement reverses Harvard’s earlier policy, which had extended test-optional admissions through the class of 2030. With the change, Harvard becomes the latest Ivy League institution to switch back to standardized testing requirements in the past few months. 

    Dive Insight: 

    Hopi Hoekstra, Harvard’s dean of Faculty of Arts and Sciences, contended this week that students may withhold exam scores that could have potentially helped their application under test-optional policies. 

    “More information, especially such strongly predictive information, is valuable for identifying talent from across the socioeconomic range,” Hoekstra wrote in a letter to the Faculty of Arts and Sciences community. 

    The other Ivy League colleges that have recently switched back to standardized testing requirements — Dartmouth College, Yale University and Brown University — have cited similar reasoning. 

    In Dartmouth’s case, officials cited internal research that found many high-achieving but less-advantaged applicants who would have benefited from including their scores instead opted to withhold them. 

    Harvard referenced research looking into admissions at the so-called Ivy Plus colleges, which include those in the Ivy League and other top-ranked institutions like Stanford University. 

    Opportunity Insights, a research nonprofit based at Harvard, found that SAT/ACT scores are one of the best predictors of post-college outcomes.

    Researchers also noted the scores have potential biases that may favor high-income students. But in a statement Thursday, Raj Chetty, director of Opportunity Insights and economics professor at Harvard, said that other measures like essays and recommendation letters are even more prone to these types of biases. 

    “Considering standardized test scores is likely to make the admissions process at Harvard more meritocratic while increasing socioeconomic diversity,” Chetty said. 

    However, FairTest, a group advocating for limited uses of standardized testing, has pushed back on these types of arguments.

    “The tests hurt the chances of far more poor and underrepresented students of talent than they help,” the group said in February as part of a 25-page report. “Far more human potential is left on the shelf because of the tests than is uplifted by their identifying and sorting properties.”

    Despite high-profile returns to standardized testing, many colleges have retained their test-optional policies. More than 2,000 four-year colleges do not require exam scores for students applying to the fall 2024 semester, according to a recent tally from FairTest.

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    Natalie Schwartz

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  • Vivi for Teachers Launches to Bring Free Classroom Technology to Educators

    Vivi for Teachers Launches to Bring Free Classroom Technology to Educators

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    Vivi, the only wireless screen mirroring and digital signage solution purpose-built for education, today announces the launch of Vivi for Teachers. The free web-based application makes it simple for teachers to actively engage with their students using their individual devices and displays. 

    With Vivi for Teachers, students can share their content and screens directly to the classroom display in seconds, without wasting valuable class time finding the right cable or dongle to connect. Vivi for Teachers also includes a built-in virtual whiteboard that students can use to work out problems – encouraging more students to participate by reducing the anxiety often accompanying speaking up in front of peers.

    “A big pushback on tech post-COVID has been that it can easily turn students into passive learners,” says Juliana Finegan, VP Educator Experience at Vivi. “Schools have made big investments in 1:1 devices, but they need to be used effectively to have the intended result – active engagement in learning. Vivi for Teachers offers a free solution to encourage and enable collaboration, peer feedback, and student-driven learning. With it, students can easily share their thinking, show off their creativity, and give class presentations faster and with less stress.” 

    Megan Oliva, 2nd grade teacher in Austin, Texas agrees, sharing that her students “love sharing their work and showing their classmates how they got to an answer. They ask me to use Vivi every day now. It is easy to use for me and my students which is key.” 

    Vivi, which currently helps over 2,000 schools, has subscription-based offerings for schools and districts with additional instructional tools, digital signage, announcements, and emergency alert capabilities. Vivi for Teachers is its first free offering specifically for teachers to encourage student engagement and classroom interaction through wireless screen sharing. Vivi has found that 86% of teachers saw increased student participation and excitement in sharing their work because of using Vivi for Teachers student screen share in their classroom.

    About Vivi  

    Used by over 2,000 schools, Vivi combines wireless screen sharing and digital signage into a single solution, purpose-built for education, that drives more value for districts from their existing investments in display technology and student devices. For more information, visit vivi.io.

    eSchool News Staff
    Latest posts by eSchool News Staff (see all)

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    ESchool News Staff

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  • Saint James School of Medicine Receives $30,000 Grant From UNDP for Launch of Bachelor’s-Level Program in St. Vincent and the Grenadines

    Saint James School of Medicine Receives $30,000 Grant From UNDP for Launch of Bachelor’s-Level Program in St. Vincent and the Grenadines

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    United Nations Development Fund Supported the Development of the New Higher Education Program in St. Vincent and the Grenadines

    Saint James School of Medicine (SJSM), a leading institution dedicated to providing quality medical education, is proud to announce the receipt of a $30,000 grant from the United Nations Development Programme (UNDP). This significant financial support will spearhead the launch of an innovative Bachelor’s-level program in St. Vincent and the Grenadines, aimed at improving the higher education offering in the country.  

    The new Bachelor’s Degree in Health Sciences is designed to offer comprehensive education and training in health sciences, preparing students for advanced medical degrees and careers in healthcare. With an emphasis on practical skills, research, and community health, the program is set to become a cornerstone of medical education in the Caribbean region.

    Kaushik Guha, the Executive Vice President of Saint James School of Medicine, expressed his gratitude and excitement about the collaboration. “This generous grant from the UNDP marks a significant milestone for our institution and higher education in St. Vincent and the Grenadines. The idea for this program came from the Minister of Education of St. Vincent and the Grenadines, Honourable Curtis King. With his help and guidance, and the financial support from UNDP, this program will help expand the higher education offering in St. Vincent and the Caribbean. The introduction of this program enables us to expand our academic offerings and reinforces our commitment to training competent, compassionate healthcare professionals capable of addressing global health challenges.”

    The funding from the UNDP will facilitate the development of state-of-the-art facilities, including modern classrooms, laboratories, and research centers. Additionally, it will support the implementation of community health initiatives, providing students with hands-on experience in addressing health issues within local communities.

    Prospective students and interested parties can find more information about the program and application processes on the Saint James School of Medicine website.

    About Saint James School of Medicine:

    Saint James School of Medicine is committed to offering students a high-quality medical education at an affordable price. With campuses in St. Vincent and the Grenadines and Anguilla, SJSM is dedicated to producing highly skilled, ethical, and compassionate physicians who are ready to meet the healthcare challenges of today and tomorrow.

    Source: Saint James School of Medicine

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  • How AI Could Transform the Way Schools Test Kids | KQED

    How AI Could Transform the Way Schools Test Kids | KQED

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    PISA, the influential international test, expects to integrate AI into the design of its 2029 test. Piacentini said the Organization for Economic Cooperation and Development, which runs PISA, is exploring the possible use of AI in several realms.

    • It plans to evaluate students on their ability to use AI tools and to recognize AI-generated information.
    • It’s evaluating whether AI could help write test questions, which could potentially be a major money and time saver for test creators. (Big test makers like Pearson are already doing this, he said.)
    • It’s considering whether AI could score tests. According to Piacentini, there’s promising evidence that AI can accurately and effectively score even relatively complex student work.
    • Perhaps most significantly, the organization is exploring how AI could help create tests that are “much more interesting and much more authentic,” as Piacentini puts it.

    When it comes to using AI to design tests, there are all sorts of opportunities. Career and tech students could be assessed on their practical skills via AI-driven simulations: For example, automotive students could participate in a simulation testing their ability to fix a car, Piacentini said.

    Right now those hands-on tests are incredibly intensive and costly – “it’s almost like shooting a movie,” Piacentini said. But AI could help put such tests within reach for students and schools around the world.

    AI-driven tests could also do a better job of assessing students’ problem-solving abilities and other skills, he said. It might prompt students when they’d made a mistake and nudge them toward a better way of approaching a problem. AI-powered tests could evaluate students on their ability to craft an argument and persuade a chatbot. And they could help tailor tests to a student’s specific cultural and educational context.

    “One of the biggest problems that PISA has is when we’re testing students in Singapore, in sub-Saharan Africa, it’s a completely different universe. It’s very hard to build a single test that actually works for those two very different populations,” said Piacentini. But AI opens the door to “construct tests that are really made specifically for every single student.”

    That said, the technology isn’t there yet, and educators and test designers need to tread carefully, experts warn. During a recent SXSW EDU panel, Nicol Turner Lee, director of the Center for Technology Innovation at the Brookings Institution, said any conversation about AI’s role in assessments must first acknowledge disparities in access to these new tools. (Editor’s note: The panel was moderated by Javeria Salman, one of the writers of this article.)

    Many schools still use paper products and struggle with spotty broadband and limited digital tools, Turner Lee said: The digital divide is “very much part of this conversation.” Before schools begin to use AI for assessments, teachers will need professional development on how to use AI effectively and wisely, she said.

    There’s also the issue of bias embedded in many AI tools. AI is often sold as if it’s “magic,” Amelia Kelly, chief technology officer at SoapBox Labs, a software company that develops AI voice technology, said during the panel. But it’s really “a set of decisions made by human beings, and unfortunately human beings have their own biases and they have their own cultural norms that are inbuilt.” 

    With AI at the moment, she added, you’ll get “a different answer depending on the color of your skin, or depending on the wealth of your neighbors, or depending on the native language of your parents.”   

    But the potential benefits for students and learning excite experts such as Kristen Huff, vice president of assessment and research at Curriculum Associates, where she helps develop online assessments. Huff, who also spoke on the panel, said AI tools could eventually not only improve testing but also “accelerate learning” in areas like early literacy, phonemic awareness and early numeracy skills. Huff said that teachers could integrate AI-driven assessments, especially AI voice tools, into their instruction in ways that are seamless and even “invisible,” allowing educators to continually update their understanding of where students are struggling and how to provide accurate feedback.

    PISA’s Piacentini said that while we’re just beginning to see the impact of AI on testing, the potential is great and the risks can be managed.

    “I am very optimistic that it is more an opportunity than a risk,” said Piacentini. “There’s always this risk of bias, but I think we can quantify it, we can analyze it, in a better way than we can analyze bias in humans.”

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    Kara Newhouse

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  • How can you become a good thinker? Academic Minute

    How can you become a good thinker? Academic Minute

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    How Can You Become a Good Thinker? Academic Minute

    Doug Lederman

    Thu, 04/11/2024 – 03:00 AM

    Byline(s)

    Doug Lederman

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    Doug Lederman

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  • Word of the Day: fabricate

    Word of the Day: fabricate

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    The word fabricate has appeared in 30 articles on NYTimes.com in the past year, including on Dec. 13 in “Chatbot Hype or Harm? Teens Push to Broaden A.I. Literacy” by Natasha Singer:

    It was difficult late last year for many teenagers to know what to make of the new wave of A.I. chatbots.

    Teachers were warning students not to use bots like ChatGPT, which can fabricate human-sounding essays, to cheat on their schoolwork. Some tech billionaires were promoting advances in A.I. as powerful forces that were sure to remake society. Other tech titans saw the same systems as powerful threats poised to destroy humanity.

    School districts didn’t help much. Many reactively banned the bots, at least initially, rather than develop more measured approaches to introducing students to artificial intelligence.

    Can you correctly use the word fabricate in a sentence?

    Based on the definition and example provided, write a sentence using today’s Word of the Day and share it as a comment on this article. It is most important that your sentence makes sense and demonstrates that you understand the word’s definition, but we also encourage you to be creative and have fun.

    If you want a better idea of how fabricate can be used in a sentence, read these usage examples on Vocabulary.com. You can also visit this guide to learn how to use IPA symbols to show how different words are pronounced.

    If you enjoy this daily challenge, try our vocabulary quizzes.


    Students ages 13 and older in the United States and the United Kingdom, and 16 and older elsewhere, can comment. All comments are moderated by the Learning Network staff.

    The Word of the Day is provided by Vocabulary.com. Learn more and see usage examples across a range of subjects in the Vocabulary.com Dictionary. See every Word of the Day in this column.

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    The Learning Network

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  • How AI could transform the way schools test kids – The Hechinger Report

    How AI could transform the way schools test kids – The Hechinger Report

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    Imagine interacting with an avatar that dissolves into tears – and being assessed on how intelligently and empathetically you respond to its emotional display.

    Or taking a math test that is created for you on the spot, the questions written to be responsive to the strengths and weaknesses you’ve displayed in prior answers. Picture being evaluated on your scientific knowledge and getting instantaneous feedback on your answers, in ways that help you better understand and respond to other questions.

    These are just a few of the types of scenarios that could become reality as generative artificial intelligence advances, according to Mario Piacentini, a senior analyst of innovative assessments with the Programme for International Student Assessment, known as PISA.

    He and others argue that AI has the potential to shake up the student testing industry, which has evolved little for decades and which critics say too often falls short of evaluating students’ true knowledge. But they also warn that the use of AI in assessments carries risks.

    “AI is going to eat assessments for lunch,” said Ulrich Boser, a senior fellow at the Center for American Progress, where he co-authored a research series on the future of assessments. He said that standardized testing may one day become a thing of the past, because AI has the potential to personalize testing to individual students.

    PISA, the influential international test, expects to integrate AI into the design of its 2029 test. Piacentini said the Organization for Economic Cooperation and Development, which runs PISA, is exploring the possible use of AI in several realms.

    • It plans to evaluate students on their ability to use AI tools and to recognize AI-generated information.
    • It’s evaluating whether AI could help write test questions, which could potentially be a major money and time saver for test creators. (Big test makers like Pearson are already doing this, he said.)
    • It’s considering whether AI could score tests. According to Piacentini, there’s promising evidence that AI can accurately and effectively score even relatively complex student work.  
    • Perhaps most significantly, the organization is exploring how AI could help create tests that are “much more interesting and much more authentic,” as Piacentini puts it.

    When it comes to using AI to design tests, there are all sorts of opportunities. Career and tech students could be assessed on their practical skills via AI-driven simulations: For example, automotive students could participate in a simulation testing their ability to fix a car, Piacentini said.

    Right now those hands-on tests are incredibly intensive and costly – “it’s almost like shooting a movie,” Piacentini said. But AI could help put such tests within reach for students and schools around the world.

    AI-driven tests could also do a better job of assessing students’ problem-solving abilities and other skills, he said. It might prompt students when they’d made a mistake and nudge them toward a better way of approaching a problem. AI-powered tests could evaluate students on their ability to craft an argument and persuade a chatbot. And they could help tailor tests to a student’s specific cultural and educational context.

    “One of the biggest problems that PISA has is when we’re testing students in Singapore, in sub-Saharan Africa, it’s a completely different universe. It’s very hard to build a single test that actually works for those two very different populations,” said Piacentini. But AI opens the door to “construct tests that are really made specifically for every single student.”

    That said, the technology isn’t there yet, and educators and test designers need to tread carefully, experts warn. During a recent panel Javeria moderated, Nicol Turner Lee, director of the Center for Technology Innovation at the Brookings Institution, said any conversation about AI’s role in assessments must first acknowledge disparities in access to these new tools.

    Many schools still use paper products and struggle with spotty broadband and limited digital tools, she said: The digital divide is “very much part of this conversation.” Before schools begin to use AI for assessments, teachers will need professional development on how to use AI effectively and wisely, Turner Lee said.

    There’s also the issue of bias embedded in many AI tools. AI is often sold as if it’s “magic,”  Amelia Kelly, chief technology officer at SoapBox Labs, a software company that develops AI voice technology, said during the panel. But it’s really “a set of decisions made by human beings, and unfortunately human beings have their own biases and they have their own cultural norms that are inbuilt.”

    With AI at the moment, she added, you’ll get “a different answer depending on the color of your skin, or depending on the wealth of your neighbors, or depending on the native language of your parents.”  

    But the potential benefits for students and learning excite experts such as Kristen Huff, vice president of assessment and research at Curriculum Associates, where she helps develop online assessments. Huff, who also spoke on the panel, said AI tools could eventually not only improve testing but also “accelerate learning” in areas like early literacy, phonemic awareness and early numeracy skills. Huff said that teachers could integrate AI-driven assessments, especially AI voice tools, into their instruction in ways that are seamless and even “invisible,” allowing educators to continually update their understanding of where students are struggling and how to provide accurate feedback.

    PISA’s Piacentini said that while we’re just beginning to see the impact of AI on testing, the potential is great and the risks can be managed.  

    “I am very optimistic that it is more an opportunity than a risk,” said Piacentini. “There’s always this risk of bias, but I think we can quantify it, we can analyze it, in a better way than we can analyze bias in humans.”

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

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

    Join us today.

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    Caroline Preston and Javeria Salman

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  • One Scientist Neglected His Grant Reports. Now U.S. Agencies Are Withholding Grants for an Entire University.

    One Scientist Neglected His Grant Reports. Now U.S. Agencies Are Withholding Grants for an Entire University.

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    By Francie Diep
    An email from the University of California at San Diego’s vice chancellor for research alerted the campus to the situation on Tuesday. The scientist says he got no warning before that day.

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    Francie Diep

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  • eLearning Industry’s Guest Author Article Showcase [March 2024]

    eLearning Industry’s Guest Author Article Showcase [March 2024]

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    eLI Posts That Are A Perfect Fit For eLearning Pros

    Whether you’re looking for innovative ways to incorporate different viewpoints into your eLearning experiences or need some guidance when choosing your NextGen LMS, these posts are here to help you navigate challenges and achieve L&D success. In no particular order, here are the top eLI guest articles published last month.

    eBook Release

    Guest Posting Guide: How To Become A Top Content Contributor On eLearning Industry

    Discover what you gain by guest blogging and what are the basics of writing a guest post for eLearning Industry.

    5 Guest Author Titles That Stood Out In March

    1. Learning From First Principles: An Incognito Thought Experiment By Visakhananda S

    This thought experiment explores the potential of redesigning learning from scratch based on the five first principles of incognito learning. Visakhananda S delves into authentic immersion, viral wisdom flows, subtle guidance, emergent curricula, and psychologically safe cultures.

    2. Through Feline Eyes: Unveiling New Perspectives In eLearning By Garima Gupta

    The article explores Stray, a game that immerses players as a cat in a dystopian world and advocates for perspective-taking in eLearning. Garima Gupta emphasizes integrating diverse viewpoints for empathy development, suggesting practical strategies like scenario-based learning.

    3. The Science Of Critical Thinking And The Importance Of eLearning By Michael Faboye

    Critical thinking involves actively and skillfully analyzing, synthesizing, and evaluating information to make reasoned judgments or decisions. Michael Faboye highlights how this requires questioning assumptions, recognizing biases, and applying logical reasoning to assess arguments and evidence effectively.

    4. Navigating The Start-Up Minefield: Common Mistakes To Avoid When Launching Your Tech Company By James Diko

    Launching a tech start-up? Learn from common mistakes to avoid failure. James Diko provides insights on hiring, market research, customer feedback, financial management, focus, and marketing strategies for success.

    5. The Future Of Learning Management Systems: NextGen Tools, From VR/AR To AI-Driven Teacher Assistants By Peter Oykhman

    The LMS industry is transitioning to the new paradigm of learning management tools. Peter Oykhman uncovers how the NextGen LMS will revolutionize learning.

    Would You Like To Be Featured In Our Next Guest Author Showcase?

    A huge round of virtual applause to all of the guest authors who took center stage this month! We’ll be highlighting our top guest authors every month in our Guest Post Showcase. If you’d like to be considered for our next list, submit your article to build thought leadership and connect with our eLearning community.

    You can also subscribe to our Guest Author Newsletter for tips, hot topics, and exclusive promo opportunities.

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    Christopher Pappas

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  • How Data Drives Strategies for Improved Student Outcomes – EdSurge News

    How Data Drives Strategies for Improved Student Outcomes – EdSurge News

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    Data-driven decisions are increasingly recognized as a critical component of K-12 education, enhancing personalized learning, improving assessment and feedback, optimizing resource allocation and fostering early intervention. These decisions are informed by analyzing various types of data, such as academic achievement, non-academic factors, program and systems data, and perception data. In turn, this analysis helps educators make informed choices that directly affect student learning and school effectiveness.

    Despite the benefits, implementing data-driven decision-making in education presents challenges. School leaders and teachers may need more time, tools, expertise and professional development to collect, analyze and interpret data effectively. Moreover, there is a distinction between being data-rich and data-driven. Collecting data is essential, but it can increase pressure on educators who may already be overburdened with responsibilities. High-quality data management systems that automate the collection and analysis processes are key for institutions seeking to shift toward a data-driven model.

    Recently, EdSurge spoke with Becky Mathison, Assistant Superintendent of Innovation, Teaching and Learning at Winnetka Public Schools, Illinois, about how her district supports educators in effective and efficient data analysis and use. With over 10 years of experience in district-level administrative roles focusing on curriculum, instruction and assessment, she has extensive expertise in building and refining database decision-making systems. Before her administrative roles, Mathison was a middle school science teacher, leading grade-level teams and the science department. During this time, her interest in the relationship between student learning outcomes and data-driven insights first emerged, guiding her approach to understanding student progress and informing future educational strategies.

    EdSurge: Why is data-driven decision-making important in K-12 education at the classroom and district levels?

    Mathison: Data can help inform many instructional strategies, which is especially important in the current age where schools are asked to do more and more. The balance between quantitative and qualitative data is essential. In terms of quantitative data, having something that’s normed is invaluable. It allows for comparing a student’s growth over time and also noting their achievements against benchmarks. That’s one way to figure out where to shine our light.

    Another approach involves analyzing student work samples and teacher feedback, offering a more holistic view of student needs. Previously, as a teacher, the primary focus was on delivering content. However, today there’s a growing realization of the importance of dedicating more time during the school day to social-emotional learning and physical activity and providing students with more autonomy in their learning. Qualitative data remains equally impactful in this regard.

    From a system or district perspective, ensuring consistency between and among grade levels is really important. Agreed-upon sets of data — whether universal screeners, common formative assessments with a rubric or projects that students are working on — give us a way to calibrate across the system so that we can figure out where we might need to make tweaks with curriculum or do things differently with staffing because of student needs.

    How does the dynamic of quantitative and qualitative data enhance the efficiency and effectiveness of educational decision-making processes?

    Having quantitative data readily available increases the efficiency of professional learning communities (PLCs) coming together. If you are able to quickly group students by data, that can save a lot of time so that educators around the table can use their brainpower to analyze what the data means, determine inconsistencies, identify when more information is needed and discuss students who might benefit from student services or even grade-level acceleration.

    Once that high-level programmatic matching is made, the qualitative data comes into play. In the PLC, teachers can look at those student groups from a whole-child perspective. They can review student work samples and identify areas of strength or skills needing improvement, which helps us determine the appropriate support needed for each student.

    How do you support teachers and staff in effectively collecting, analyzing and using student data to inform their instructional practices?

    We foster a positive data culture and develop data literacy across the district. As a district administrator, I let teachers know that I view the data as a starting point to ask questions to better understand what’s working and what isn’t, ultimately working toward an optimal student experience.

    Developing data literacy means talking through not only why we use data but also how to use screening tools and what exactly the data means. We approach this with a combination of professional development and ongoing, job-embedded support. The professional development part of it is messaging: This is why, as a district, we’re headed in this direction, these are the different tools and supports we’re going to provide you and this is the value of data. Then, we have a team of coaches partnered with building administrators to support teachers in using the tools, gathering data and understanding what it means in their context.

    Our district uses two data tools: one to analyze data locally and the other to put the data at the fingertips of the teachers. Too often, teachers have to search several platforms to collect student data. They might use three different platforms for universal screening, another for attendance and yet another to find out about incident reports. Otus has allowed us to merge that data so that a teacher can go to the report section of a student profile and access all of that information in one place. Currently, we have mostly quantitative data in the system. However, we are adding more qualitative data with different document uploads. For example, we are wrapping up a tier-one literacy curriculum review. We have plans to upload the results of common formative assessments into the system and possibly even upload the actual assessments.

    I also want to mention the importance of community education around data literacy so that parents understand that when they’re receiving assessment information, it’s one snapshot in time. We aim to partner with families in our approach to data literacy. One of our goals this year was to increase parent communication around student learning. We sent home all of our assessment reports. It was valuable because it helped parents understand different assessments, but each report looked different and used different reporting methods, which requires another level of data literacy.

    Next year, we plan to use Otus with parents. They will be able to log in to one place and access the test results more easily. The different data results will break down the meaning of each [test result] while visually representing the data in a similar way.

    What measures do you take to continuously monitor and evaluate the effectiveness of data-driven practices?

    We have a tiered process, starting at the district level and going out to the classroom level. Three times a year, after we have universal screening data collected, our first step is to meet with district administrators and building administrators, where we look at the data for the system. Part of what I include in that meeting is different activities or focus areas that the principals might want to address in their buildings. Then, the following week, there is a building leadership team meeting, which includes the principal and teacher leaders in the building, where they look through the data and determine areas of focus given their school improvement plan. Finally, each of the grade-level teams meets to go through the data. At these team meetings, there will be not only the classroom teachers but also interventionists, special education teachers and sometimes related arts teachers. We are fortunate as a district to have this system in place three times a year. The goal, though, is to have more of these conversations in the interim.

    Data-driven decision-making is similar to other evidence-based practices in schools, like having a guaranteed and viable curriculum or using assessment for learning processes. Data informs us how best to respond to student needs and work toward the greatest student outcomes. Really analyzing data helps our district and school leaders support our teachers so they can, in turn, support each student.


    Click here to learn how Otus supports school leaders to make confident, informed decisions that drive student growth.

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    Abbie Misha

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