Tag: Higher

  • AI in Higher Education: Academic Thought Leadership

    AI in Higher Education: Academic Thought Leadership

    How Faculty Expertise Boosts AI Search Results in Higher Ed

    Many higher education enrollment teams assume that the key to growth is spending more on paid leads. It feels logical: increase visibility, boost inquiries, fill the pipeline. Yet, too often, they end up paying for quantity, not quality — resulting in higher budgets that fail to yield students who are a good fit. They see short-term spikes in inquiries, followed by low conversion rates and retention challenges from mismatched students. 

    Achieving sustainable enrollment growth doesn’t have to mean spending more. What’s needed instead is smarter strategies that enable institutions to attract the right students earlier in the decision process — when they’re still exploring their options, defining their goals, and forming impressions of institutions’ credibility. 

    Shifting the focus of enrollment strategies from paid acquisition to earned attention — building organic visibility, authority, and trust with prospects before they fill out an application form — is the key to true growth. This approach is increasingly important as more and more students use artificial intelligence (AI) to navigate their higher education journey. 

    Building Organic Demand with AI and GEO 

    AI is reshaping how students discover institutions and their programs. While Google used to dominate prospective students’ search efforts, they are increasingly using AI-powered search assistants such as ChatGPT and Gemini to find, summarize, and compare higher education offerings. A 2025 study by the Online and Professional Education Association (UPCEA) found that roughly 50% of prospective students use AI tools at least weekly to research programs, including about 24% who use them on a daily basis. 

    As AI’s role in higher education marketing expands, institutions have begun to adopt generative engine optimization (GEO) strategies to improve their visibility in AI-driven search results. Unlike standard search engine optimization (SEO) — which focuses on keywords and backlinks — GEO prioritizes structured, authoritative content that AI systems can easily understand, cite, and incorporate into their responses. 

    When institutions feed these systems with content featuring faculty-driven subject matter expertise and clearly structured information, they train the AI algorithms to view them as authoritative and credible, and to surface them in students’ search results more often. This makes it easier for these institutions to engage high-intent students earlier in their enrollment journey.

    The Role of Faculty in Building Authority 

    No one conveys academic quality and institutional credibility better than the people who embody them. Faculty members represent some of an institution’s most trusted — yet often underutilized — marketing assets. Their expertise not only validates the institution and its programs but also humanizes them. 

    When faculty voices appear in thought leadership articles, Q&A features, or explainer videos, they do more than share knowledge — they strengthen confidence in the institution among both prospective students and their families. 

    Leveraged strategically, faculty expertise can enhance multiple facets of an institution’s marketing ecosystem:

    • Public relations: Faculty insights can position schools as trusted commentators in media coverage on industry trends. 
    • Search: Content that highlights subject matter expertise is seen as more credible by both traditional search engines and AI assistants, improving the content’s organic rankings and GEO performance. 
    • Enrollment marketing: Faculty-driven content that targets prospective students — such as video Q&As, informative blog posts, and interactive webinars — can help bridge the gap for these prospects between aspiration and application.

    When institutions center faculty in their marketing efforts, they connect academic storytelling with enrollment strategy, transforming their outreach from promotion into education.  

    Improving Efficiency and Results

    Today, higher ed enrollment growth depends on smarter strategy — not higher spending. Institutions can achieve greater success by balancing their paid and organic channels, building durable content engines, and aligning their marketing spend with actual enrollment outcomes.

    Balance Paid and Organic Marketing               

    Paid campaigns still have great value. But overreliance on them can drive up cost-per-enrollment (CPE) while producing prospective students who are a weaker fit. According to data from UPCEA, the average cost per enrolled student is more than $2,800. By mixing organic channels — faculty thought leadership pieces, GEO-friendly content — with paid efforts, institutions can achieve lower long-term costs while improving the fit and retention of their prospects.

    Create a Long-Term Content Engine               

    Temporary campaigns can deliver short-term boosts, but real authority that leads to sustainable enrollment growth stems from consistent, faculty-led content. Building a content engine anchored in faculty expertise and optimized for AI and GEO is essential, allowing institutions to maintain their visibility and credibility. Over time, this strategy can lower acquisition costs, boost engagement, and support retention.

    Align Marketing Spend With Enrollment Outcomes               

    Too often, marketing dollars are funneled toward maximizing the volume of leads rather than focusing on actual outcomes. True budget efficiency comes from aligning spend with each stage of the student life cycle — supporting strategies that move prospects from application to enrollment to persistence. When institutions’ budgets prioritize quality, engagement, and long-term fit over volume, they can strengthen both their conversion rates and their retention outcomes. 

    Key Takeaways

    • More leads don’t always translate to real growth. Sustainable enrollment comes from reaching the right students — not just more of them. 
    • By embracing GEO, leveraging AI in their higher education marketing strategy, and elevating faculty expertise, institutions can deliver content that builds organic authority and attracts qualified prospects earlier in their decision journey. This approach reduces institutions’ reliance on paid efforts, improves their cost efficiency, and enhances their credibility. 
    • Schools that invest in faculty-led content strategies can gain stronger conversions, better retention, and enduring brand trust — the foundation of meaningful, measurable enrollment growth.

    Drive Enrollment With Faculty Voices

    At Archer Education, we partner with accredited institutions to help them leverage AI and faculty thought leadership to build their credibility and drive their enrollment growth. Contact our team to learn how our tech-enabled marketing and enrollment solutions can help your institution attract the right students more efficiently. 

    Sources

    Association to Advance Collegiate Schools of Business, “Greater Impact Through Faculty Thought Leadership”

    Online and Professional Education Association, “AI Tools Are Driving Prospective Student Decisions, UPCEA and Search Influence Research Shows”

    Online and Professional Education Association, “How Higher Education Marketing Metrics Help You Boost Enrollment”

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  • Leading Through Change: The Core Values That Guide Collegis and Higher Ed

    Leading Through Change: The Core Values That Guide Collegis and Higher Ed

    Higher education is undergoing rapid transformation — from shifting student demographics to the urgent need for digital agility. At Collegis Education, we’ve navigated a similar journey. What began as a services organization has evolved into a technology-enabled partner, helping institutions thrive amid disruption. And while the journey hasn’t always been easy, one thing has kept us steady through it all: our culture

    When we talk about culture, we’re really talking about who we are when things get hard — how we make decisions, how we treat one another, and how we stay focused on our shared mission even when the future feels uncertain. 

    At Collegis, our culture is built on four core values that have guided every step of our transformation: authenticity, innovation, commitment, and collaboration. These aren’t just words. They’re the foundation that enables us to stay grounded and keep moving forward — together. 

    Shared transformation with our partners 

    Institutions across higher education are also undergoing profound transformation — navigating demographic shifts, evolving technology expectations, and increasing pressure to deliver on access and affordability. 

    These pressures have tested the resilience of colleges and universities nationwide. Yet just like Collegis, many institutions have found strength by doubling down on their missions and values. 

    That’s why our relationships with our partners are so strong. We understand that mission-driven organizations operate with purpose, and so do we. Higher education is about service, learning, and impact. At Collegis, our purpose is to help institutions live that mission more effectively through innovation, data, and technology — while never losing sight of the human side of education. 

    Authenticity in action: How trust drives transformation 

    Transformation requires honesty. Honesty about what’s working, what isn’t, and what comes next. Like many institutions, we’ve made difficult decisions in recent years. We’ve rethought how we serve our partners, restructured internally, and evolved how we operate. 

    Throughout these moments, authenticity has been our anchor. We communicate openly, acknowledge challenges, and lead with transparency to build trust. 

    It also means bringing our true selves to work. The people who thrive at Collegis are those who lead with integrity, admit mistakes, and approach challenges with humility and purpose. That creates space for bold ideas and genuine growth. 

    Authenticity connects us to our partners as well. Institutions strive to build cultures of empathy, honesty, and integrity — just like we do. It’s a value that runs deep across the higher ed ecosystem. 

    Innovation that moves us forward 

    Change is accelerating. The ability to innovate isn’t just a differentiator — it’s a requirement. 

    At Collegis, innovation is about more than technology. It’s how we think. It’s how we tackle complex challenges, experiment with new ideas, and find better ways to deliver value. 

    We’ve seen innovation in action across our organization — in the development of Connected Core®, in our use of AI to personalize student experiences, and in our operations teams that continuously improve how we work. 

    Our partners are innovating too. From program design to data strategy to student engagement, institutions are finding new ways to serve their communities. Together, we’re helping higher ed adapt and thrive. 

    Commitment that never wavers 

    Change tests commitment. It’s easy to be dedicated when things are smooth. It’s much harder when goals shift, markets move, or resources tighten. 

    What’s impressed me most about our Collegis team is the depth of commitment I see every day. Our people lean in. They solve problems, meet deadlines, and show up for one another and for our partners. 

    That same spirit exists across the institutions we serve — a relentless focus on students, on mission, and on progress. It’s what fuels our shared success. 

    Collaboration that scales 

    No transformation succeeds in isolation. Every major milestone we’ve achieved at Collegis has happened because of collaboration across disciplines, departments, and partner campuses. 

    Our strength comes from diverse perspectives — technologists, strategists, enrollment experts, marketers, and more — working together to deliver real outcomes. 

    Higher education is built on collaboration, too. Shared governance, interdisciplinary research, cross-campus teamwork — it’s all about connection. And that’s where we thrive. 

    Culture is our constant 

    We’re living in an era of rapid change. The pace of advancement, the evolving needs of students, and the challenges facing institutions demand agility and resilience. 

    In that context, culture is our constant. It’s what grounds us. It defines how we show up for one another and for our partners. 

    Culture doesn’t eliminate uncertainty. But it gives us confidence in how we face it — with respect, dignity, and shared purpose. 

    Staying grounded in what matters most 

    We’re proud of how far we’ve come, and we’re even more excited about where we’re headed. Our transformation didn’t happen by chance. It happened because our people chose to lead with authenticity, innovate boldly, stay committed, and collaborate with purpose. 

    Those values mirror the best of what higher education stands for. We’re honored to work alongside mission-based institutions shaping lives and strengthening communities. 

    As we continue to evolve, one thing won’t change: our shared belief in dignity, respect, and building organizations that reflect the best of who we are. 

    If we stay grounded in those values — as a company and as a community of partners — there’s nothing we can’t achieve together. 

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  • Advocates warn of risks to higher ed data if Education Department is shuttered

    Advocates warn of risks to higher ed data if Education Department is shuttered

    by Jill Barshay, The Hechinger Report
    November 10, 2025

    Even with the government shut down, lots of people are thinking about how to reimagine federal education research. Public comments on how to reform the Institute of Education Sciences (IES), the Education Department’s research and statistics arm, were due on Oct. 15. A total of 434 suggestions were submitted, but no one can read them because the department isn’t allowed to post them publicly until the government reopens. (We know the number because the comment entry page has an automatic counter.)

    A complex numbers game 

    There’s broad agreement across the political spectrum that federal education statistics are essential. Even many critics of the Department of Education want its data collection efforts to survive — just somewhere else. Some have suggested moving the National Center for Education Statistics (NCES) to another agency, such as the Commerce Department, where the U.S. Census Bureau is housed.

    But Diane Cheng, vice president of policy at the Institute for Higher Education Policy, a nonprofit organization that advocates for increasing college access and improving graduation rates, warns that shifting NCES risks the quality and usefulness of higher education data. Any move would have to be done carefully, planning for future interagency coordination, she said.

    “Many of the federal data collections combine data from different sources within ED,” Cheng said, referring to the Education Department. “It has worked well to have everyone within the same agency.”

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

    She points to the College Scorecard, the website that lets families compare colleges by cost, student loan debt, graduation rates, and post-college earnings. It merges several data sources, including the Integrated Postsecondary Education Data System (IPEDS), run by NCES, and the National Student Loan Data System, housed in the Office of Federal Student Aid. Several other higher ed data collections on student aid and students’ pathways through college also merge data collected at the statistical unit with student aid figures. Splitting those across different agencies could make such collaboration far more difficult.

    “If those data are split across multiple federal agencies,” Cheng said, “there would likely be more bureaucratic hurdles required to combine the data.”

    Information sharing across federal agencies is notoriously cumbersome, the very problem that led to the creation of the Department of Homeland Security after 9/11.

    Hiring and $4.5 million in fresh research grants

    Even as the Trump administration publicly insists it intends to shutter the Department of Education, it is quietly rebuilding small parts of it behind the scenes.

    In September, the department posted eight new jobs to replace fired staff who oversaw the National Assessment of Educational Progress (NAEP), the biennial test of American students’ achievement. In November, it advertised four more openings for statisticians inside the Federal Student Aid Office. Still, nothing is expected to be quick or smooth. The government shutdown stalled hiring for the NAEP jobs, and now a new Trump administration directive to form hiring committees by Nov. 17 to approve and fill open positions may further delay these hires.

    At the same time, the demolition continues. Less than two weeks after the Oct. 1 government shutdown, 466 additional Education Department employees were terminated — on top of the roughly 2,000 lost since March 2025 through firings and voluntary departures. (The department employed about 4,000 at the start of the Trump administration.) A federal judge temporarily blocked these latest layoffs on Oct. 15.

    Related: Education Department takes a preliminary step toward revamping its research and statistics arm

    There are also other small new signs of life. On Sept. 30 — just before the shutdown — the department quietly awarded nine new research and development grants totaling $4.5 million. The grants, listed on the department’s website, are part of a new initiative called, “From Seedlings to Scale Grants Program” (S2S), launched by the Biden administration in August 2024 to test whether the Defense Department’s DARPA-style innovation model could work in education. DARPA, the Defense Advanced Research Projects Agency, invests in new technologies for national security. Its most celebrated project became the basis for the internet. 

    Each new project, mostly focused on AI-driven personalized learning, received $500,000 to produce early evidence of effectiveness. Recipients include universities, research organizations and ed tech firms. Projects that show promise could be eligible for future funding to scale up with more students.

    According to a person familiar with the program who spoke on background, the nine projects had been selected before President Donald Trump took office, but the formal awards were delayed amid the department’s upheaval. The Institute of Education Sciences — which lost roughly 90 percent of its staff — was one of the hardest hit divisions.

    Granted, $4.5 million is a rounding error compared with IES’s official annual budget of $800 million. Still, these are believed to be the first new federal education research grants of the Trump era and a faint signal that Washington may not be abandoning education innovation altogether.

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

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

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  • Support Career Agency for International Scientists (opinion)

    Support Career Agency for International Scientists (opinion)

    International Ph.D. students and postdoctoral scholars drive a large share of the United States’ scientific research, innovation and global competitiveness. Yet these visa holders often face systemic barriers that limit their ability to build independent, fulfilling careers. Restricted access to fellowships and immigration constraints can stifle career agency, forcing the nation’s institutions to lose out on the very global talent they train to fuel discovery and progress.

    Drawing from insights in our recently released book, Thriving as an International Scientist (University of California Press), this essay outlines key challenges that international scientists face and concrete steps universities, employers and scientific societies can take to enable their dynamic career success.

    Systemic Barriers to Career Independence

    The U.S. depends on international talent to sustain its scientific enterprise. In 2023, nearly 41 percent of Ph.D. students and 58 percent of postdocs in U.S. universities were visa holders, and international scholars made up 34 percent of Ph.D. graduates in 2022, an increase from just 11 percent in1977.

    While U.S. universities still lead globally in training and employing a robust international scientific workforce, the recent anti-immigrant climate in the U.S. and growing global competition for STEM talent threatens this long-standing advantage. Two issues impacting international scientists stand out as particularly urgent: limited access to independent research fellowships and visa policies that restrict career flexibility.

    • Fewer fellowships lead to reduced agency. International scientists have access to fewer fellowships for supporting their independent research ideas. Data on primary sources of STEM doctoral student funding indicates 17 percent of international Ph.D. students relied primarily on fellowships, scholarships or dissertation grants in 2022, compared to 29 percent of their U.S. citizen and permanent resident peers. More than half of international Ph.D. students in science and engineering across U.S. universities relied on faculty-directed funding, through research assistantships, compared with just a third of domestic students (citizens and permanent residents).

    This reliance limits their autonomy to define research directions or confidently pursue professional development and internship opportunities. As a result, only 22 percent of international Ph.D. graduates from U.S. universities committed to academic careers (excluding postdocs) in 2022, in part due to a significant lack in independent funding experience—a key qualification for faculty roles.

    • Visa constraints on career mobility. Visa regulations often confine international scientists to narrowly defined “research-related” roles in academia or industry. This restriction effectively locks them out of emerging career paths in the business of science, science policy, science communication, entrepreneurship, university administration and nonprofit leadership until they obtain permanent residency.

    They are also disproportionately vulnerable to economic downturns or layoffs. Work visas typically allow a 60-day grace period to secure new employment and maintain legal immigration status, putting tremendous pressure on individuals and families. With rising costs and uncertainty surrounding H-1B work visas, employers may also hesitate to hire international scientists, compounding career instability for this essential segment of the STEM workforce.

    What Universities Can Do

    We expand on recommendations offered to universities in the International Talent Programs in the Changing Global Environment consensus report from the National Academies of Sciences, Engineering and Medicine and by the Association of American Universities’ Ph.D. Education Initiative. Universities can take the following actions to better support international Ph.D. students and postdocs:

    • Expand access to independent funding. Increase visibility of funding through databases such as Pivot and create matching fellowship opportunities from institutional, corporate and philanthropic sources that are open to noncitizens.
    • Track and leverage alumni outcomes. Analyze Ph.D. and postdoctoral career outcomes by citizenship and location in order to strengthen alumni mentorship and global networks for trainees.
    • Specialized professional development for Ph.Ds. Provide training in in-demand and holistic skills to address wicked problems, advance emerging technologies and foster knowledge of a range of careers for STEM Ph.D. holders.
    • Integrate career development into curricula. Embed professional development and career preparation within graduate and postdoctoral programs, rather than limiting them to extracurricular workshops, in order to encourage international scientists to participate.
    • Foster equitable access to internships. Simplify and expand opportunities for experiential learning by using the Curricular Practical Training path. Departments can offer internship courses through which students can use CPT or encourage them to incorporate insights from their internships into the dissertation. Creating more practical opportunities for students to broadly apply their research skills enables their success in getting work visas for diverse careers.

    At Princeton University, one of us developed a specialized professional development series for international graduate students integrating creative design, intentional career planning, immigration literacy and strategies for global careers. This approach helps international scholars build resilience, community and agency in navigating complex systems and uncertain futures.

    The Role of Scientific and Professional Societies

    Scientific and professional societies hold powerful levers for nationwide systemic change. Through initiatives that foster advocacy, partnerships and innovation, they can amplify the impact of international scientists and shape more inclusive policies.

    • Diversify funding models. As scientific leaders reconsider how to continue funding STEM research including for graduate and postdoctoral programs at scale in the U.S. through convenings (e.g., by NASEM and UIDP), public-private-philanthropic partnerships must intentionally include considerations by and for international graduate students and postdocs in their planning and implementation.
    • Require professional development. Foundations and philanthropic funders can make career and professional development a standard component of fellowships and sponsored research grants, following the precedents set by the National Science Foundation and the National Institutes of Health.
    • Mobilize advocacy through data. Public-facing dashboards such as the NAFSA International Student Economic Value Tool and OPT Observatory from the Institute for Progress, demonstrate the economic and intellectual value of international scientists. These are powerful tools for storytelling, advocacy and policy change.
    • Encourage immigration innovation. Beyond ongoing legislative efforts like the bipartisan Keep STEM Talent Act aiming to support the U.S. STEM workforce, the philanthropic sector can also pilot creative solutions. For instance, Renaissance Philanthropy’s Talent Mobility Fund raises awareness of underutilized immigration pathways such as O-1 and J-1 visas, diversifying routes available for STEM researchers.

    Employer Responsibility

    Employers across all sectors—universities, for-profit industries and nonprofit organizations—have a shared responsibility to create transparent, informed hiring practices for visa holders. Too often, candidates are left to initiate uncomfortable sponsorship discussions during job interviews. Instead, hiring managers should proactively coordinate with human resources and legal teams before posting positions to determine sponsorship possibilities, costs and timelines. Even small changes, such as explicitly noting “visa sponsorship available” (or not available) in job descriptions, can make a significant difference in promoting fairness and equity in hiring.

    Moving Forward: Shared Responsibility for Systemic Change

    The ability of international scientists to thrive is not just a matter of ethics and fairness—it is a strategic imperative for the future of American science and innovation. Universities, scientific societies, funders and employers have a shared responsibility to participate in removing systemic barriers and expanding opportunities for international scientists in a variety of careers.

    While large-scale policy change may take time, meaningful progress is possible through small, immediate steps:

    • Expanding access to independent funding and internships,
    • Increasing transparency through data, and
    • Fostering mentorship and advocacy networks.

    By enabling international scientists to build dynamic, independent careers, we strengthen not only their futures but also the vitality and global leadership of the U.S. research enterprise.

    Sonali Majumdar (she/her) is assistant dean for professional development in Princeton University’s Graduate School and author of Thriving as an International Scientist: Professional Development for Global STEM Citizens (October 2025, University of California Press). She is a member of the Graduate Career Consortium—an organization providing an international voice for graduate-level career and professional development leaders.

    Adriana Bankston (she/her) is a strong advocate for the research enterprise and supporting the next-generation STEM workforce and a former AAAS/ASGCT Congressional Policy Fellow in the U.S. House of Representatives. She contributed to a chapter in Thriving as an International Scientist on systemic reforms and policy change in academia.

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  • U.S. Universities Are National Security Assets (opinion)

    U.S. Universities Are National Security Assets (opinion)

    For too long, Americans have underestimated the strategic value of our universities. The popular belief is that higher education’s chief contribution to national security is soft power—the goodwill generated by cultural exchange, academic diplomacy and global networking. That’s accurate, but it’s only a small part of the security story.

    The vast majority of our 4,000-odd colleges and universities (including the elite ones) are hardly the ivory towers so associated with so-called woke movements and high-profile culture wars. Many, in fact, are the R&D labs of our national security infrastructure. They are the training grounds for the nation’s cyber warriors, military leaders, intelligence officers and diplomats. To be sure, they are one of America’s most potent weapons in an era of fierce geopolitical competition.

    The Reserve Officers’ Training Corps is the military’s largest commissioning source, with a footprint that spans the nation. Army ROTC alone operates at about 1,000 college campuses and provides merit-based benefits to roughly 15,000 students each year. It produces approximately 70 percent of the officers entering the Army annually, commissioning around 5,000 second lieutenants in a typical year.

    The scale is cross-service: Air Force ROTC maintains 145 host detachments with more than 1,100 partner universities and commissioned 2,109 Air Force and 141 Space Force officers in 2022. Navy/Marine Corps ROTC fields 63 units hosted at 77 colleges and extends to 160-plus colleges via cross-town agreements. Between 2011 and 2021, about 1,441 U.S. colleges and universities had at least one ROTC host, cross-town or extension unit—and every state has at least one host. Over its first century, ROTC has produced more than one million officers.

    The Department of Defense, as key partner with higher education, invests billions annually in university research. In fiscal year 2022 alone, the DOD’s research, development, test and evaluation budget authority reached $118.7 billion. For example, the Defense University Research Instrumentation Program awarded $43 million in equipment grants to 112 university researchers for the 2025 fiscal year. Entities like DARPA (the Defense Advanced Research Projects Agency), the Army Research Laboratory, and the Office of Naval Research fund breakthroughs in AI, quantum computing, hypersonics and cyber resilience. Universities partner with the Defense Department and other government agencies to conduct research in areas like drone technology, stealth aircraft and, historically, the development of the Internet and GPS.

    Cybersecurity is another front where U.S. universities lead with global distinction. The National Security Agency has designated nearly 500 campuses as national Centers of Academic Excellence in Cybersecurity. Universities like Carnegie Mellon, Purdue and the University of Texas at San Antonio run advanced programs focused on cryptography, digital forensics and cyber policy, partnering with both government and industry to build systems that repel state-sponsored hackers.

    Biosecurity is equally critical. The COVID-19 pandemic proved that viruses can fundamentally destabilize economies and national morale as quickly as warfare can. Johns Hopkins, Emory, Harvard and Vanderbilt Universities all were at the forefront of research on the coronavirus and vaccines. Land-grant universities like Texas A&M and Iowa State have long been securing our food supply against agroterrorism and climate threats. As just one example of this partnership, in 2024, the U.S. Department of Agriculture’s National Institute of Food and Agriculture announced $7.6 million in grants to 12 different universities focused on agricultural biosecurity.

    Then there’s the talent pipeline. American universities train the linguists, engineers, analysts and scientists who feed the Federal Bureau of Investigation, the Central Intelligence Agency, the Department of Homeland Security and the armed forces. Through partnerships with universities, the National Security Education Program, the Critical Language Scholarship and the National Security Language Initiative for Youth help produce graduates fluent in Arabic, Mandarin and Farsi—utterly essential skills for both diplomacy and national intelligence.

    Boren Scholars and Fellows are dedicated to harnessing their advanced linguistic and cultural skills within the federal government by securing a minimum of one year of employment in national security, actively strengthening the federal workforce and significantly elevating U.S. capabilities, deterrence and readiness.

    Meanwhile, China has built a centralized academic–military complex under its Military–Civil Fusion strategy. Top universities like Tsinghua and Beihang Universities are deeply integrated with the People’s Liberation Army, producing dual-use research in AI, quantum and hypersonics—technologies intended to challenge U.S. dominance. The National University of Defense Technology is a flagship institution in this network, known for dual-use supercomputing and aerospace research. This model is potent but currently lacks the kind of innovative potential of U.S. institutions.

    The U.S. system, by contrast, is decentralized, competitive and open. We often refer to this as “loose coupling”; the accompanying organizational dynamic is what enables so much of the innovative, interdisciplinary and cross-institutional work that U.S. higher education produces. But adequately funding this system is quickly becoming unsustainable and unpopular. The Trump administration is cutting funding for politically inconvenient fields—such as climate science, public health and international cooperation—and subjecting grant applications to political review. Many of these cuts target areas of academic inquiry that may appear obscure to the public but are fundamental to the foundational domains of national security. It is also worth noting that recent research suggests that the already high public and private returns to federally funded research are likely much higher than those reflected in current estimates.

    Focusing solely on weapons labs while neglecting other strategic fields is short-sighted and dangerous. Security is not merely about firepower—it’s about the stability of the knowledge-based society. Public health, basic sciences, environmental resilience, diplomacy and social cohesion are just as critical to preventing conflict as advanced missiles and cyber weapons. To be sure, our colleges and universities contribute, almost beyond measure, to the stability of U.S. civil society through each of these domains.

    Universities are not optional in the defense of this republic—they are indispensable. Undermine them and we hand our international competitors the high ground in both technology and ideas. In the contest for global leadership, the fight won’t just be won on battlefields. It will be won in classrooms, labs and libraries.

    Brian Heuser is an associate professor of the practice of international education policy at Peabody College of Vanderbilt University. For much of his career, he has worked on numerous projects related to national security education, including with the Boren Scholars Program, the former Edmund S. Muskie Graduate Fellowship Program and as a U.S. Embassy policy specialist to the Republic of Georgia.

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  • Fla. Board Says Syllabi, Reading Lists Must Be Posted Publicly

    Fla. Board Says Syllabi, Reading Lists Must Be Posted Publicly

    Photo illustration by Justin Morrison/Inside Higher Ed | Liudmila Chernetska, Davizro and DenisTangneyJr/iStock/Getty Images

    Faculty at all Florida public universities must now make syllabi, as well as a list of required or recommended textbooks and instructional materials for each class, available online and searchable for students and the general public for five years.

    The new policy is part of an amendment to the Florida Board of Governors’ regulation on “Textbook and Instructional Materials Affordability and Transparency,” and it passed unanimously without discussion at a board meeting Thursday. On the agenda item description, board officials cited improved transparency as the impetus for the rule, which is meant to help students “make informed decisions as they select courses.” But some faculty members say it’s designed to chill academic freedom and allow the public to police what professors teach in the classroom.

    “Many of my colleagues and I believe that this is yet another overreach by political appointees to let Florida’s faculty know that they are being watched for potentially teaching any content that the far right finds problematic,” said John White, a professor of English education and literacy at the University of North Florida. He said officials at his institution told faculty members they must upload their syllabi for 2026 spring semester classes to Simple Syllabus, an online syllabi hosting platform, by December.

    “Florida’s universities are being run in an Orwellian manner, and working as a faculty member in Florida is increasingly like living in the world of Fahrenheit 451,” he said.

    According to the approved amendment, professors must post the syllabi “as early as is feasible” but no fewer than 45 days prior to the start of class. Public syllabi must include “course curriculum, required and recommended textbooks and instructional materials, goals and student expectations of the course, and how student performance will be measured and evaluated, including the grading scale.” Individualized courses like independent study and theses are exempt from the rule.

    The Florida Board of Governors did not respond to Inside Higher Ed’s questions about the amended policy, including a question about when it will start being enforced.

    Concerns About Faculty Safety

    It’s not a unique policy, even in Florida. Since 2013, the University of Florida has required professors to post their syllabi online—but only three days prior to the start of class, and they have to remain publicly available for just three semesters. Now, all Florida public universities, including the University of Florida, must follow the new rules. A UF spokesperson told Inside Higher Ed the university is waiting for the Board of Governors to share guidance about when the new policy will be enforced.

    “Even before the rule, most faculty members have been posting anyway to advertise their course. Faculty members in fact prefer to post in advance and certainly have nothing against posting,” said Meera Sitharam, a professor in the department of computer and information science and engineering, and president of the University of Florida’s 2,150-member United Faculty of Florida union. The faculty she spoke with primarily took issue with the new 45-day deadline, which is “quite early for a posting containing all the details” of a syllabus, she said. They are also concerned that they will no longer be able to make changes to reading lists midsemester.

    “A good-quality discussion class would permit the instructor to assign new reading as the course proceeds. This would now be disallowed,” Sitharam said. “The effect of this is likely to be that an overlong reading list is posted by the faculty member just to make sure that they don’t miss anything they might want to assign. And much of the reading list may never be assigned.”

    Texas similarly requires all faculty at public institutions to make a version of their syllabus public. Indiana implemented a law in July requiring public institutions to publish all course syllabi on their websites, and this fall, the University System of Georgia introduced a new policy requiring faculty to post syllabi and curriculum vitae on institution websites.

    Some faculty members in those states have seen firsthand the risks of posting syllabi online; several professors have been harassed and doxed over course content in their online syllabi. Florida faculty are concerned the same thing could happen to them; several faculty members believe that the board passed the rule with the intent of siccing the general public on professors who teach about topics that conservative politicians don’t like.

    “The sole purpose is to subcontract out the oversight of all of our courses, so that if there’s some independent entity or individual that wants to look at the College of Education at Florida State, and they spend two months doing a deep dive into all of the classes, then they’ll come up with: ‘Here at Florida State we found these five classes that don’t meet [our standards],’” said William Trapani, communications and multimedia studies professor at Florida Atlantic University. “Why else would you have that capacity to make this data bank and make it publicly accessible for five years?”

    Stan Kaye, a professor emeritus of design and technology at the University of Florida, sees concerns about the policy as overblown. “I cannot see why making syllabi public at a public institution is a problem for anyone—I would think that promoting your work and subject is generally a good thing,” he said. “If you are afraid you are teaching something illegal or that lacks academic integrity and you want to keep it secret, that should be a problem.”

    Faculty safety is the primary concern for James Beasley, an associate professor of English and president of the faculty association at North Florida.

    “The most important issue related to this requirement is the safety of our faculty, both online and in person. The concern is that faculty will be exposed to external trolls of course content and that the publication of course locations will expose faculty to location disclosures,” Beasley said in an email. While it is typical for syllabi to include course meeting times and locations, the new board policy does not require that information to be posted online.

    Trapani also said that because of the five-year syllabus retention period, faculty are worried they could be retroactively harassed for teaching about something the public finds unfavorable from a class several years ago. White has similar concerns.

    “I’m teaching a course that utilizes neo-Marxist theory to critique the idea of meritocracy—will the Board of Governors or members of the public falsely claim I’m teaching communism or that I’m teaching students to hate their country? If a history professor or a social studies education professor is discussing redlining or Jim Crow laws, will they later be critiqued for teaching students about institutionalized racism or sexism?” White said.

    Ultimately, Trapani believes the amended syllabi policy is an attempt to insulate the Board of Governors from public criticism.

    “Florida will make a lot more sense to outsiders if its policymaking is viewed through a lens of fear,” he said. “They’ve deputized an army of outsiders to pore through records older than most students’ time at the university—all so that they cannot be accused of missing something … It’s just another way in which faculty employment conditions and physical safety are made more precarious by the endless barrage of false claims about our teaching practices.”

    Josh Moody contributed to this report.

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  • Skills-based higher education driving student financial support

    Skills-based higher education driving student financial support

    Author:
    Peter Gray

    Published:

    Over the weekend, HEPI published a blog on reclaiming education through localisation for Afghan women and a blog on the future of languages in multilingual Britain.

    Today’s blog was kindly authored by Peter Gray, CEO and Chairman of the JS Group.

    If universities are to adapt to the latest skills-led demands of the Government (and to match the stated national future industry priorities), they will need to look well beyond their course and employability provision at many other aspects of the student experience.

    One such key area is in the connection between student financial support and employability opportunities. It is important that those students from lower-income or more restricted backgrounds are financially equipped and able to take advantage of, for example, off-campus experiences with employers to ensure they aren’t denied these frontline opportunities for skills development and for making connections. While there are many charities working to structure and access these opportunities, it is the funding itself to enable this full participation that needs particular attention.

    That’s why I can foresee a new demand for universities to steer more and more bursaries, scholarships, and special-case funding streams towards helping students with skills-based experiences. It is a trend that is already growing – as JS Group’s latest annual analysis of patterns in student financial support demonstrates. In recent years, we’ve assessed the overall use of £296 million of such support provided to 584,000 students.

    In the last 12 months (the 2024/25 academic year), we have looked at the use of this funding by students, the formats of payments and the timelines of when funding is being used and applied. This data (from our Aspire platform) is immensely important as it can draw on real-time and (student) user-based experiences to ensure universities have the evidence to make future decisions about their student support investments.

    A notable trend this year – which is in part explained by an expansion of participating universities providing data and the use of funding from Turing and Taith public funding schemes – is in how more and more students are using cash-based support from their institution to address the costs of work placements or associated travel, or to recover such expenses.

    Expenses claims are up by more than six per cent, use of placement funds is up three per cent and travel is up by more than one per cent. Our indicators show more action in these areas alongside continued support for accommodation, household bills, groceries and course-based resources.

    Our feedback survey of students as funding beneficiaries also shows the value that they place on funding for levelling-up (in terms of their ability to participate in opportunities) and for strengthening their perception of value and belonging with their university.

    If, as we expect, there will now be a national policy drive to steer more embedded work-related and skills-driven activities as part of the higher education experience, then it makes sense for universities to reassess how they are using their financial support beyond cost-of-living and cost-of-learning applications.

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  • Higher education must include valuable workforce experience and training that helps students secure meaningful jobs

    Higher education must include valuable workforce experience and training that helps students secure meaningful jobs

    by Bruno V. Manno, The Hechinger Report
    November 10, 2025

    This fall, some 19 million undergraduates returned to U.S. campuses with a long-held expectation: Graduate, land an entry-level job, climb the career ladder. That formula is breaking down.  

    Once reliable gateway jobs for college graduates in industries like finance, consulting and journalism have tightened requirements. Many entry-level job postings that previously provided initial working experience for college graduates now require two to three years of prior experience, while AI, a recent analysis concluded, “snaps up good entry-level tasks,” especially routine work like drafting memos, preparing spreadsheets and summarizing research.  

    Without these proving grounds, new hires lose chances to build skills by doing. And the demand for work experience that potential workers don’t have creates an experience gap for new job seekers. Once stepping-stones, entry-level positions increasingly resemble mid-career jobs. 

    No doubt AI is and will continue to reshape work in general and entry-level jobs in particular in expected and unexpected ways. But we are not doomed to what some call an “AI job apocalypse” or a “white-collar bloodbath” that leads to mass unemployment. There are practical solutions to the experience gap problem when it comes to education and training programs. These include earn-and-learn models and other innovative public and private employer partnerships that build into their approaches opportunities for young people to gain valuable work experience.  

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

    Before I describe these potential solutions, here is more information on how I see the problem.  

    The Federal Reserve Bank of New York reported that in March 2025, the unemployment rate for college graduates ages 22 to 27 was 5.7 percent, compared to an overall unemployment rate of 4.0 percent. Other than the temporary pandemic-related spike in 2021, that was the highest unemployment rate for new grads since 2014. More recently, the Fed’s August 2025 unemployment rate for recent college graduates was 1 percentage point higher than its overall unemployment rate of 4.3 percent.  

    The experience gap phenomenon is not limited to the tech sector. In 2019, 61 percent of AI-related job postings were in the information technology and computer science sector, with 39 percent in non-tech sectors, labor analytics from Lightcast show. By 2024, the majority (51 percent versus 49 percent) of AI-related job postings were outside the tech sector. 

    The cumulative effect of all this is apparent. The hollowing out of entry-level work stalls mobility across the labor market, leaving many college graduates stranded before their careers can even begin. Moreover, these changes cut to the core of higher education’s promise.  

    If graduates can’t secure meaningful jobs, confidence in higher ed falters — one reason why it should come as no surprise that 56 percent of Americans think earning a four-year degree is not worth the cost, a March 2023 Wall Street Journal-NORC poll found, compared with 42 percent who think it is, a new low in a poll first administered in 2013. Skepticism was predominant among those ages 18 to 34, and college degree holders were among those most skeptical.  

    Related: As more question the value of a degree, colleges fight to prove their return on investment 

    The collapse of entry-level jobs isn’t just a cyclical downturn. It’s a structural shift. Left unchecked, this dynamic will deepen inequality, slow social mobility and further undermine faith in higher education. 

    As I’ve said, solutions exist. Here are five that I believe in: 

    Apprenticeships and other earn-and-learn models: Earn-and-learn apprenticeships are a promising, direct solution to the experience gap. They combine paid work with structured training and provide years of experience to college students in those jobs. Sectors from tech to health care are experimenting with this model, examples of which include registered apprenticeships, youth apprenticeships, pre-apprenticeships and apprenticeship degrees that allow individuals to pursue a degree while they work in an apprenticeship. 

    Skills-based hiring and alternative credentials: Initiatives such as skills-first hiring by major employers like IBM, Google and Apple aim to evaluate candidates based on their competencies rather than their degrees. Microcredentials, industry certificates and portfolios can serve as verifiable signals of skills gained through alternative training routes. 

    Stronger college and employer partnerships: Colleges can (and should) embed work-based learning into curricula through co-op programs, project-based courses and partnerships with local industries. Northeastern University and Drexel have long pioneered this model. And others, such as Western Governors University and Southern New Hampshire University, are using online learning to advance this approach. Scaling this solution could help close the experience gap. 

    Policy innovations: Governments can play a role by giving incentives to companies to create early career opportunities. Workforce Pell, recently enacted in President Trump’s One Big Beautiful Bill Act, expands financial aid to use for short-term training programs, opening new pathways for students who may not be pursuing traditional degrees. Tax credits for apprenticeship sponsors and funding for regional workforce hubs could further expand opportunities. 

    Reimagining internships: Expanding access to paid internships — especially for first-generation and low-income students — could democratize the attainment of experience. Philanthropies and local governments could underwrite stipends to ensure that opportunity isn’t reserved for the affluent who can afford unpaid internships or have social networks that connect them to these opportunities. 

    The challenge presented by this troubling experience gap is urgent. Today’s students deserve a college experience and a labor market in which education and effort still translate into opportunity. 

    Bruno V. Manno is a senior advisor at the Progressive Policy Institute, leading its What Works Lab, and is a former U.S. assistant secretary of education for policy.  

    Contact the opinion editor at [email protected]. 

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

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  • No Frogs Were Actually Harmed in Describing Systems Thinking – Teaching in Higher Ed

    No Frogs Were Actually Harmed in Describing Systems Thinking – Teaching in Higher Ed

    This post is one of many, related to my participation in  Harold Jarche’s Personal Knowledge Mastery workshop.

    As we round down our time in the PKMastery workshop, I’m now presented with a topic that is both familiar, yet still incredibly challenging for me: systems thinking. One of the best books I read in my MA was The Fifth Discipline: The Art & Practice of the Learning Organization. I discovered that I didn’t have a digital copy (where I like to keep highlights) and was fortunate to find it on sale for $1.99, plus a digital credit that made it “free”.

    The key dimensions of the disciplines of the learning organization are listed by Senge in the introduction:

    • Systems thinking: He describes here how rain happens, with a bunch of different events that happen across distance, time, and space, yet: “… they are all connected within the same pattern. Each has an influence on the rest, an influence that is usually hidden from view. You can only understand the system of a rainstorm by contemplating the whole, not any individual part of the pattern.” We use systems thinking to be more effective at seeing the full picture and associated patterns, as well as to find ways to facilitate change.
    • Personal mastery: Senge distinguishes the multiple meanings of the word mastery. Yes, it can mean dominance over another, yet can also have to do with proficiency. He defines personal mastery as, “…the discipline of continually clarifying and deepening our personal vision, of focusing our energies, of developing patience, and of seeing reality objectively.”
    • Mental models: These baked in assumptions, over-generalized beliefs impact how we understand and explain what happens and the actions we take as a result of those paradigms.
    • Building shared vision: Organizations that achieve great things do so through leadership capacity at developing a shared perspective on where the organization is headed. Senge describes: “When there is a genuine vision (as opposed to the all-too-familiar “vision statement”), people excel and learn, not because they are told to, but because they want to.”
    • Team learning: Senge encourages us to look to the Greeks’ practice of dialog vs discussion. When we are in dialog, our ideas are free-flowing and we can build a capacity to suspend our assumptions and actually think together. In contrast, the word discussion has ties with word like “percussion” and “concussion” and the idea of competitive ideation can take place.

    Senge describes how the fifth discipline is systems thinking, because it weaves together the other disciplines toward intentional transformation. When we can visualize something better, we can understand it more effectively, as Jarche illustrates in a story about when NASA first released a picture of the earth, taken from space. He writes how:

    There are many ways to use visualization to understand data better. The real value of big data is using it to ask better questions. Visualization can be a conversation accelerator.

    Taking existing systems and using visualization to surface the ways the various parts of the system shape the other parts is vital in increasing our individual and collective abilities to learn.

    What Holds Us Back From Being a Learning Organization

    In chapter two, Senge writes about what he calls organizational learning disabilities. I’m not sure he communicates in such a way to support more of an asset-based framework for disability that many of us have become familiar with today. But I still want to list and describe them here, as this was my biggest takeaway from the book, reading it more than twenty years ago.

    1. “I am my position”

    “When asked what they do for a living, most people describe the tasks they perform every day, not the purpose of the greater enterprise in which they take part. Most see themselves within a system over which they have little or no influence. They do their job, put in their time, and try to cope with the forces outside of their control. Consequently, they tend to see their responsibilities as limited to the boundaries of their position.”

    1. “The enemy is out there”

    “When we focus only on our position, we do not see how our own actions extend beyond the boundary of that position. When those actions have consequences that come back to hurt us, we misperceive these new problems as externally caused. Like the person being chased by his own shadow, we cannot seem to shake them.”

    1. The illusion of taking charge

    “All too often, proactiveness is reactiveness in disguise… True proactiveness comes from seeing how we contribute to our own problems. It is a. product of our way of thinking, not our emotional state.”

    1. The fixation on events

    Senge describes how we evolved out of societies where people had to be focused on events to survive, like watching for the saber-toothed tiger to show up and be able to respond immediately.

    “Generative learning cannot be sustained in an organization if people’s thinking is dominated by short-term events. If we focus on events, the best we can ever do is predict an event before it happens so that we can react optimally. But we cannot learn to create.”

    1. The parable of the boiled frog

    “Learning to see slow, gradual processes requires slowing down our frenetic pace and paying attention to the subtle as well as the dramatic… The problem is our minds are so locked in one frequency, it’s as if we can only see at 78 rpm; we can’t see anything at 33-1/3. We will not avoid the fate of the frog until we learn to slow down and see the gradual processes that often pose the greatest threats.”

    Remember that this is meant to be a metaphor to help us explain this phenomenon. No frogs were harmed in sharing this boiling frog apologue.

    1. The delusion of learning from experience

    “Herein lies the core learning dilemma that confronts organizations: we learn best from experience but we never directly experience the consequences of many of our most important decisions. The most critical decisions made in organizations have systemwide consequences that stretch over years or decades.”

    1. The myth of the management team

    “All too often, teams in business tend to spend their time fighting for turf, avoiding anything that will make them look bad personally, and pretending that everyone is behind the team’s collective strategy—maintaining the appearance of a cohesive team. To keep up the image, they seek to squelch disagreement; people with serious reservations avoid stating them publicly, and joint decisions are watered-down compromises reflecting what everyone can live with, or else reflecting one person’s view foisted on the group. If there is disagreement, it’s usually expressed in a manner that lays blame, polarizes opinion, and fails to reveal the underlying differences in assumptions and experience in a way that the team as a whole could learn from.”

    Senge goes on to describe what Chris Argyris from Harvard calls “skilled incompetence” (gift, non-paywalled article from HBR)- groups of individuals who get super good at making sure to prevent themselves from actually learning. Since we’re talking frogs a lot in this series of PKM posts, I can’t help but bring up another illustrative story having to do with skilled incompetence.

    The cartoon character Michigan J Frog would only dance and sing when the man who found him was alone. Any time that someone else entered the picture, the frog just sat there, making normal frog noises. Here’s a look at his antics:

    Looks to me like skilled incompetence and also some seriously skilled frog theatrics (but only when no one is looking).

    What Comes Next

    The next part of The Fifth Discipline is something Senge calls “the beer game.” It is a memorable look at what happens when we are unable to see the entire system, but only one part of it. Let’s just say there’s a supposed shortage of beer, and then lots and lots of beer. But you should read it, as I’m nowhere capturing the marvelous metaphor that is the beer game.

    Readers are also instructed how to map systems in this book, though it is a practice that I never mastered. Jarche links to Tools for Systems Thinkers: Systems Mapping, by Leyia Acaroglu. which gives a great introduction and series of maps to use to explore complex ideas. Acaroglu illustrates their value by describing:

    As a practicing creative change-maker, I use systems mapping tools like this all the time when I want to identify the divergent parts of the problem set and find unique areas in which to develop interventions. I also use them to gain clarity in complexity, and find it especially useful when working in teams or collaborating because it puts everyone on the same page.

    I pretty much want to take every class that Levia and her team have available on the Unschool of Disruptive Design site. I’m also thinking I had better settle myself down a bit and wrap up this PKMastery course before biting off anything more. That, plus a couple of big conferences coming up I still need to prepare for…

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  • What Happens When We Start Making the Work Visible – Teaching in Higher Ed

    What Happens When We Start Making the Work Visible – Teaching in Higher Ed

    This post is one of many, related to my participation in  Harold Jarche’s Personal Knowledge Mastery workshop.

    Jarche informs us that when we narrate our work, we don’t experience knowledge transfer, but what we do get is greater understanding. Our individual, self-directed learning is difficult to codify, he explains, and is more focused on relationships and expertise. When we narrate our work, focusing on decisions and processes, we make that work more visible to others. This means we can experiment and share knowledge, learning together in real time. The results of this thinking together results in enterprise curation, where we can more easily codify knowledge and experience the results of our earlier efforts.

    network era knowledge flow individual mastery informs knowledge management Personal knowledge mastery (PKM) requires tools and time to seek, sense, and share knowledge

    The value of social bookmarks are hard to see, at first. However, over time, especially when combined with the use of feed aggregators and readers, we eventually get to witness the power of PKM as a discipline. I’ve been using Raindrop.io bookmarks for years, now, and enjoy having shareable bookmarks (which I can surface, when a situation encourages that practice), yet most of my collections are private. One that is now public is my growing collection of AI articles, in both an RSS feed and just a browsable page.

    I do find myself cringing a bit as I save items there, knowing that I certainly don’t endorse each link I save and the topic of AI is so controversial and polarizing. I’ve got everything up there from the world as we know it is crumbling to its core to fun hacks to use AI to build you a rocket ship to the moon (or load your dishwasher) or some such thing.

    Jarche states that our emphasis when we narrate our work should be on making our thinking accessible, but to avoid disrupting people with what we choose to share. He writes:

    The key is to narrate your work so it is shareable, but to use discernment in sharing with others. Also, to be good at narrating your work, you have to practice.

    One practice Jarche mentions under his tips and links section is to keep a journal. While I’ve not been good at this practice since my teenage years long ago, I did find many of these 6 Ways Keeping a Journal Can Help Your Career compelling. In Episode 425 of Teaching in Higher Ed, I share Viji Sathy’s and Kelly Hogan’s suggestion to keep a “Starfish” folder. There are variations of the beloved story of the starfish, including this Tale of the Starfish page from the Starfish Foundation with a powerful video describing the power in making a difference for a single starfish, even if we can’t rescue them all.

    I have kept up with digital encouragement folders for years now, both on my email accounts, as well as in my file directories (across my personal and professional domains). While not a journal, exactly, these stories and words can bring me encouragement during difficult times.

    I’ve been paying for the Day One Journal App for years now, though entirely languish in my practice of journaling. I would switch over to Obsidian, which has the benefit of future proofing any notes I take using Obsidian, since they are just text files sitting wherever I want them to be (as in if the app went away, the text files are still there and readable).

    However, Day One brings together all the TV and movies that I’ve watched, all my social media posts and images, and all the videos I’ve favorited on YouTube. I use Sequel to track what I want to watch, which then optionally integrates with the free Trakt service, which allows for an IFTTT rule to add an entry to Day One each time I mark something as watched in Sequel. In case you’re wondering about how I accomplish this, I found these two automations on IFTTT and never had to change a thing.

    Perhaps someday I’ll go down a rabbit trail of trying to figure out a longer-term, non-subscription based model for collecting all those memories across all those different services and not locking myself into DayOne. For now, I’m enjoying revisiting this glimpse of these two upside down kind of people from 2017….

    Two kids stand on their heads, upside down in a cushioned swivel chair

    …and then having this song from Jack Johnson start playing on the soundtrack of my mind for what I’m sure will last at least a few hours.

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