From DSC:
Given this need…

We need to take more of the research from learning science and apply it in our learning spaces.
…I’m highlighting the following resources:


How Learning Happens  — from edutopia.org
In this series, we explore how educators can guide all students, regardless of their developmental starting points, to become productive and engaged learners.

These techniques have resonated with educators everywhere: They are focused on taking advantage of the incredible opportunity to help children reach their full potential by creating positive relationships, experiences, and environments in which every student can thrive. In fact, the science is beginning to hint at even more dramatic outcomes. Practices explicitly designed to integrate social, emotional, and cognitive skills in the classroom, the research suggests, can reverse the damages wrought by childhood trauma and stress—while serving the needs of all students and moving them onto a positive developmental and academic path.


Also from edutopia.org recently, see:

How to Introduce Journaling to Young Children — from edutopia.org by Connie Morris
Students in preschool through second grade can benefit from drawing or writing to explore their thoughts and feelings.

The symbiotic relationship between reading and writing can help our youngest students grow their emergent literacy skills. The idea of teaching writing at an early age can seem daunting. However, meeting children where they are developmentally can make a journaling activity become a magical experience—and they don’t have to write words but can convey thoughts in pictures.

7 Digital Tools That Help Bring History to Life — from edutopia.org by Daniel Leonard
Challenging games, fun projects, and a healthy dose of AI tools round out our top picks for breathing new life into history lessons.

We’ve compiled a list of seven teacher-tested tools, and we lay out how educators are using them both to enhance their lessons and to bring history closer to the present than ever.

Integrating Technology Into Collaborative Professional Learning — from edutopia.org by Roxi Thompson
Incorporating digital collaboration into PD gives teachers a model to replicate when setting up tech activities for students.

 

Ecosystems for the future of learning — from thebigidea.education-reimagined.org by Education Reimagined and the History Co:Lab

The intent of this report is to help communities build their capacity for transformation of education, advancing toward what our society needs most—a system that works for young people. It draws on the experiences and insights of innovators across the United States who are already answering this challenge—creating learner-centered, community-based ecosystems.

This report includes:

  • a landscape analysis of select communities creating learning ecosystems;
  • a framework that emerged from the analysis and can be used by communities to consider their readiness and appetite for this transformation;
  • an invitation to communities to explore and discover their own path for reimagining education; and
  • a call for national and regional institutions to listen, learn from, and create the conditions for communities to pursue their visions.

From DSC:
The above items was accessed via the article below:

Where Does Work to Imagine a Learner-Centered Ecosystem Begin? — from gettingsmart.com by Alin Bennett

Key Points

  • The Norris School District in Wisconsin exemplifies how learner profiles and community connections can enhance authentic learning experiences for young people, fostering a culture of belonging and responsibility.
  • Purdue Polytechnic High School demonstrates the importance of enabling conditions, such as creating microschools with access to shared services, to support a learner-centered approach while ensuring scalability and access to a variety of resources.
 

Career-Connected Learning: Preparing Students for a Dynamic Future — from gettingsmart.com by Tom Vander Ark and Victoria Andrews

Key Points

  • Connecting young people with career awareness needs to start at an early age to provide them with the necessary landscape view of opportunity and skills.
  • Whether young people engage client-focused opportunities, internships, or endure academically challenging coursework, career-connected learning is an environment to cultivate a sense of self-awareness, determination, and direction, essential for their success in both education and life.

Also from Getting Smart, see:

CHILD: A Microschool Unlocking the Potential for Unique Learners — by Maureen O’Shaughnessy

Key Points

  • The success of adaptive learning is not solely based on the program, but rather on the people behind it.
  • Clarity on “who you serve” is critical to success.
 

Programs, Services, and More: A Map of CTL Tactics — from derekbruff.org

My colleagues and I at the Center for Excellence in Teaching and Learning (CETL) have been reading and discussing Mary C. Wright’s new book Centers for Teaching and Learning: The New Landscape in Higher Education (Johns Hopkins University Press, 2023). Wright identified all the centers for teaching and learning (CTLs) in the United States and then did a content analysis of their websites to see what they were all about. For someone like me, who has spent his career working in CTLs, Wright’s work is a fascinating look at my own field and how it represents itself through mission statements, listings of programs and services, and annual reports.

Also from Derek, see:

Recap: Study skills, flipped learning, and more at spring STEM teaching lunches — from umcetl.substack.com
With the final spring STEM teaching lunch coming up on March 4th, here’s a recap of what you missed at the first two lunches.

    • February 8th – Helping students learn how to learn
    • February 20th – Reconsidering class time through flipped learning
 

Using Generative AI throughout the Institution — from aiedusimplified.substack.com by Lance Eaton
8 lightning talk on generative AI and how to use it through higher education


The magic of AI to help educators with saving time. — from magicschool.ai; via Mrs. Kendall Sajdak


Getting Better Results out of Generative AI — from aiedusimplified.substack.com by Lance Eaton
The prompt to use before you prompt generative AI

Last month, I discussed a GPT that I had created around enhancing prompts. Since then, I have been actively using my Prompt Enhancer GPT to much more effective outputs. Last week, I did a series of mini-talks on generative AI in different parts of higher education (faculty development, human resources, grants, executive leadership, etc) and structured it as “5 tips”. I included a final bonus tip in all of them—a tip that I heard from many afterwards was probably the most useful tip—especially because you can only access the Prompt Enhancer GPT if you are paying for ChatGPT.


Exploring the Opportunities and Challenges with Generative AI — from er.educause.edu by Veronica Diaz

Effectively integrating generative AI into higher education requires policy development, cross-functional engagement, ethical principles, risk assessments, collaboration with other institutions, and an exploration of diverse use cases.


Creating Guidelines for the Use of Gen AI Across Campus — from campustechnology.com by Rhea Kelly
The University of Kentucky has taken a transdisciplinary approach to developing guidelines and recommendations around generative AI, incorporating input from stakeholders across all areas of the institution. Here, the director of UK’s Center for the Enhancement of Learning and Teaching breaks down the structure and thinking behind that process.

That resulted in a set of instructional guidelines that we released in August of 2023 and updated in December of 2023. We’re also looking at guidelines for researchers at UK, and we’re currently in the process of working with our colleagues in the healthcare enterprise, UK Healthcare, to comb through the additional complexities of this technology in clinical care and to offer guidance and recommendations around those issues.


From Mean Drafts to Keen Emails — from automatedteach.com by Graham Clay

My experiences match with the results of the above studies. The second study cited above found that 83% of those students who haven’t used AI tools are “not interested in using them,” so it is no surprise that many students have little awareness of their nature. The third study cited above found that, “apart from 12% of students identifying as daily users,” most students’ use cases were “relatively unsophisticated” like summarizing or paraphrasing text.

For those of us in the AI-curious bubble, we need to continually work to stay current, but we also need to recognize that what we take to be “common knowledge” is far from common outside of the bubble.


What do superintendents need to know about artificial intelligence? — from k12dive.com by Roger Riddell
District leaders shared strategies and advice on ethics, responsible use, and the technology’s limitations at the National Conference on Education.

Despite general familiarity, however, technical knowledge shouldn’t be assumed for district leaders or others in the school community. For instance, it’s critical that any materials related to AI not be written in “techy talk” so they can be clearly understood, said Ann McMullan, project director for the Consortium for School Networking’s EmpowerED Superintendents Initiative.

To that end, CoSN, a nonprofit that promotes technological innovation in K-12, has released an array of AI resources to help superintendents stay ahead of the curve, including a one-page explainer that details definitions and guidelines to keep in mind as schools work with the emerging technology.


 

Affordability and Microcredentials — from the-job.beehiiv.com by Paul Fain
Cutting costs for short-term credentials with course sharing and, perhaps, federal money.

‘Bespoke, e-Commerce-Enabled Storefronts’
Demand for nondegree credentials has risen. But it can be expensive and tricky for colleges to create their own workforce-relevant courses and certifications. Homegrown microcredentials also may be more likely to fall flat with students and employers, particularly in competition with professional certificates from big brands like Salesforce or AWS.

Acadeum, an online course-sharing company, is betting that a networked marketplace will be a better option for its 460 college and university partners, which include a growing number of community colleges. Beginning last month, those colleges can tap into 380+ online certificates, certifications, and skills-training courses.

“Skills Marketplace lowers the barrier of entry for institutions to self-select only the certifications that align their program offerings to meet student and workforce demand,” says David Daniels, Acadeum’s president and CEO.

 

Text to video via OpenAI’s Sora. (I had taken this screenshot on the 15th, but am posting it now.)

We’re teaching AI to understand and simulate the physical world in motion, with the goal of training models that help people solve problems that require real-world interaction.

Introducing Sora, our text-to-video model. Sora can generate videos up to a minute long while maintaining visual quality and adherence to the user’s prompt.

Along these lines, also see:

Pika; via Superhuman AI



An Ivy League school just announced its first AI degree — from qz.com by Michelle Cheng; via Barbara Anna Zielonka on LinkedIn
It’s a sign of the times. At the same time, AI talent is scarce

At the University of Pennsylvania, undergraduate students in its school of engineering will soon be able to study for a bachelor of science degree in artificial intelligence.

What can one do with an AI degree? The University of Pennsylvania says students will be able to apply the skills they learn in school to build responsible AI tools, develop materials for emerging chips and hardware, and create AI-driven breakthroughs in healthcare through new antibiotics, among other things.



Google Pumps $27 Million Into AI Training After Microsoft Pledge—Here’s What To Know — from forbes.com by Robert Hart

Google on Monday announced plans to help train people in Europe with skills in artificial intelligence, the latest tech giant to invest in preparing workers and economies amid the disruption brought on by technologies they are racing to develop.


The Exhausting Pace of AI: Google’s Ultra Leap — from marcwatkins.substack.com by Marc Watkins

The acceleration of AI deployments has gotten so absurdly out of hand that a draft post I started a week ago about a new development is now out of date.

The Pace is Out of Control
A mere week since Ultra 1.0’s announcement, Google has now introduced us to Ultra 1.5, a model they are clearly positioning to be the leader in the field. Here is the full technical report for Gemini Ultra 1.5, and what it can do is stunning.

 

 

 


Maryville Announces $21 Million Investment in AI and New Technologies Amidst Record Growth — from maryville.edu; via Arthur “Art” Fredrich on LinkedIn

[St. Louis, MO, February 14, 2024] – In a bold move that counters the conventions of more traditional schools, Maryville University has unveiled a substantial $21 million multi-year investment in artificial intelligence (AI) and cutting-edge technologies. This groundbreaking initiative is set to transform the higher education experience to be powered by the latest technology to support student success and a five-star experience for thousands of students both on-campus and online.

 

 

The Transformative Trends Reshaping Higher Education in 2024 — from evolllution.com by Janet Spriggs; via Amrit Ahluwalia on LinkedIn

  • Artificial Intelligence: Embrace It or Fall Behind
  • Reassessing Value: Tackling Confidence and ROI in Higher Education
  • Innovating for the Future: Adapting to Changing Needs
  • Fostering Strategic Partnerships: Collaboration for Progress
  • Leadership Matters: Driving Innovation and Inclusivity
 

Announcing the 2024 GSV 150: The Top Growth Companies in Digital Learning & Workforce Skills — from prnewswire.com with information provided by ASU+GSV Summit

“The world is adapting to seismic shifts from generative AI,” says Luben Pampoulov, Partner at GSV Ventures. “AI co-pilots, AI tutors, AI content generators—AI is ubiquitous, and differentiation is increasingly critical. This is an impressive group of EdTech companies that are leveraging AI and driving positive outcomes for learners and society.”

Workforce Learning comprises 34% of the list, K-12 29%, Higher Education 24%, Adult Consumer Learning 10%, and Early Childhood 3%. Additionally, 21% of the companies stretch across two or more “Pre-K to Gray” categories. A broader move towards profitability is also evident: the collective gross and EBITDA margin score of the 2024 cohort increased 5% compared to 2023.

See the list at https://www.asugsvsummit.com/gsv-150

Selected from 2,000+ companies around the world based on revenue scale, revenue growth, user reach, geographic diversification, and margin profile, this impressive group is reaching an estimated 3 billion people and generating an estimated $23 billion in revenue.

 

.

Per Donald Taylor this morning:

The results of this year’s L&D Global Sentiment Survey are now live online!

They are unlike anything else I’ve seen in the 11-history of the Survey.

Over 3,000 people from nearly 100 countries shared their views, and you can see my summary of them on LinkedIn:


 

 

From DSC:
This would be huge for all of our learning ecosystems, as the learning agents could remember where a particular student or employee is at in terms of their learning curve for a particular topic.


Say What? Chat With RTX Brings Custom Chatbot to NVIDIA RTX AI PCs — from blogs.nvidia.com
Tech demo gives anyone with an RTX GPU the power of a personalized GPT chatbot.



 

Top 6 Use Cases of Generative AI in Education in 2024 — from research.aimultiple.com by Cem Dilmegani

Use cases included:

  1. Personalized Lessons
  2. Course Design
  3. Content Creation for Courses
  4. Data Privacy Protection for Analytical Models
  5. Restoring Old Learning Materials
  6. Tutoring

The Next Phase of AI in Education at the U.S. Department of Education — from medium.com by Office of Ed Tech

Why are we doing this work?
Over the past two years, the U.S. Department of Education has been committed to maintaining an ongoing conversation with educators, students, researchers, developers — and the educational community at large — related to the continuous progress of Artificial Intelligence (AI) development and its implications for teaching and learning.

Many educators are seeking resources clarifying what AI is and how it will impact their work and their students. Similarly, developers of educational technology (“edtech”) products seek guidance on what guardrails exist that can support their efforts. After the release of our May 2023 report Artificial Intelligence and the Future of Teaching and Learningwe heard the desire for more.


2024 EDUCAUSE AI Landscape Study — from library.educause.edu by Jenay Robert

Moving from reaction to action, higher education stakeholders are currently exploring the opportunities afforded by AI for teaching, learning, and work while maintaining a sense of caution for the vast array of risks AI-powered technologies pose. To aid in these efforts, we present this inaugural EDUCAUSE AI Landscape Study, in which we summarize the higher education community’s current sentiments and experiences related to strategic planning and readiness, policies and procedures, workforce, and the future of AI in higher education.


AI Update for K-16 Administrators: More People Need to Step-Up and Take the AI Bull By the Horns — from stefanbauschard.substack.com by Stefan Bauschard
AI capabilities are way beyond what most schools are aware of, and they will transform education and society over the next few years.

Educational administrators should not worry about every AI development, but should, instead focus on the big picture, as those big picture changes will change the entire world and the educational system.

AI and related technologies (robotics, synthetic biology, and brain-computer interfaces) will continue to impact society and the entire educational system over the next 10 years. This impact on the system will be greater than anything that has happened over the last 100 years, including COVID-19, as COVID-19 eventually ended and the disruptive force of these technologies will only continue to develop.

AI is the bull in the China Shop, redefining the world and the educational system. Students writing a paper with AI is barely a poke in the educational world relative to what is starting to happen (active AI teachers and tutors; AI assessment; AI glasses; immersive learning environments; young students able to start their own business with AI tools; AIs replacing and changing jobs; deep voice and video fakes; intelligence leveling; individualized instruction; interactive and highly intelligent computers; computers that can act autonomously; and more).


 

 

Digital Learning Pulse Survey Reveals Higher-Ed Unprepared for Expected Impact of AI — from prnewswire.com by Cengage
Research illustrates that while GenAI could ease ongoing challenges in education, just 1 in 5 say their school is ready

WASHINGTONFeb. 6, 2024 /PRNewswire/ — While three-quarters of higher-education trustees (83%), faculty (81%) and administrators (76%) agree that generative artificial intelligence (GenAI) will noticeably change their institutions in the next five years, community college trustees are more optimistic than their community college counterparts, with (37%) saying their organization is prepared for the change coming compared to just 16% of faculty and 11% of administrator respondents.

Those findings are from the 2023-2024 Digital Learning Pulse Survey conducted by Cengage and Bay View Analytics with support from the Association of Community College Trustees (ACCT), the Association of College and University Educators (ACUE), College Pulse and the United States Distance Learning Association (USDLA) to understand the attitudes and concerns of higher education instructors and leadership.

From DSC:
It takes time to understand what a given technology brings to the table…let alone a slew of emerging technologies under the artificial intelligence (AI) umbrella. It’s hard enough when the technology is fairly well established and not changing all the time. But its extremely difficult when significant change occurs almost daily. 

The limited staff within the teaching & learning centers out there need time to research and learn about the relevant technologies and how to apply those techs to instructional design. The already stretched thin faculty members need time to learn about those techs as well — and if and how they want to apply them. It takes time and research and effort.

Provosts, deans, presidents, and such need time to learn things as well.

Bottom line: We need to have realistic expectations here.


AI Adoption in Corporate L&D — from drphilippahardman.substack.com by Dr. Philippa Hardman
Where we are, and the importance of use cases in enabling change

At the end of last year, O’Reilly Media published a comprehensive report on the adoption and impact of generative AI within enterprises.

The headline of the report is that we’ve never seen a technology adopted in enterprise as fast as generative AI. As of November 2023, two-thirds (67%) of survey respondents reported that their companies are using generative AI.

However, the vast majority of AI adopters in enterprise are still in the early stages; they’re experimenting at the edges, rather than making larger-scale, strategic decisions on how to leverage AI to accelerate our progress towards org goals and visions.

The single biggest hurdle to AI adoption in large corporates is a lack of appropriate use cases.

 

Conversational & Experiential: The New Duality of Learning — from learningguild.com by Markus Bernhardt

Excerpt (emphasis DSC):

The future of corporate learning and development (L&D) is being profoundly reshaped by the progress we are witnessing in artificial intelligence (AI). The increasing availability of new technologies and tools is causing L&D leaders and their teams to rethink their strategy and processes, and even their team structure. The resulting shift, already gaining momentum, will soon move us toward a future where learning experiences are deeply personal, interactive, and contextually rich.

The technological advancements at the forefront of this revolution:

  • Allow us to create high-quality content faster and at a fraction of the cost previously experienced.
  • Provide us with a range of new modalities of delivery, such as chat interfaces, as well as immersive and experiential simulations and games.
  • Enable us to transform learning and training more and more into a journey uniquely tailored to each individual’s learning path, strengths, weaknesses, and confidence levels.

We are already seeing signs of the immediate future—one where AI will adapt not only content but the entire learner experience, on-the-fly and aligned with the needs and requirements of the learner at a specific moment of need.


Harnessing AI in L&D: Reviewing 2023 & Imagining the Future — from learningguild.com by Juan Naranjo

Excerpt (emphasis DSC):

AI-assisted design & development work: A dramatic shift
This prediction was right. There has been a seismic shift in instructional design, and the role is evolving toward content curation, editing, and resource orchestration. Critical thinking skills are becoming more important than ever to make sure that the final learning asset is accurate. All of this is happening thanks to AI tools like:

  • Adobe Firefly…
  • ChatGPT…
  • Another tool, one that isn’t usually part of the L&D ecosystem, is Microsoft’s Azure AI Services…

Early estimates indicate these improvements save between 30 percent and 60 percent of development time.

As a reminder, meta-learning, in this context, refers to tools that serve up experiences to learners based on their preferences, needs, and goals. It is the superstructure behind the content assets (e.g., programs, courses, articles, videos, etc.) that assembles everything into a coherent, and purposeful, body of knowledge for the users.

 

Healthcare High Schools — from the-job.beehiiv.com by Paul Fain
Bloomberg and hospitals back dual-enrollment path from K-12 to high-demand jobs.

More career exploration in high school is needed to help Americans make better-informed choices about their education and job options, experts agree. And serious, employer-backed efforts to tighten connections between school and work are likely to emerge first in healthcare, given the industry’s severe staffing woes.

A new $250M investment by Bloomberg Philanthropies could be an important step in this direction. The money will seed the creation of healthcare-focused high schools in 10 U.S. locations, with a plan to enroll 6K students who will graduate directly from the early-college high schools into high-demand healthcare jobs that pay family-sustaining wages.


Microschools Take Center Stage with New Opportunities for Learning for 2024 — from the74million.org by Andrew Campanella
Campanella: More than 27,000 schools and organizations are celebrating National School Choice Week. Yours can, too

Last year, the landscape of K-12 education transformed as a record-breaking 20 states expanded school choice options. However, that is not the only school choice story to come out of 2023. As the nation steps into 2024, a fresh emphasis on innovation has emerged, along with new options for families. This is particularly true within the realm of microschooling.

Microschooling is an education model that is small by design — typically with 15 or fewer students of varying ages per class. It fosters a personalized and community-centric approach to learning that is especially effective in addressing the unique educational needs of diverse student populations. Programs like Education Savings Accounts are helping to fuel these microschools.


My Students Can’t Meet Academic Standards Because the School Model No Longer Fits Them — from edsurge.com by Sachin Pandya

Large classes create more distractions for students who struggle to focus, and they inevitably get less attention and support as there are more students for teachers to work with. High numbers of students make it more difficult to plan for individual needs and force teachers to teach to an imaginary middle. A rigid schedule makes it easy to schedule adults and services, but it is a challenge for kids who need time to get engaged and prefer to keep working at a challenge once they are locked in.

Now that I know what can engage and motivate these students, I can imagine creating more opportunities that allow them to harness their talents and grow their skills and knowledge. But we’re already a third of the way through the school year, and my curriculum requires me to teach certain topics for certain lengths of time, which doesn’t leave room for many of the types of experiences these kids need. Soon, June will come and I’ll pass them along to the next teacher, who won’t know what I know and will need another four months to learn it, wasting valuable time in these students’ educations.

From DSC:
We need teachers and professors to be able to contribute to learners’ records. Each student can review and decide whether they want to allow access to other teachers– or even to employers. Educators could insert what they’ve found to work with a particular student, what passions/interests that student has, or what to avoid (if possible). For example, has this student undergone some trauma, and therefore trauma-informed teaching should be employed. 

IEPs could be a part of learners’ records/profiles. The teams working on implementing these IEP’s could share important, searchable information.


The State of Washington Embraces AI for Public Schools — from synthedia.substack.com by Bret Kinsella; via Tom Barrett
Educational institutions may be warming up to generative AI

Washington state issued new guidelines for K-12 public schools last week based on the principle of “embracing a human-centered approach to AI,” which also embraces the use of AI in the education process. The state’s Superintendent of Public Instruction, Chris Reykdal, commented in a letter accompanying the new guidelines:

 
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