Pre-to-3: App uses medical model to screen for dyslexia — from educationdive.com by Linda Jacobson
?Children can administer the assessment themselves, and teachers get resources on how to respond if students are missing key literacy milestones.

Excerpt:

That’s why she wanted to provide educators with a screening instrument children can administer themselves, and one that provides strategies to help children when they miss key early literacy milestones in areas such as vocabulary, oral listening comprehension and phonological awareness.

The Boston Children’s Hospital Early Literacy Screening System is a 20-minute, game-based, adaptive app being piloted in 40 schools in nine states.

 

My Favorite Book about Teaching and Learning is…33 Books to Inspire You! — from linkedin.com by Barbi Honeycutt

Excerpt:

…I recently posted this fill-in-the-blank question to all of my social media pages:

My favorite book about teaching and learning is ______________.

The response has been fantastic! Professors, instructors, teachers, educators, and faculty development professionals from a variety of disciplines from around the world responded with their favorite book about teaching and learning.

I’ve compiled the list and here are the 33 books recommended by colleagues throughout my network (many books were recommended more than once).

 

In DC, teachers run the jail. It’s turning inmates into students. — from edsurge.com by Rebecca Koenig

Excerpts:

That was before Amy Lopez showed up. In 2017, the petite Texan arrived at the jail with an armada of plans and the energy to launch them. She invited college professors to teach for-credit classes inside, in person. She purchased tablets to offer short-term learning opportunities to transient inmates. And she created a residential learning bloc named for the phoenix, the mythical bird who rises from its ashes to have a second chance at life.

“Every single person I talk to—staff members or incarcerated students—will say it was a game-changer when she arrived,” says Marc M. Howard, director of the Prisons and Justice Initiative at Georgetown University. “I’ve never seen an administration, a staff, an agency so supportive of programming for its incarcerated residents. I think they’re a model of what corrections officials around the country should be.”

It turns out, people in jail love TED Talks.

The videos are inspiring, informative and—perhaps most importantly—available any time on the tablets they can borrow for hours on end.

“A lot of people come to jail and just leave with nothing. They don’t know nothing but what they knew before they came,” he says. “If you had something to go out there and look forward to, there’s less chance you’ll be turned back.”

Also see:

 

 

Top eLearning Gamification Companies 2019 — from elearningindustry.com by Christopher Pappas

Excerpt:

The Top Performing eLearning Gamification Companies 2019
As community leaders, here at eLearning Industry, we have evaluated hundreds of eLearning content development companies in the past. As we are constantly on the lookout for new advancements and trends in the eLearning field that are relevant to the industry, we decided to take a very close look at outstanding providers of gamification. We have focused on prestige, influence, application of gamification tools, activity in the eLearning field, gamification innovations, and many more subcategories.

For the list of the Top eLearning Gamification Companies 2019, we chose and ranked the best gamification companies based on the following 7 criteria:

  • Gamification eLearning quality
  • Customer reviews
  • eLearning expertise
  • Niche specialization on gamification
  • Gamification industry innovation
  • Company’s social responsibility
  • Gamification features and capabilities
 
 

How augmented reality will overhaul our most crucial industries — from singularityhub.com by Peter Diamandis

Excerpts:

Healthcare
(1) Surgeons and physicians
(2) Assistance for those with disabilities
(3) Biometric displays

Retail & Advertising
(1) Virtual shopping
(2) Advertising

Education & Travel
(1) Customized, continuous learning

Within the classroom, Magic Leap One’s Lumin operating system allows multiple wearers to share in a digital experience, such as a dissection or historical map. And from a collaborative creation standpoint, students can use Magic Leap’s CAD application to join forces on 3D designs.

In success, AR’s convergence with biometric sensors and AI will give rise to an extraordinarily different education system: one comprised of delocalized, individually customizable, responsive, and accelerated learning environments.

(2) Training
(3) Travel

Manufacturing
(1) Design
(2) Supply chain optimization
(3) Quality assurance & accessible expertise

Transportation & Navigation
(1) Autonomous vehicles
(2) Navigation

Entertainment
(1) Gaming
(2) Art

 

From DSC:
The two postings below show the need for more collaboration and the use of teams:


 

The future of law and computational technologies: Two sides of the same coin — from legaltechlever.com by Daniel Linna Jr.

Excerpt (emphasis DSC):

An increasing number of lawyers today work with allied professionals to improve processes, better manage projects, embrace data-driven methods, and leverage technology to improve legal services and systems. Legal-services and lawyer regulations are evolving. And basic technologies and AI are slowly making their way into the legal industry, from legal aid organizations and courts to large law firms, corporate legal departments, and governments.

If we are to realize the potential to improve society with computational technologies, law, regulation, and ethical principles must be front and center at every stage, from problem definition, design, data collection, and data cleaning to training, deployment, and monitoring and maintenance of products and systems. To achieve this, technologists and lawyers must collaborate and share a common vocabulary. Lawyers must learn about technology, and technologists must learn about law. Multidisciplinary teams with a shared commitment to law, regulation, and ethics can proactively address today’s AI challenges, and advance our collaborative problem-solving capabilities to address tomorrow’s increasingly complex problems. Lawyers and technologists must work together to create a better future for everyone.

 

From DSC:
As with higher education in general, we need more team-based efforts in the legal realm as well as more TrimTab Groups.

 

 

Excerpts:

Why does this distinction matter? Because law—like so many industries—is undergoing a tectonic shift. It is morphing from a lawyer dominated, practice-centric, labor-intensive guild to a tech-enabled, process and data-driven, multi-disciplinary global industry. The career paths, skills, and expectations of lawyers are changing. So too are how, when, and on what financial terms they are engaged; with whom and from what delivery models they work; their performance metrics, and the resources—human and machine—they collaborate with.  Legal practice is shrinking and the business of delivering legal services is expanding rapidly.

Law is no longer the exclusive province of lawyers. Legal knowledge is not the sole element of legal delivery—business and technological competencies are equally important. It’s a new ballgame—one that most lawyers are unprepared for.

How did we get here and are legal careers  for most a dead end? Spoiler alert: there’s tremendous opportunity in the legal industry. The caveat: all lawyers must have basic business and technological competency whether they pursue practice careers or leverage their legal knowledge as a skill in legal delivery and/or allied professional careers.

Upskilling the legal profession is already a key issue, a requisite for career success. Lawyers must learn new skills like project management, data analytics, deployment of technology, and process design to leverage their legal knowledge. Simply knowing the law will not cut it anymore.

 

From DSC:
I really appreciate the work of the above two men whose articles I’m highlighting here. I continue to learn a lot from them and am grateful for their work.

That said, just like it’s a lot to expect a faculty member (in higher ed) who teaches online to not only be a subject matter expert, but also to be skilled in teaching, web design, graphic design, navigation design, information design, audio design, video editing, etc…it’s a lot to expect for a lawyer to be a skilled lawyer, business person, and technician. I realize that Mark was only saying a basic level of competency…but even that can be difficult to achieve at times. Why? Because people have different skillsets, passions, and interests. One might be a good lawyer, but not a solid technician…or vice versa. One might be a solid professor, but isn’t very good with graphic design. 

 

Artificial Intelligence in Future and Present — from datafloq.com
A look at what AI might do and what it can actually do in various industries…

  • Artificial Intelligence and Medicine
  • Artificial Intelligence and Finance
  • Artificial Intelligence and Manufacturing
  • Artificial Intelligence and Media & Entertainment
  • Artificial Intelligence and Education

 

Per Jane Hart on LinkedIn:

Top 200 Tools for Learning 2019 is now published, together with:

PLUS analysis of how these tools are being used in different context, new graphics, and updated comments on the tools’ pages that show how people are using the tools.

 

 

 

Reflections on “DIY Mindset Reshaping Education” [Schaffhauser]

DIY Mindset Reshaping Education — from campustechnology.com by Dian Schaffhauser

Excerpt:

A do-it-yourself mindset is changing the face of education worldwide, according to new survey results. Learners are “patching together” their education from a “menu of options,” including self-teaching, short courses and bootcamps, and they believe that self-service instruction will become even more prevalent for lifelong learning. In the United Sates specifically, 84 percent of people said learning would become even more self-service the older they get.

Among those who have needed to reskill in the last two years to continue doing their jobs, 42 percent found information online and taught themselves and 41 percent took a course or training offered by their employers, a professional association or bootcamp, compared to just 28 percent who pursued a professional certification program, 25 percent who enrolled in a university-level degree program or 12 percent who did nothing.

If people had to learn something new for their career quickly, they said they would be more likely turn to a short training program (47 percent), followed by access to a free resource such as YouTube, Lynda.com or Khan Academy (33 percent). A smaller share (20 percent) would head to an accredited university or college.

 

From DSC:
This is why the prediction from Thomas Frey carries weight and why I’ve been tracking a new learning platform for the 21st century. Given:

  • The exponential pace of technological change occurring in many societies throughout the globe

  • That emerging technologies are game-changers in many industries
  • That people will need to learn about those emerging technologies and how to leverage/use them <– if they want to remain marketable/employed
  • That people need to reinvent themselves quickly, efficiently, and cost-effectively
  • That many people can’t afford the time nor the funding necessary these days to acquire a four-year higher ed degree
  • That running new courses, programs, etc. through committees, faculty senates, etc. takes a great deal of time…and time is something we no longer have (given this new pace of change)

…there needs to be a new, up-to-date, highly responsive, inexpensive learning-related platform for the 21st century. I call this learning platform of the future, “Learning from the Living [Class] Room.” And while it requires subject matter experts / humans in significant ways, AI and other technologies will be embedded throughout such a platform.

 



 

“I’ve been predicting that by 2030 the largest company on the internet is going to be an education-based company that we haven’t heard of yet,” Frey, the senior futurist at the DaVinci Institute think tank, tells Business Insider.

source

 

Addendum on 9/18/19:

For $400 per course, students will be able to gain access to course videos that are cinematically filmed and taught by “some of the brightest minds in academia.” Outlier.org students will also have access to problem sets, one-on-one tutoring and assessments proctored through artificial intelligence.

 

 

 

Is virtual reality the future of online learning? — from builtin.com by Stephen Gossett; with thanks to Dane Lancaster for his tweet on this (see below)
Education is driving the future of VR more than any other industry outside of gaming. Here’s why virtual reality gets such high marks for tutoring, STEM development, field trips and distance education.

 

 

 

Screen Mirroring, Screencasting and Screen Sharing in Higher Education — from edtechmagazine.com by Derek Rice
Digital learning platforms let students and professors interact through shared videos and documents.

Excerpt (emphasis DSC):

Active learning, collaboration, personalization, flexibility and two-way communication are the main factors driving today’s modern classroom design.

Among the technologies being brought to bear in academic settings are those that enable screen mirroring, screencasting and screen sharing, often collectively referred to as wireless presentation solutions.

These technologies are often supported by a device and app that allow users, both students and professors, to easily share content on a larger screen in a classroom.

“The next best thing to a one-to-one conversation is to be able to share what the students create, as part of the homework or class activity, or communicate using media to provide video evidence of class activities and enhance and build out reading, writing, speaking, listening, language and other skills,” says Michael Volpe, marketing manager for IOGEAR.

 

‘The Dangers of Fluent Lectures’ — from insidehighered.com by Colleen Flaherty
A study says smooth-talking professors can lull students into thinking they’ve learned more than they actually have — potentially at the expense of active learning.

Excerpt:

The paper also provides important insight into why active learning hasn’t taken deeper root in academe, despite the many studies that have previously identified its effectiveness as compared to more passive approaches (namely the lecture). In a word: students. That is, while professors are often seen as the biggest impediments to innovative teaching, the study describes an “inherent student bias against active learning that can limit its effectiveness and may hinder the wide adoption of these methods.”

Compared with students in traditional lectures, students in active classes perceived that they learned less, while in reality they learned more. Students also rated the quality of instruction in passive lectures more highly, and expressed a preference to have “all of their physics classes taught this way,” despite their lower test scores.

In some ways, he said, “the study confirms what we have suspected anecdotally for a long time — that students feel more comfortable in a lecture environment and believe that they are learning more because of the expectations they have for a college learning environment.” But, in fact, he said, they’re “actually learning more in the environments where they are actively engaged in building knowledge about key concepts.”

 

From DSC:
The part about the students feeling more comfortable in a lecture environment and believing that they are learning more reminded me of this research/paper (which the graphics below reference and link to as well), where they mention the practices of highlighting and re-reading some text. Students feel like they are really learning the content more thoroughly when they are doing these things (and this is what I did in college as well). But the evidence shows that the utility of these methods is low. Instead, practice testing — which involves retrieval practice, as well as distributed practice and interleaved practice produce stronger results.

So what students feel and what’s actually occurring can be different…as Colleen’s article from insidehighered.com points out.

That said — and as the article asserted as well — is that some lecturing is fine to do:

At the same time, Eyler stressed that existing literature shows that some limited lecturing is “definitely OK,” as “students need to know content in order to engage in higher order thinking.”

 

 

Addendum on 9/14/19:

 

 

Podcast: Susan Patrick on Transforming Education Systems for Equitable High-Quality Learning — from gettingsmart.com by Tom Vander Ark & Susan Patrick

Excerpts:

5 Global Trends

  1. Ensuring education systems are fit for purpose.
  2. Modernizing educator workforce and professional learning.
  3. Innovating education for equity, prioritizing diversity, equity and inclusion.
  4. Aligning pathways from early childhood, K-12, college and workforce.
  5. Redesigning schools based on the learning sciences.
    In Fit for Purpose, Patrick and colleagues said, “A school redesign informed by learning sciences puts student success at its center. It incorporates youth development theory, culturally responsive teaching, and evidence-based approaches.” She added, “We must ensure we are designing for equity using research on how students learn best, youth development theory and evidence-based approaches.”


From DSC:

Below are the comments that I relayed back to Tom and Susan on Twitter:

“We need to keep asking– how do we design a system fit for the world we live in?” I thought that this was a great point from Susan. I would just add that not only do we need to look around at the current landscapes, but also what’s coming down the pike (i.e. the world that we will be living in). With the new pace of exponential change, our graduates will need to be able to pivot/adapt frequently and quickly.

Also, watching my wife’s experiences over the last few years, only one of the three school systems offered solid training and development. The other two school systems needed to pay much more attention to their onboarding and training programs. They needed to be far more supportive — working to establish a more team-oriented teaching and learning environment. While the corporate world can learn from the K-12 world often times, this is where the K-12 world could learn a lot to learn from the corporate world.

 

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