Defining the skills citizens will need in the future world of work — from McKinsey & Company; with thanks to Ryan Craig for this resource

Excerpts:

Our findings help define the particular skills citizens are likely to require in the future world of work and suggest how proficiency in them can influence work-related outcomes, namely employment, income, and job satisfaction. This, in turn, suggests three actions governments may wish to take.

  1. Reform education systems
  2. Reform adult-training systems
  3. Ensure affordability of lifelong education

Establish an AI aggregator of training programs to attract adult learners and encourage lifelong learning. AI algorithms could guide users on whether they need to upskill or reskill for a new profession and shortlist relevant training programs. 

Foundational skills that will help citizens thrive in the future of work


From DSC:
No one will have all 56 skills that McKinsey recommends here. So (HR) managers, please don’t load up your job postings with every single skill listed here. The search for purple unicorns can get tiring, old, and discouraging for those who are looking for work.

That said, much of what McKinsey’s research/data shows — and what their recommendations are — resonates with me. And that’s why I keep adding to the developments out at:

Learning from the living class room

A powerful, global, next-generation learning platform — meant to help people reinvent themselves quickly, safely, cost-effectively, conveniently, & consistently!!!

 

What Will Online Learning Look Like in 10 Years? Zoom Has Some Ideas — from edsurge.com by Stephen Noonoo

Excerpt:

This week at Zoom’s annual conference, Zoomtopia, a trio of education-focused Zoom employees (er, Zoomers?) speculated wildly about what hybrid Zoom learning might look like 10 years from now, given the warp speed advances in artificial intelligence and machine learning expected. Below are highlights of their grandiose, if sometimes vague, vision for the future of learning on Zoom.

Zoom very much sees itself as one day innovating on personalized learning in a substantial way, although beyond breakout rooms and instant translation services, they have few concrete ideas in mind. Mostly, the company says it will be working to add more choices to how teachers can present materials and how students can display mastery to teachers in realtime. They’re bullish on Kahoot-like gamification features and new ways of assessing students, too.

Also see:

An Eighth Grader Was Tired of Being Late to Zoom School. So He Made an App for That. — from edsurge.com by Nadia Tamez-Robledo

“I could not find anything else that exists like this to automatically join meetings at the right times,” says Seth, a high school freshman based in Walnut Creek, Calif. “Reminders are just really easy to ignore. I’ll get a notification maybe five minutes before my meeting, and it’ll just sit there and not do anything. [LinkJoin] interrupts whatever you’re doing and says, ‘Join this meeting. In fact it’s already opening, so better get on it.’”

 

 

Graphic of digital audio for the article entitled An Edtech User’s Glossary to Speech Recognition and AI in the Classroom

An Edtech User’s Glossary to Speech Recognition and AI in the Classroom — from edsurge.com by Thomas C. Murray

Per Thomas Murray:

Recently, I collaborated with SoapBox Labs’ Amelia Kelly, the vice president of speech technology there, to create a glossary to help educators and edtech developers better familiarize themselves with speech recognition and make informed decisions about its use in educational settings. Below are some of the key terms that are particularly important, along with an explanation for why those terms matter.

 

 

Personalized Learning Using AI — from datafloq.com by Dmitry Baraishuk

Excerpt:

Process of Implementing Personalized Learning Using AI

  • The system tested every learner using short quizzes and games. Then AI adapted the learning path to each learner’s knowledge of a topic based on the test results.
  • If a pilot struggled with a certain topic, the AI LMS repeated it by presenting the information in a new way.
  • After completing a section, every pilot was retested and progressed to the next module.

Personalized learning with AI encompasses all the core aspects of online training:

  • personalized learning path;
  • relevant content based on knowledge level, skills, interests, and goals;
  • automated knowledge checks;
  • prediction of knowledge gaps;
  • proactive learners’ support;
  • tutoring, etc.
 

Dreamscape Learn Pod Unveiled at ASU+GSV Summit — from gettingsmart.com by Rachelle Dene Poth

Excerpt:

At the ASU+GSV Summit, a leading digital learning summit held in San Diego, California, virtual reality (VR) enthusiasts had an opportunity to experience Dreamscape Learn pod, a first-of-its-kind, full-body tracking, immersive VR experience. Created in partnership with Steven Spielberg, Dreamscape Immersive and Arizona State University (ASU) unveiled the pod for the first time during the event.

ASU President Michael M. Crow and Dreamscape Immersive founder/president and former DreamWorks Pictures studio head Walter Parkes, worked together to create Dreamscape Learn. President Crow and Parkes together merged the ideas of creating Hollywood storytelling with the innovation from ASU. ASU has been a leader in innovation and cutting-edge technology and has been ranked number one in innovation for the sixth year by the US News and World Report.

 

The Hardware and Materials Innovations Enabling Consumer Augmented Reality — from luxresearchinc.com by Vladimir Roznyatovskiy

Excerpt:

Consumer mass-market augmented reality (AR) products and applications could become a fourth wave of modern technological progress, following the PC and smartphone in transformative impact on nearly all aspects of life and business.

However, making widespread consumer AR a reality will require significant innovations in optical components, light engines, and cameras and sensors to reduce size and weight while improving performance. These advances will create significant opportunities for materials and hardware developers. It will be five years to seven years before these efforts translate into viable mass-market devices, but once they do, the opportunities for consumer insights and engagement will be tremendous and a significant source of competitive differentiation.

 

Drexel Researchers Will Develop Artificial Intelligence Technologies for Adult Learning and Online Education as Part of $220 Million NSF Initiative — from drexel.edu with thanks to Ray Schroeder for this resource out on LinkedIn

Excerpt:

Researchers in Drexel University’s College of Computing & Informatics, who are studying artificial intelligence as a tool for teaching, have been selected to join a $220 million National Science Foundation initiative to expand the use of AI technology in areas ranging from agriculture and food supply chains to adult and online learning. Drexel’s team will join AI researchers from around the country in an effort to use the technology to make education more accessible for Americans who are adapting to rapidly changing workplaces. The NSF’s Adult Learning & Online Education (ALOE) Institute will be supported by $20 million over five years.

 

There’s a New Wave of AI Research Coming to Transform Education — from edsurge.com by Nadia Tamez-Robledo

Preparing for Students’ Second Act
With a focus on adult learners, the AI Institute for Adult Learning and Online Education, or ALOE, will look to improve online education for the more than 100 million American workers who will need to “reskill” over the next 10 years.

It will also learn from the massive amounts of data generated by online students that isn’t accessible in traditional in-person classes.

 

What doors does this type of real-time translation feature open up for learning? [Christian]

From DSC:
For that matter, what does it open up for #JusticeTech? #Legaltech? #A2J? #Telehealth?

 

Learning from the living class room

 

Google CEO Still Insists AI Revolution Bigger Than Invention of Fire — from gizmodo.com by Matt Novak
Pichai suggests the internet and electricity are also small potatoes compared to AI.

Excerpt:

The artificial intelligence revolution is poised to be more “profound” than the invention of electricity, the internet, and even fire, according to Google CEO Sundar Pichai, who made the comments to BBC media editor Amol Rajan in a podcast interview that first went live on Sunday.

“The progress in artificial intelligence, we are still in very early stages, but I viewed it as the most profound technology that humanity will ever develop and work on, and we have to make sure we do it in a way that we can harness it to society’s benefit,” Pichai said.

“But I expect it to play a foundational role pretty much across every aspect of our lives. You know, be it health care, be it education, be it how we manufacture things and how we consume information. 

 
 

Could VR Stadiums Be The Future Of Live Esports? — from vrscout.com by Kyle Melnick
Virtex wants to revolutionize the way we view live esports by replicating the IRL stadium experience in VR.

Virtex wants to revolutionize the way we view live esports by replicating the IRL stadium experience in VR.

Also see:

  • Augmented, Virtual Realties Hold Promise for Government — from govtech.com
    Excerpts:
    From firefighting and social services to increased accessibility, public-sector agencies are using virtual and augmented reality to improve how staff train to interact with citizens — and it’s only the beginning.

    From field operations to personnel training to service delivery, “there are a lot of opportunities to improve government through these immersive experiences,” she said. While state and local governments are still in the early stages of AR and VR adoption, a number of emerging use cases suggest the technology’s potential power.
 

No, it doesn’t need to be a Zoom — from wired.com by Chris Stokel-Walker
We’re wasting hours of our lives on inefficient video calls. Here’s how to decide when you should jump on a Zoom – and when not to

Excerpt:

Academic research has pinpointed four reasons why we’re growing sick of video calls. For one thing, we’re engaged in an unnaturally large amount of eye contact, which can prove exhausting, according to Jeremy Bailenson professor at Stanford University and founding director of the Stanford Virtual Human Interaction Lab. We’re also stressed out by being confronted with our own face for hours on end (even if you can’t stop staring at it). Bailenson compares it to be followed around with a mirror all day.

From DSC:
What comes to my mind here is that videoconferencing — and meeting in general — requires mental work — and thus energy. Why? Because, as I mentioned in this posting, we are constantly processing auditory and visual channels. 

 

What is cognitive load? And why should I care about it?
What is cognitive load? And why should I care about it?

Transcript here.

 

From DSC:
So having to process auditory and visual information hour after hour takes major energy! And some presentations/presenters require a lot more energy than others.

Having to process auditory and visual information hour after hour takes major energy!

 

watching a presentation by Steve Jobs requires a lot less auditory and visual processing

 

Tips To Use Virtual Training For User Education & Immersive Site Tours — from elearningindustry.com by Stephanie Ivec
While virtual reality safety and equipment training have been around the longest, more and more organizations are seeing the benefits of virtual reality for new uses, like the site tours and user education.

Excerpt:

Software tools or systems, surgical devices, and even board games commonly require end user training or customer education in order for the customer to get the most out of the item they’ve purchased. Over the years, user education and training has evolved from lengthy user manuals to online videos to fully immersive experiences. Virtual and augmented reality videos are an engaging way to make customers feel more comfortable with a new product, procedure, or system.

Addendum on 6/11/21:

  • Assessing Extended Reality’s Potential — from avnetwork.com by Margot Douaihy
    VR and AR still mystify some integrators, but advocates say the potential of extended reality (XR) solutions is staggering.

VR costs continue to decrease as processing power increases. Tethered and wireless HMDs (head-mounted displays) are becoming more compact and easier to use. From the HTC Vive Pro 2 to Oculus Quest 2, there are solutions for various budgets. VR is no longer cost-prohibitive.

The AR ecosystem is evolving, too. Apple’s ARKit and free AR mobile apps like Adobe Aero are inviting more people into the content creation space.

It’s a different calculus for adoption in commercial sectors, however. Return on investment and utilization throughout the product lifecycle are primary concerns.

 

Teaching: Why an Active-Learning Evangelist Is Sold on Online Teaching — from chronicle.com by Beth McMurtrie

Excerpts:

Now, says Mazur, the results are in and he’s convinced: online teaching is better. Not in all circumstances, to be sure. But in his applied-physics courses, students showed larger learning gains and felt more supported than students had in in-person classes. In fact, they appear to have learned so much more effectively in this new format that he wonders if it’s “almost unethical,” to return to the classroom this fall.

“I have never been able to offer a course of the quality that I’m offering now,” he says. “I am convinced that there is no way I could do anything close to what I’m doing in person. Online teaching is better than in person.”

One benefit of this setup, says Mazur, is that students go at their own pace. He has thought a lot about how classroom-based work, even when it is student-led, is hostage to the clock and the instructor. Not every group works at the same pace, yet everyone has to wait until others are ready, or rush ahead when they fall behind. When groups set their own pace, it gives them the space to work through problems or get help as needed. The value of self-paced learning is also evident outside of class, says Mazur, who built more asynchronous work into his online course.

“I have never seen students work this hard for my course,” he says. “Never. And so consistently.”

Also see:

A snapshot of Eric Mazur's physics class from Canvas.

But he’s so convinced of how valuable this model is that he asked Harvard to allow him to keep teaching online this fall. 

Also relevant/see:

 
© 2021 | Daniel Christian