From DSC:
Check out some of the functionality in these solutions. Then imagine if these solutions were in the size of an entire wall in a classroom or in a corporate L&D facility. Whew!

  • Some serious opportunities for collaboration would arise for remote learners –as well as those located in the face-to-face setting
  • What new affordances would be present for those teaching in K-12, higher ed, or trainers working within the training/learning and development fields? Conversations/discussions would be recorded — to be picked up at the next session. In the meantime, learners could review the discussions at their own pace.
  • What if all of this were possible in your future Smart/Connected TV?
  • I’m also talking here about a vendor that could offer solutions that K-12 systems and institutions of higher ed could afford; some of the solutions below have much of what I’m envisioning here, but are out of the price range. Or the product is multitouch and fairly large, but it doesn’t offer the collaborative features of some of the other products here.

 


 

mezzanine-feb-2015

 


 

Feb2015-AstecSenseTable-InteractiveDisplay

 

 


ideum-feb2015

 

ideumPresenter-feb2015

Ideum’s touch walls come close to what I’m talking about in this posting. If they could add some functionality for seeing/bringing in/collaborating with remote learners — as found in Mezzanine — then that would be great!

Also see:

 

Also see bluescape — but these excellent, innovative solutions are out of the price range for most K-12 and higher ed institutions:

 

bluescape-1-feb-2015

 

“Learning Spaces – Lernwelten”. New database to view global trends for the first time! — by Professor/Dr. Richard Stang for the Learning Research Center at Media University Stuttgart; the database is curated by Stefan Volkmann

Excerpt:

Database structure:
1   Facet between introductory, visually inspiring, and theory & research materials
2   Physical Spaces & Institutions – schools, universities, libraries, adult education, etc.
3   Digital & Hybrid Spaces
4   Design and Architectual Aspects
4.2.4   Information Technology Integration
4.2.4.2   Mobile Devices
4.5   Service Design
5   Organizational, practical and methodic aspects
5.1   Policy & Strategy
5.2 / 5.3 organisational & cooperation structures
5.4   Project Cycle & -Management
5.5   Stakeholder-driven Innovation
6   Learning types and demographic change
7   Stakeholders – Learners of all ages, teachers, practitioners, designer, and decision makers
8   Languages – especially English, German, and Scandinavian
9   Countries and Regions

 


LearningSpaces-Lernwelten-Feb2015

 


Also see:

  • Learning Spaces database released — from designinglibraries.org.uk
    Media University Stuttgart, Germany, has released the largest international database on learning space development.
    Excerpt:
    From academic to public libraries, from schools to adult education – digital environments fuse with physical learning landscapes, and offer learners, as well as institutions themselves, unforeseen possibilities. However, realising this very potential requires radically new measures in project management, organisational structures and stakeholder interaction. The database will address all these issues by providing the most current and comprehensive range of resources on learning spaces, visions and trends. 

 


 

Addendum 2/13/15:

CampusTech-April2014-LearningSpaces

 

The article therein mentions:

 

NMC Horizon Report > 2015 Higher Education Edition — from nmc.org

Excerpt:

What is on the five-year horizon for higher education institutions? Which trends and technologies will drive educational change? What are the challenges that we consider as solvable or difficult to overcome, and how can we strategize effective solutions? These questions and similar inquiries regarding technology adoption and educational change steered the collaborative research and discussions of a body of 56 experts to produce the NMC Horizon Report: 2015 Higher Education Edition, in partnership with the EDUCAUSE Learning Initiative (ELI). The NMC Horizon Report series charts the five-year horizon for the impact of emerging technologies in learning communities across the globe. With more than 13 years of research and publications, it can be regarded as the world’s longest-running exploration of emerging technology trends and uptake in education.

 

NMCHorizonReport-2015

 

NMCHorizonReport-2015-toc

 

 

Is this the online learning model of the future? — from ecampusnews.com by Rony Zarom
Flex class options are seeing spikes in enrollment among Gen C students; here’s how to get started.

Excerpt:

“Flex-classes,” a preferred learning style among Gen Cs that offers “flex-attendance“ options to join classes “in-person” or “online” throughout the duration of a course, allowing students to more efficiently, and affordably, learn anytime, anywhere.

In fact, if the current enrollment growth rate continues, nearly half of all college students will be enrolled in a flexible online learning course by 2020.

Based on a cross-generational commonality to stay digitally connected and plugged into mobile devices, these two generations expect more accessible, technology-forward learning environments that give them the flexibility, mobility and freedom to learn when and where they want.

One of the biggest weather deterrents that disrupts student attendance and educators’ lesson plans is snow days, and thanks to virtual flex-class options, snow day disruptions may be coming to an end for good.

Schools around the country have been implementing flex-classes to allow students the option to join classes online on days they can’t make it to school, instead of making up the lost days at another time and often dipping deep into summer vacations. Students can tune in to their classrooms via mobile device or tablet to complete their learning initiatives for the day. The snow day approach is a realistic option for institutions looking to test the effectiveness of flex-class implementation.

 

From DSC:
This is an interesting approach.  What I like about it is that it provides more choice and more control for the student.

What I wonder about is how would this type of learning environment impact the pedagogies that a professor would need to employ…? Or are we not that far along here yet? That is, how does one simultaneously offer a productive online learning experience as well as an effective face-to-face learning experience?

Also, on a slight tangent here from this model…
I’ve been wondering about whether remote students could effectively/simultaneously come into a face-to-face classroom setting — and I think the answer is yes.  As with the corporate world, teams are scattered throughout a nation or from various places throughout the globe — and yet work gets done. Projects get done. Collaboration happens. Learning happens.

Some institutions, including the college where I work at, are experimenting with using telepresence robots to bring in those remote students. The version 2.0’s and above of these robots may be an option.  However, I’m wondering if a better option might be available if a vendor could morph something like Cisco’s StadiumVision into an educational setting…? That is, provide 3-4 camera angles/perspectives per classroom and let the remote learners switch between viewing angles on their end of things…? Such as setup would be very interesting to experiment with.

Also, in regards to learning spaces, should one wall be dedicated to bringing in remote students? That is, one of the walls could display who all is coming into a classroom remotely so that they could be a part of the discussions and so that the F2F students could see and interact w/ those remote students.

Finally, might these ideas dovetail into the idea of providing learning hubs — where Subject Matter Experts (SMEs) could be synchronously or asynchronously presenting information (in a digital/virtual manner) and leading a discussion for those who are seated and learning together in a physical setting? 

 

 

Steelcase names winning design for “Classroom of the Future” —  from interiordesign.net by Matthew Powell

Excerpt:

Who better to turn a laser-sharp eye on the constant evolution of learning spaces than the design industry’s forward-thinking students? Seeking to push the boundaries of educational design, Steelcase Education and Steelcase Design Alliances launched its NEXT Student Design Competition last year, turning to undergraduate juniors and seniors at schools with Council for Interior Design Accreditation for proposals. Selected from over 800 submissions, Emma Montgomery of Kansas State University took the grand prize at a ceremony held in Steelcase’s headquarters in Grand Rapids, Michigan for her proposal that would increase student engagement and retention.

.

 Next-student-design-competition-steelcase-02

 

 
 

From DSC:
We continue to see more articles and innovations that involve the Internet of Things (IoT) or the Internet of Everything (IoE). This trend has made me reflect upon what I think will be a future, required subset of needed expertise within the fields of Instructional Design, User Experience Design, User Interface Design, Product Development, Programming, Human Computer Interaction (HCI), and likely other fields such as Artificial Intelligence (AI), Augmented Reality (AR), and Virtual Reality(VR) as well.

And that is, we will need people who can craft learning experiences from the presence of beacons/sensors and that integrate such concepts as found in “If This Then That” (ifttt.com) whereby one is putting the Internet and cloud/mobile-based applications to work for you. Certainly, those involved in retail are already busy working on these types of projects. But those of us involved with learning, human computer interaction (HCI), and interface design need to get involved as well.

 

 

IfThisThenThat-Combined-With-iBeacons

 

For example, this potential scenario of a K-12 field trip might be fodder for such a learning experience.

So for those individuals who are involved with the aforementioned disciplines…we need to pulse check what new affordances are coming from the rollout and further development of the IoT/IoE.

 

 

 

 

 

Future of the Campus in a Digital World — from campusmatters.net by Michael Haggans | November 2014

Excerpts from PDF (emphasis DSC):

In the digitally driven future of higher education, three-dimensional classroom spaces still will be needed. They won’t be used in the traditional manner and they won’t be the traditional kind. They will be bigger, flatter, faster and there will need to be fewer classrooms for the same number of students.

Classes that meet on campus will need additional area per student to accommodate interactive configurations, such as those allowing group work in the flow of the traditional class period. Typically these will be flat floors allowing easy configuration changes. At the same time, these rooms must be faster, with access to robust bandwidth.

Both physical and administrative adaptations will be required. While there will be more floor area per student when in class, the number of classroom hours per degree will drop, and all the while the expectation for digital transmission capability will continue to rise. To justify the required investment, institutions will have to rethink the administration of classroom scheduling to maximize effectiveness for students and faculty, and to achieve increased utilization. These are not new or easily managed issues for higher education. The accelerating move to online instruction will expose existing weaknesses of current systems and the benefits of more strategic investments and scheduling.

Digital Visible
From an institutional perspective, many of the implications of digital transformation are difficult to see, lost in a thicket of business issues presenting themselves with increasing urgency. Moreover, the changes induced by digital transformation are difficult to address through traditional facilities development and capital funding processes. These transformations are not about the need for a single new – or better – building, a campus student recreation center or teaching laboratory. 

This is about adjusting the performance of the whole campus to support a digitally transformed pedagogy and academic community.


Libraries have never been about books. They have always been about access to and use of information.

Make campus matter
With so much of higher education available in digital and largely asynchronous forms, the justification for a campus must derive from something more than “we have always done it this way.” Even at the most traditional institutions “on-campus time per degree” will decrease. This change in convention will make the support of increasingly limited face-to-face time of
strategic value, rather than an assumed byproduct of traditional campus life.

 

LearningNowTV-Nov2014

 


From their website:
(emphasis DSC)

LEARNING NOW tv is a live-streamed internet tv channel bringing you inspirational interviews, debates and round tables, and advice and guidance on real world issues to keep you up-to date in the world of learning and development.

Membership to the channel is FREE. You will be able to interact with us on our social channel during the live stream as well as having a resource of the recorded programmes to refer to throughout the year.

Learning Now tv is run and produced by some of the L&D world’s leading experts who have many years’ experience of reporting the real-world issues for today’s learning and development professionals.

 

I originally saw this at Clive Sheperd’s posting:
TV very much alive for learning professionals

 

 

Also see:

 

MYOB-July2014

 

 

 

 

This new service makes me think of some related graphics:

 

 

MoreChoiceMoreControl-DSC

 

 

 

 

 

 

 

StreamsOfContent-DSC

 

 

 

 

 

 

 

The Living [Class] Room -- by Daniel Christian -- July 2012 -- a second device used in conjunction with a Smart/Connected TV

 

 

 

 

 

Addendum on 12/2/14 — from Learning TRENDS by Elliott Masie – December 2, 2014 | #857

Idea – Courses in the Air:
There were representatives from airlines, Aviation Authorities and even Panasonic – which makes the interactive movie and TV systems on long distance airplanes.  So, I rolled out one of my “aha ideas” that I would love to see invented sometime: Courses in the Air.

What if a passenger could choose to take a mini-course on a 4 to 14 hour flight. It would be a MOOC in the Sky – with video, reading and interactive elements – and someday might even include a real time video chat function as well.  The learner could strive to earn a “badge” or roll them up into a certificate or degree program – that they pursued over several years of flights.  It would be an intriguing element to add to international travel.

 

Seed Rapid Prototyping Kit – build connected products quickly and easily — with thanks to Joanna Wasiluk for posting the tweet below

 

 

From DSC:
Applying this concept towards learning spaces, such machine-to-machine communications would provide personalized room settings per professor, teacher, or trainer. Excellent.

 

 

A collection of curated items:


 

Socratic questioning: 30 thought-provoking questions to ask your students — from opencolleges.edu.au by Saga Briggs

 

 

Open Educational Resources – from the Babson Survey Research Group by I. Elaine Allen, Ph.D. and Jeff Seaman, Ph.D.

Opening the Curriculum: Open Education Resources in U.S. Higher Education, 2014

This report, funded by a grant from The William and Flora Hewlett Foundation with additional support from Pearson, examines the attitudes, opinions, and use of Open Educational Resources (OER) among teaching faculty in U.S. higher education. Some of the key findings:

 

Opening the Curriculum: Open Education Resources in U.S. Higher Education, 2014

 

 

Katie Novak: Universal Design for Learning, an introduction — from edtalks.org
Dr Katie Novak is a Reading curriculum coordinator and an independent ‘Universal Design for Learning’ (UDL) consultant. Universal Design for Learning is a framework that allows teachers to meet the needs of all learners in the classroom, and in this keynote speech at ULearn14 Katie outlines the background to UDL and demonstrates how UDL enables teachers to take rigorous curriculum and make it accessible to all students.

Related:
What is UDL?
UDL Guidelines

 

 

 

Five inspiring EdTekTalks — from iste.org by Diana Fingal

Harvard researchers spent six years studying innovative entrepreneurs to find out how their creative processes work. What they found was that the number one skill all innovators practice regularly is connecting across a variety of disciplines. In other words, innovators are people who cross-pollinate, or use ideas from other industries to spark their own creativity.

With that in mind, ISTE reached out to inspiring people from a range of fields and asked them to share their insights in mini-keynotes called EdTekTalks. This provocative series of five talks includes futurists, designers and entrepreneurs from beyond the world of ed tech.

 

 

Berklee College of Music Opens Major WSDG-Designed Audio Teaching Complex in 160 Mass. Ave. Tower — from aeccafe.com; via @eduwiretech

Excerpt:

BOSTON, MASS.  Berklee College of Music opened the doors to its 160 Massachusetts Avenue,residence tower in January 2014.  The building now features one of the largest, most progressive, and versatile professional audio teaching/production/performance complexes in the U.S.  Over three years and $100 million have been invested in the development and construction of this cusp point educational compound.  Situated over four dedicated floors in a striking, sixteen-story, 155,000 sq. ft.  William Rawn Associates building, the ten-studio Walters-Storyk Design Group – designed, audio education component represents a pinnacle of contemporary studio planning.

Berklee-College-of-Music---new-100M-building-nov2014

 

7 Simple Ways You Can Help Students Pay Attention In A Traditional Classroom — from teachthought.com

  1. Use the 10:2 method (2 minutes of response for every 10 minutes of instruction.)
  2. Incorporate movement into your lessons
  3. Pick up the pace
  4. Provide frequent feedback
  5. Allow 5-7 seconds of “think time”
  6. Have students use the 3-2-1 method of summarizing
  7. Periodically pause mid-sentence

 

 

 
 

InternetOfEverything-BI-Oct2014

 

Some excerpted slides:

 

wearehere-bi-oct2014

 

wearehere2-bi-oct2014

 

wearehere3-bi-oct2014

 

wearehere4-bi-oct2014

 

 


From DSC:
Educators/eduprenuers should be watching what happens in the living room…or better yet, let’s create some second-screen-based learning applications that ride the Smart/Connected TV wave.

 

The Living [Class] Room -- by Daniel Christian -- July 2012 -- a second device used in conjunction with a Smart/Connected TV

 

 

From DSC:
I’m thinking out loud again…

What if were were to be able to take the “If This Then That (IFTTT)” concept/capabilities and combine it with sensor-based technologies?  It seems to me that we’re at the very embryonic stages of some very powerful learning scenarios, scenarios that are packed with learning potential, engagement, intrigue, interactivity, and opportunities for participation.

For example, what would happen if you went to one corner of the room, causing an app on your mobile device to launch and bring up a particular video to review?  Then, after the viewing of the video, a brief quiz appears after that to check your understanding of the video’s main points. Then, once you’ve submitted the quiz — and it’s been received by system ABC — this triggers an unexpected learning event for you.

Combining the physical with the digital…

Establishing IFTTT-based learning playlists…

Building learning channels…learning triggers…learning actions…

Setting a schedule of things to do for a set of iBeacons over a period of time (and being able to save that schedule of events for “next time”).

Hmmm…there’s a lot of potential here!

 

 

IfThisThenThat-Combined-With-iBeacons

 

 

IfThisThenThat

 

 

iBeaconsAndEducation-8-10-14

 

 

Now throw augmented reality, wearables, and intelligent tutoring into the equation! Whew!

We need to be watching out for how machine-to-machine (M2M) communications can be leveraged in the classrooms and training programs across the globe.

One last thought here…
How are we changing our curricula to prepare students to leverage the power of the Internet of Things (IoT)?

 

From DSC:
The bridging of the physical world with the digital world presents many powerful scenarios for learning. Via the use of iBeacons (or similar devices), one could imagine students going to different places within a learning space and having a variety of relevant items and applications automatically open on their mobile devices.

Examples:

  • In a chemistry lab, students could go to the supplies area and see a video or a PDF listing of what they need for that day’s experiment — also taking in any warnings of the use of the equipment (hazardous materials, use of fire, etc.); then they could go to the hands-on lab area, and if they’ve struggled to do the experiment for _______ minutes, they could watch the first __ steps (or the experiment in its entirety); finally, the last area would initiate a webpage, video, or blog that summarizes what they should have learned and experienced if the lab was properly done
    .
  • In an art gallery, the iBeacons could initiate a video from the artist on a particular piece, explaining what they were trying to achieve, what materials they used, how long it took them to create/design, and any inspirational messages that they want to relay to budding artists
    .
  • On campus tours, iBeacons could control what takes place on a school’s Virtual Tour app
    .

This video by Paul Hamilton captures a bit of what I’m trying to get at w/ the use of iBeacons in the classroom:
https://www.youtube.com/watch?v=S04viOYnSg4&feature=youtu.be&app=desktop

Also see:

 

 


Other resources to check out:


 

 

 
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