Even as colleges pledge to improve, share of engineering and math graduates who are Black declines — from hechingerreport.org by Melba Newsome; with thanks to Ryan Craig for this resource
The supply of Black scientists, engineers and mathematicians is flat or falling even as demand goes up

Excerpt:

Black enrollment in STEM fields — science, technology, engineering and math — is among the issues that urgently demand attention, said Cato Laurencin, CEO of the Connecticut Institute for Clinical and Translational Science. “We need to move from talking about the issue of Blacks in STEM and systemic racism to making concrete changes,” Laurencin said.

The proportion of bachelor’s degrees in science awarded to Black graduates remained flat at about 9 percent from 2001 to 2016, according to the most recent available figures from the National Science Foundation; in engineering, it declined from 5 percent to 4 percent; and in math, it dropped from 7 percent to 4 percent.

 

 

 

Improving Digital Inclusion & Accessibility for Those With Learning Disabilities — from inclusionhub.com by Meredith Kreisa
Learning disabilities must be taken into account during the digital design process to ensure digital inclusion and accessibility for the community. This comprehensive guide outlines common learning disabilities, associated difficulties, accessibility barriers and best practices, and more.

“Learning shouldn’t be something only those without disabilities get to do,” explains Seren Davies, a full stack software engineer and accessibility advocate who is dyslexic. “It should be for everyone. By thinking about digital accessibility, we are making sure that everyone who wants to learn can.”

“Learning disability” is a broad term used to describe several specific diagnoses. Dyslexia, dyscalculia, dysgraphia, nonverbal learning disorder, and oral/written language disorder and specific reading comprehension deficit are among the most prevalent.

An image of a barrier being torn down -- revealing a human mind behind it. This signifies the need to tear down any existing barriers that might hinder someone's learning experience.

 

What If Students Didn’t Have to Leave Community Colleges to Earn Bachelor’s Degrees?
— from edsurge.com by Rebecca Koenig

Excerpt:

“The question I got most was, ‘When will Indian River offer baccalaureate-level programs?’” Massey says.

It’s a query fielded by community college leaders across the country. And over the past three decades, they’ve answered the call for increased access to bachelor’s-degree pathways by creating them on their own campuses. In fact, some community colleges in Florida have been offering bachelor’s programs for 20 years, and now nearly two dozen states permit so-called two-year colleges to offer four-year degrees.

And the pace of adoption is speeding up, with half a dozen states signing on since 2018, according to the Community College Baccalaureate Association.

 

Flipped Learning Can Be a Key to Transforming Teaching and Learning Post-Pandemic — from edsurge.com by Robert Talbert

Excerpt (emphasis DSC):

What is flipped learning? A common and oversimplified answer is that it is an approach that asks students to watch lecture videos at home before class so that class time can be used for more interactive activities.

But the best way to describe it is to contrast it with traditional teaching frameworks. In the traditional framework, students get first contact with new concepts in class (the “group space” as I call it in my book on flipped learning) and then higher-level interactions are all on the student side through homework and so on (in the “individual space”). Flipped learning puts first contact with new ideas before group space activities, then uses the group space for active learning on mid- and upper-level tasks.

It’s worthwhile to compare flipped and traditional frameworks by contrasting the assumptions that each framework makes…

We can no longer assume that a pure lecture pedagogy is an acceptable teaching model or that banning technology is an acceptable practice.

 

21 Ways to Structure an Online Discussion, Part 1 — from facultyfocus.com by Annie Prud’homme-Généreux
*This is a five-part series. Each Monday, we will be publishing the next consecutive part of the article series.  

Excerpt:

I searched for ways to structure online discussions, and my findings are described in this series of five articles. This first article explores ways to structure a discussion to encourage learners to apply the concepts they have learned. Articles two and three describe discussion structures that help learners explore concepts in greater depth. Article four looks at ways to use discussions for reflection, evaluation, and critique of concepts. The final article investigates ways to foster a greater sense of community by using multimedia and proposes resources for developing new discussion structures.

Below are five ideas where learners search for, recognize, and share concrete examples of a concept, or where they create examples to illustrate a concept. I am sure there are more ways to do it, and I welcome your additions in the comments below.

21 Ways to Structure an Online Discussion, Part Two — from facultyfocus.com by Annie Prud’homme-Généreux

Excerpt:

In this and the next article, I will describe ideas for structuring an online discussion when the goal is for learners to further explore a concept studied in class. I subdivided the ideas into two categories: Some are useful when the goal is for learners to engage in divergent thinking, in other words, when they are generating ideas and expanding the range of solutions or brainstorming (this article).

21 Ways to Structure an Online Discussion, Part Three — from facultyfocus.com by Annie Prud’homme-Généreux

Excerpt:

In this third article, we will explore structures to help learners explore concepts when the goal is convergent thinking, so each learner gains a deeper, richer understanding of a concept and aligns with a common understanding.

In this article, the ideas for structuring an online discussion when the goal is for learners to explore a concept through convergent thinking are:

 

Harvard and its peers should be embarrassed about how few students they educate — from washingtonpost.com by Jeff Selingo
Their minuscule admissions rates are a sign of failure, not success.

Excerpt:

Harvard’s announcement this past week that its acceptance rate fell to an all-time low of just 3.4 percent will be viewed by some alumni as a triumph — a sign of their alma mater’s popularity and prestige among high school grads. And some alumni of elite institutions like Yale (4.6 percent), Brown (5.4 percent) and Princeton (4 percent) may feel the same glow of pride. In actuality, these numbers are signs of institutional failure.

That some 55,000 applicants were denied the chance to attend Harvard — which, with its $42 billion endowment, is fully capable of serving more than 1,640 students in an incoming class — is no cause for celebration. Instead, the ever-declining proportion of applicants accepted at such top-ranked universities should spur them to consider making their freshman classes substantially larger. Such a move would be especially appropriate — and, perhaps, more imaginable — after a pandemic year when universities across the country have had to reconceive education in a multitude of ways.

From DSC:
I couldn’t agree more. These types of schools should pursue a much more noble goal and seek to educate the masses. Make far larger contributions in order to make the world a better place to live in. Open up the doors. Stop recreating the caste system we have in the U.S. 

Also see:

The Endless Sensation of Application Inflation — from chronicle.com by Eric Hoover

Excerpt:

The numbers get bigger each year. Now they’ve reached a mesospheric level of madness.

Yes, we’re talking about application totals at highly selective colleges, a fixation for a jittery subset of the planet. In the 2020-21 admissions cycle, many of the final tallies broke records — and, surely, record numbers of hearts. The more applicants that apply to a hyper-competitive college, the more rejections it must deliver.

But what do such metrics really tell us? What, if anything, does the annual OMG-ing over these statistics add to up to? Let’s pause here and remember that application inflation isn’t new: Acceptance rates at many institutions have been plummeting for years. Also, a 35-percent increase like the one Tufts University just saw didn’t mean there was a 35-percent increase in highly qualified applicants with a prayer of getting in, or a 35-percent increase in applicants who meet each of the institution’s many needs.

 

 

Supporting Students Where They Are: Bentley’s CIS Sandbox — from campustechnology.com by Mary Grush and Mark Frydenberg

Excerpt:

Frydenberg: …So, we started offering tutoring services in four ways: drop-in hours online; drop-in hours in person (following safety guidelines); online review sessions with a tutor assigned to each class; and tutoring on demand by appointment, which I like to call “Uber” tutoring.

Grush: Tutoring that follows an “Uber” model?

Frydenberg: Sure. When you reserve an Uber, you ask for a driver to pick you up at a specific place at a designated time. The same model applies here: Students complete an online form to request a tutor on a given topic and indicate when they want to meet with a tutor. Through a software application, the request is automatically routed to all tutors capable of tutoring in that subject. The first tutor who claims the request may contact the student to set up an appointment on Zoom. This creates an incentive for tutors to accept appointments, and offers flexibility as to when they choose to work. They don’t have to set aside a block of hours to be available and wait for someone to show up to meet with them. This model of reserving a tutor is available for students in 17 sections of upper level and graduate courses.

 

Rebooting the final exam — from roberttalbert.medium.com by Robert Talbert

Excerpts: 

It’s probably better not to give final exams at all, but if you must, then here are some alternative approaches that do more to help students.

Here are some ideas for what your students might do on a final exam like this.

  • Create a mind map of the course or a portion of it.  
  • Write a new catalog description for the course.  
  • Write a letter to an incoming high school student who will be taking the course next semester.  
  • Write a short essay about: What are the main ideas of this subject, and how do they all connect together?  
  • Write about their metacognition.  
  • Leave one piece of advice to the next round of students taking this course. 
 

5 Ways to Marry Higher Ed to Work — from campustechnology.com by Dian Schaffhauser

Excerpts:

  1. Treat employers as customers.
  2. Move beyond the idea of the bachelor degree as the end-all.
  3. Link coursework with competences.
  4. Develop a “shared vocabulary of skills” that can be used by employers and peer institutions.
  5. Design for equity and inclusion.

From DSC:
It’s great to see more articles like this that promote further collaboration — and less siloing — between the worlds of higher education and the workplace.

My guess is that those traditional institutions of higher education who change/adapt quickly enough have a much greater chance at surviving (and even thriving). Those that don’t will have a very rough road ahead. They will be shadows of  what they once were — if they are even able to keep their doors open.

Disruption is likely ahead — especially if more doors to credentialing continue to open up and employers hire based on those skills/credentials. One can feel the changing momentums at play. The tide has been turning for the last several years now (history may show the seeds of change were planted in times that occurred much longer ago).

 

Apple CEO Tim Cook: AR Is “Critically Important” For The Company’s Future — from vrscout.com by Bobby Carlton

Excerpts:

When the subject of AR and it’s potential came up, Cook said “You and I are having a great conversation right now. Arguably, it could even be better if we were able to augment our discussion with charts or other things to appear.”

In Cook’s opinion, AR will change the way we communicate with our friends, colleagues, and family. It’ll reshape communication in fields such as health, education, gaming, and retail. “I’m already seeing AR take off in some of these areas with use of the phone. And I think the promise is even greater in the future,” said Cook.

Also see:

Woman using Augmented Reality to further learn about something.

And it is not enough to try to use existing VR/XR applications and tailor them to educational scenarios. These tools can and should be created with pedagogy, student experience, and learning outcomes as the priority.

 

Nearly Half of Faculty Say Pandemic Changes to Teaching Are Here to Stay — from campustechnology.com by Rhea Kelly

Among the findings:

  • Fifty-one percent of faculty said they feel more positive about online learning today than pre-pandemic. Faculty were most satisfied with how efficiently they were able to communicate with students — but across the board, a majority of faculty were also satisfied with how efficiently the technology worked, how well students learned and how well students engaged in class.
  • Fifty-seven percent of faculty said they feel more positive about digital learning materials than pre-pandemic.
  • Seventy-one percent of faculty reported they make considerable use of digital materials today, compared to 25 percent pre-pandemic. And 81 percent said they expect digital material use to remain the same or increase post-pandemic.
  • Fifty-eight percent reported considerable use of online homework and courseware systems, more than doubling the pre-pandemic share of 22 percent. Seventy-four percent expected the use of those systems to remain the same or increase post-pandemic.
  • Only 8 percent of faculty said they would revert to their pre-pandemic teaching practices after the pandemic is over.

Also see:

Two-thirds of people in the education sector expect to see a continuation of remote work post-pandemic. Sixty-five percent of respondents in education agreed that due to the success of remote collaboration, facilitated by videoconferencing, their organizations are considering a flexible remote working model.

 

DC: Yet another reason for Universal Design for Learning’s multiple means of presentation/media:

Encourage faculty to presume students are under-connected. Asynchronous, low-bandwidth approaches help give students more flexibility in accessing course content in the face of connectivity challenges.

— as excerpted from campustechnology.com’s article entitled, “4 Ways Institutions Can Meet Students’ Connectivity and Technology Needs

 

 

Reimagining Higher Education: The Post-Covid Classroom — from er.educause.edu by Rob Curtin
As we prepare to return to campus, many of the technologies that helped us simply survive and sustain classroom continuity will become permanently embedded in our educational methods and play a pivotal role in the refinement of practices consistent with an ongoing shift to more student-centered learning.

Videoconferencing -- a professor teaching a class of virtual students

Credit: as-artmedia / Shutterstock.com © 2021

As learning practices continue to evolve, new remote learning and collaboration technologies, in concert with pedagogy, will be critical to enabling inclusive, personalized, and engaging hybrid learning experiences to bring students together beyond simple videoconferencing and recording of lectures. 

 

In 2019, 2 in 5 instructors had not consulted with an Instructional Designer in the last year -- from Educause

Also see:

EDUCAUSE QuickPoll Results: Assessment and Learning Design — by Mark McCormack

Excerpt:

Respondents expressed confidence that recent increases in faculty engagement with instructional design and technology will continue in future academic years, as will institutions’ adoption of hybrid/online education. Respondents are less confident that larger changes in institutional policy and practice will persist, and they do not anticipate that institutions will be investing in key instructional needs in the future. Increases in cross-department collaboration hold great promise for leaders seeking to engage faculty and make wider and more lasting strategic changes. Long-term success for new approaches to teaching and learning may rely at least in part on clear and consistent policies and practices across the institution, as well as a shift in institutional narrative from “short-term crisis mitigation” to “innovation for the future.”

 

Teacher Makes Beautiful Illustrations of Your Favorite Physics Formulas — from interestingengineering.com by Loukia Papadopoulos
From electromagnetism to the law of conservation of energy, this teacher illustrates all your favorite physics formulas.

From electromagnetism to the law of conservation of energy, this teacher illustrates all your favorite physics formulas.

From DSC:
Not all of us have these kinds of skills — but how cool to see this creative, artistic, multidisciplinary approach to teaching and learning. The use of teams comes to mind for the rest of us! 🙂 

 

 
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