25 impact opportunities in U.S. K-12 education — by Getting Smart in partnership with Vulcan, Inc.

Excerpt:

With support from Vulcan Inc, a Paul Allen company, Getting Smart conducted a series of expert interviews with education and philanthropy leaders, and led a design workshop, to identify and vet impact investment strategies in U.S. K-12 education. This resulting report outlines opportunities where organizations can participate in making significant shifts in the American education landscape, ultimately improving student outcomes.

Through our research and interviews, approximately four dozen impact opportunities were identified in the following 10 categories and are described within the report:

  1. Student-Centered Learning
  2. New School Development
  3. Professional Learning & Development
  4. Next-Gen Assessment
  5. Entrepreneurship Education
  6. Portable Data & Parent Engagement
  7. Learning Resources
  8. Social-Emotional Learning
  9. Early Learning
  10. STEM, Coding & Computer Science

 

Also see:

EdTech 10: When impact potential is ripe — from gettingsmart.com

Excerpts:

1. Microschool, big impact. We’ve seen how microschools could, in most cities, accelerate the transition to next-gen learning. That’s why we were so excited to see AltSchool highlighted in a video on CBS News This Morning.

4. Mind the gap. Closing the Achievement at Three Virtual Academies, is a new report from K12 that highlights the progress of Texas Virtual Academy (leaders in Course Access in the Lone Star State), Arizona Virtual Academy, and Georgia Cyber Academy in creating opportunities for low-income students.

 

Every learner is different but not because of their learning styles — from clive-shepherd.blogspot.com by Clive Sheperd

Excerpt:

I’ve been reading Make it Stick: The Science of Successful Learning by Peter Brown and Henry Roediger (Harvard University Press, 2014). What a great book! It provides a whole load of useful tips for learners, teachers and trainers based on solid research.

Finishing this book coincides with The Debunker Club’s Debunk Learning Styles Month. And learning styles really do need debunking, not because we, as learners, don’t have preferences, but because there is no model out there which has been proven to be genuinely helpful in predicting learner performance based on their preferences.

 

 

Learning Styles are NOT an Effective Guide for Learning Design — from debunker.club

Excerpt:

Strength of Evidence Against
The strength of evidence against the use of learning styles is very strong. To put it simply, using learning styles to design or deploy learning is not likely to lead to improved learning effectiveness. While it may be true that learners have different learning preferences, those preference are not likely to be a good guide for learning. The bottom line is that when we design learning, there are far better heuristics to use than learning styles.

The weight of evidence at this time suggests that learning professionals should avoid using learning styles as a way to design their learning events. Still, research has not put the last nail in the coffin of learning styles. Future research may reveal specific instances where learning-style methods work. Similarly, learning preferences may be found to have long-term motivational effects.

Debunking Resources — Text-Based Web Pages

 

 

Learning Styles Or Learning Preference? — from learndash.com by Justin Ferriman

Excerpts (emphasis DSC):

There are fewer buzzwords in the elearning industry that result in a greater division than “learning style”. I know from experience. There have been posts on this site related to the topic which resulted in a few passionate comments (such as this one).

As such, my intent isn’t to discuss learning styles. Everyone has their mind made up already. It’s time to move the discussion along.

Learner Preference & Motivation
If we bring the conversation “up” a level, we all ultimately agree that every learner has preferences and motivation. No need to cite studies for this concept, just think about yourself for a moment.

You enjoy certain things because you prefer them over others.

You do certain things because you are motivated to do so.

In the same respect, people prefer to learn information in a particular way. They also find some methods of learning more motivating than others. Whether you attribute this to learning styles or not is completely up to you.

 

 

How to respond to learning-style believers – from Cathy Moore

Excerpt:

First, the research
These resources link to or summarize research that debunks learning styles:

 

 

Are Learning Styles Going out of Style? — from mindtools.com by Bruce Murray

Excerpt (emphasis DSC):

Their first conclusion was that learners do indeed differ from one another. For example, some learners may have more ability, more interest, or more background than their classmates. Second, students do express preferences for how they like information to be presented to them… Third, after a careful analysis of the literature, the researchers found no evidence showing that people do in fact learn better when an instructor tailors their teaching style to mesh with their preferred learning style.

The idea of matching lessons to learning styles may be a fashionable trend that will go out of style itself. In the meantime, what are teachers and trainers to do? My advice is to leave the arguments to the academics. Here are some common-sense guidelines in planning a session of learning.

Follow your instincts. If you’re teaching music or speech, for example, wouldn’t auditory-based lessons make the most sense? You wouldn’t teach geography with lengthy descriptions of a coastline’s contours when simply showing a map would capture the essence in a heartbeat, right?

Since people clearly express learning style preferences, why not train them in their preferred style? If you give them what they want, they’ll be much more likely to stay engaged and expand their learning.

 

 

Do Visual, Auditory, and Kinesthetic Learners Need Visual, Auditory, and Kinesthetic Instruction? — from aft.org by Daniel T. Willingham

Excerpt (emphasis DSC):

Question: What does cognitive science tell us about the existence of visual, auditory, and kinesthetic learners and the best way to teach them?

The idea that people may differ in their ability to learn new material depending on its modality—that is, whether the child hears it, sees it, or touches it—has been tested for over 100 years. And the idea that these differences might prove useful in the classroom has been around for at least 40 years.

What cognitive science has taught us is that children do differ in their abilities with different modalities, but teaching the child in his best modality doesnt affect his educational achievement. What does matter is whether the child is taught in the contents best modality. All students learn more when content drives the choice of modality. In this column, I will describe some of the research on matching modality strength to the modality of instruction. I will also address why the idea of tailoring instruction to a students best modality is so enduring—despite substantial evidence that it is wrong.

 


From DSC:
Given the controversies over the phrase “learning styles,” I like to use the phrase “learning preferences” instead.  Along these lines, I think our goal as teachers, trainers, professors, SME’s should be to make learning enjoyable — give people more choice and more control. Present content in as many different formats as possible.  Give them multiple pathways to meet the learning goals and objectives.  If we do that, learning can be more enjoyable and the engagement/motivation levels should rise — resulting in enormous returns on investment over learners’ lifetimes.


 

Addendum on 6/17/15:

 

Addendum on 7/14/15:

 

What we learn from making — from gse.harvard.edu by Bari Walsh
New insights, new tools help educators expand the possibilities of maker-centered learning

 Excerpt:

What are the real benefits of a maker-centered approach to learning? It’s often described as a way to incubate STEM skills or drive technical innovation — and it is probably both of these. But as a new report from Project Zero’s Agency by Design concludes, the real value of maker education has more to do with building character than with building the next industrial revolution.

In a white paper [PDF] marking the end of its second year, Agency by Design (AbD) finds that among the benefits that may accrue along the maker ed path, the most striking is the sense of inspiration that students take away — a budding understanding of themselves as actors in their community, empowered “to engage with and shape the designed dimensions of their worlds.”

 

 

For some related resources, see:

 

Maker-GraphicDotOrg2015

 

ActiveLearningTrumpsLecturing-FacFocus6-2-15

Excerpt from More evidence that active learning trumps lecturing — from facultyfocus.com by Maryellen Weimer

The June-July issue of The Teaching Professor newsletter highlights a study you don’t want to miss. It’s a meta-analysis of 225 studies that compare STEM classes taught using various active learning approaches with classes taught via lecture. “The results indicate that average examination scores improved by about 6% in active learning sessions, and that students in classes with traditional lecturing were 1.5 times more likely to fail than were students in classes with active learning.” (p. 8410) Carl Wieman, a Nobel-winning physicist who now does research on teaching and learning, describes the work as a “massive effort” that provides “a much more extensive quantitative analysis of the research on active learning in college and university STEM courses than previously existed.” (p. 8319) And what does he make of these results? “The implications of these meta-analysis results for instruction are profound, assuming they are indicative of what could be obtained if active learning methods replaced the lecture instruction that dominates U.S. postsecondary STEM instruction.” (pp. 8319-8320) That’s a long way from the guarded language usually found in commentaries on scientific results.

 

Also see:

 

Meta-Analysis-Active-LearningSTEMApr2014

 

Also see:

CampusTechActiveLearning-June2015

 

Also see:

  • 3 key trends in campus AV technology — from campustechnology.com by Dennis Pierce
    With active learning environments on the rise, new AV systems support classroom collaboration.
    .
  • Why blogging is key to the future of higher ed — from campustechnology.com by Michael Hart
    A massive experiment at Virginia Commonwealth University involving 7,000 blogs could lead to a new view on how college students learn.
    Excerpt:
    Using these blogs and other forms of social media, students could communicate with one another and with their teachers, and do much of their coursework online. At the same time, faculty members began to participate in intensive face-to-face Online Learning Experience training sessions, followed by an additional online component that could introduce them to a broad range of connected learning ideas and tools.

 

 

 

Math professors laud 3D printing’s classroom potential — from 3dprint.com by Michelle Matisons

Excerpt:

The explanations were quite varied but all mentioned the need for concrete application of abstract concepts (especially in calculus classrooms). Keith White, Associate Professor of Developmental Mathematics, Utah Valley University, explained his interest in 3D printing is helping students learn how to apply math in a real world environment with a tangible outcome. White reports that 3D printing motivates his students, piques their interests, and reinforces mathematical concepts as a major bonus.

 

“A lot of the math we teach is procedure and skill based. It doesn’t have a lot of application, and when it does the applications are usually contrived. Students know that. They see that. They get that, and anything that we can do to make it more real, and tie it to things that actually have meaning to them would be beneficial,” White said. “I am trying to figure out how 3D printing might give learning more meaning. I think students would find 3D printing interesting, but not necessarily meaningful. So I am exploring in order to see, in the context of a developmental math course or a general education math course, could you integrate 3D printing in a way that would reinforce mathematical concepts, while simultaneously increasing the motivation and interest level of students?”

 

From DSC:
I originally saw this at Helge Scherlund’s blog;
so thanks to Helge for posting this item.

 


First of all, a shout out to the originators of the flipped  classroom approach from back in 2009 (as I understand it and see it being practiced today):

Also see the following article from 2009:

  • The Vod Couple | From The Journal by Dian Schaffhauser | 08/01/09
    High school chemistry teachers Aaron Sams and Jonathan Bergmann have overturned conventional classroom instruction by using video podcasts to form the root of a new learning model.

The Vod Couple

GOOD CHEMISTRY
Sams (left) and Bergmann
together practice a
student-centered pedagogy

 



Some resources re: the flipped classroom approach:



 


BestPracticesFlipCollegeClssrm-May2015

 

Description:

Best Practices for Flipping the College Classroom provides a comprehensive overview and systematic assessment of the flipped classroom methodology in higher education. The book:

  • Reviews various pedagogical theories that inform flipped classroom practice and provides a brief history from its inception in K–12 to its implementation in higher education.
  • Offers well-developed and instructive case studies chronicling the implementation of flipped strategies across a broad spectrum of academic disciplines, physical environments, and student populations.
  • Provides insights and suggestions to instructors in higher education for the implementation of flipped strategies in their own courses by offering reflections on learning outcomes and student success in flipped classrooms compared with those employing more traditional models and by describing relevant technologies.
  • Discusses observations and analyses of student perceptions of flipping the classroom as well as student practices and behaviors particular to flipped classroom models.
  • Illuminates several research models and approaches for use and modification by teacher-scholars interested in building on this research on their own campuses.

The evidence presented on the flipped classroom methodology by its supporters and detractors at all levels has thus far been almost entirely anecdotal or otherwise unreliable. Best Practices for Flipping the College Classroomis the first book to provide faculty members nuanced qualitative and quantitative evidence that both supports and challenges the value of flipping the college classroom.

 



 

 

The Flipped Classroom FAQ — from cirtl.net by Derek Bruff

Excerpts:

The usual approach:

The flipped approach:

Okay, I’m in.  How can I learn more?  Some starting points: This blog post by the University of Colorado’s Stephanie Chasteen, this resource guide from the University of Indiana at Bloomington, the K12-focused-but-still-helpful Flipped Learning Network, and the weekly #flipclass Twitter chat.

 



 

FlippedNetwork2015

 



 

Image from “The Definition Of The Flipped Classroom” — from by teachthought.com

 

 



 

Items re: the flipped classroom from educatorstechnology.com

 

Items re: the flipped classroom from teachthought.com

 

Items re: the flipped classroom from edudemic.com

 

FlippedClassroomEdudemic2015

 

 



 

I’d always thought that the flipped classroom was mostly for teachers who lectured. So how could classroom flipping be useful to me? I only really lectured twice a year. And, wasn’t it about watching videos for homework? Not according to Cheryl, who talked about using the flipping strategy for instructions, assignments, procedures and review – in class.

The wheels in my head began turning as I remembered all those times I stood in front of my students trying to explain complicated instructions — again and again and again. I recalled the times where I modeled a skill for the students, had them practice, and then sent them home to do it on their own – and how challenging that often was for them without any ready means of support.

 

What in our course could be easily conveyed by video? What concepts did students often need to review at their own pace? What instructions would be more easily explained with a combination of audio and visual rather than (me upfront) whole-class discussion?

 



Also see:

 



 

Also see:

 

FlippedClass2

 



MoreChoiceMoreControl-DSC2



 

 

Addendum on 5/13/15:

 

 

 

Teaching: What do great college professors have in common? — from kqed.org by Claudio Sanchez; an interview with Ken Bain, author of What the Best College Teachers Do. 

Excerpt:

What do the best teachers do in the classroom that’s different?
They create a critical learning environment in which students rethink their assumptions. It’s an environment in which students believe their work will be considered fairly and honestly. The best teachers allow students to try, to fail and try again. They allow students to collaborate with one another in tackling the most intriguing problems.

They treat their students with decency and respect, no matter how much a student is struggling. The best teachers trust their students rather than blame them. They often give up their own sense of power over students.

Why is that important?
Ultimately students have to take control of their own education. And if that doesn’t happen, they’re not going to learn deeply. Students have to have that intrinsic motivation and if there’s someone else in charge of their education, telling them what to do, then they’re not going to become those independent, lifelong learners. So a good teacher is there to inspire and guide the individual but ultimately to help them work on their own and take personal responsibility (for their learning).

 

2015SpeakUp

 

Click here to download the PDF of the report.
Click here to view the report in HTML.

 

Also see:

Key findings from [the April 30th, 2015 Project Tomorrow] briefing include — from projecttomorrowblog.blogspot.com

Excerpt (emphasis DSC):

  • When students have access to technology as part of their learning, especially school-provided or enabled technology, their use of the digital tools and resources is deeper and more sophisticated.
  • The availability of online learning continues to increase with only 27 percent of high school principals reporting that they are not yet offering any online courses for students. Interest among students continues to grow, with 24% of high school students saying they wish they could take all their classes online – a large increase from 8% in 2013.
  • Almost three-quarters of students with school-provided devices as well as students with limited or non-existent technology access at school agreed that every student should be able to use a mobile device during the school day for learning.
  • Students connect the use of technology tools within learning to the development of college, career, and citizenship skills that will empower their future capabilities.
  • Digital experiences for students in a 100 percent virtual environment are much different than those in traditional schools. For instance, 72 percent of high school students in virtual schools take online tests, compared with 58 percent of traditional students.
  • Students see the smartphone as the ideal device for communicating with teachers (46%) and classmates (72%) and for social media (64%).
  • A gender bias exists in STEM interest –middle school girls are 38% less likely and high school girls are 32% less likely than their male peers to say they are very interested in a STEM career.

 

Excerpt from Press Release (emphasis DSC):

Students Report Digital Learning Supports Goals of Self-Directed and Collaborative Education, National Survey Finds
Nearly 60 Percent of High School Students Report Using Their Own Mobile Devices in School for Learning
Report Explores Differences Among Students in Blended Learning, Online Learning, STEM Learning and School-Sponsored Mobile Device Environments

Washington, D.C. – The ultimate learning experience for students is both highly collaborative and extremely personalized, supported by mobile devices and digital content, reports Project Tomorrow in their latest Speak Up report.

Over the last few years of the Speak Up survey, more students and administrators have signaled the importance of being able to access mobile devices in the classroom, whether through Bring Your Own Device policy consideration and implementation or through school-provided technology. This year, nearly half of teachers (47 percent) said their students have regular access to mobile devices in their classrooms. Among high school students, 58 percent said they now use their own mobile device at school to support learning activities.

 

From DSC:
This is a great pulse check on students’ use of ed tech — and on some things that they might be coming to expect.

 
 

Preparing for the Digital University: A review of the history & current state of distance, blended, & online learning - Siemens, Gasevic, Dawson

 

 Excerpt:

It is our intent that these reports will serve to introduce academics, administrators, and students to the rich history of technology in education with a particular emphasis of the importance of the human factors: social interaction, well-designed learning experiences, participatory pedagogy, supportive teaching presence, and effective techniques for using technology to support learning.

The world is digitizing and higher education is not immune to this transition. The trend is well underway and seems to be accelerating as top universities create departments and senior leadership positions to explore processes of innovation within the academy. It is our somewhat axiomatic assessment that in order to understand how we should design and develop learning for the future, we need to first take a look at what we already know. Any scientific enterprise that runs forward on only new technology, ignoring the landscape of existing knowledge, will be sub-optimal and likely fail. To build a strong future of digital learning in the academy, we must first take stock of what we know and what has been well researched.

During the process of completing this report, it became clear to us that a society or academic organization is required to facilitate the advancement and adoption of digital learning research. Important areas in need of exploration include faculty development, organizational change, innovative practices and new institutional models, effectiveness of teaching and learning activities, the student experience, increasing success for all students, and state and provincial policies, strategies, and funding models. To address this need, we invite interested academics, administrators, government and industry to contact us to discuss the formation of an organization to advocate for a collaborative and research informed approach to digital learning.

February 2015
George Siemens
Dragan Gasevic
Shane Dawson

 

5 keys to flipped learning success — from campustechnology.com by Dennis Pierce
Flipping the classroom isn’t easy, but many instructors have found it to be well worth the effort. Here’s some advice for making flipped learning work.

Excerpt:

Talbert teaches Calculus I and a full-year course on discrete mathematics for computer science majors. For calculus, he is using a free, open source textbook written by one of his colleagues with flipped learning in mind, and his department has created a YouTube channel with instructional videos that faculty have recorded using simple screencasting software. For his discrete mathematics course, Talbert is finding and curating online videos that students can watch before coming to class.

In both courses, students are given a structured, pre-class activity that gets them familiar with the lesson’s basic concepts, so when they arrive in his class, “they’re ready to work at a higher level,” he said. That’s the essence of the flipped class model: Students learn the basics on their own, outside of class, so class time can be devoted to a deeper exploration of the content.

 

FutureDigitalLearningDede-Adobe-April2015

 

From DSC:
Chris uses ecoMOBILE and ecoMUVE to highlight the powerful partnerships that can exist between tools and teachers — to the benefits of the students, who can enjoy personalized learning that they can interact with.  Pedagogical approaches such as active learning are discussed and methods of implementing active learning are touched upon.

Chris pointed out the National Research Council’s book from 2012 entitled, “Education for Life and Work: Developing Transferable Knowledge & Skills in the 21st Century” as he spoke about the need for all of us to be engaged in lifelong learning (Chris uses the term “life-wide” learning).

Also, as Chris mentioned, we often teach as we were taught…so we need communities that are able to UNlearn as well as to learn.

 

 

ecomobile-april2015

 

Also see:

 

AdobeCreate-YouTubeChannel

 

 

TeachingInADigitalAge-TonyBates-April2015

Teaching in a Digital Age
A.W. (Tony) Bates
Guidelines for designing teaching and learning for a digital age

The book examines the underlying principles that guide effective teaching in an age when everyone, and in particular the students we are teaching, are using technology.  A framework for making decisions about your teaching is provided, while understanding that every subject is different, and every instructor has something unique and special to bring to their teaching. The book enables teachers and instructors to help students develop the knowledge and skills they will need in a digital age: not so much the IT skills, but the thinking and attitudes to learning that will bring them success.

 

As Tony mentions here, his intended audience is primarily:

  • college and university instructors anxious to improve their teaching or facing major challenges in the classroom,
  • school teachers, particularly in secondary or high schools anxious to ensure their students are ready for either post-secondary education or a rapidly changing and highly uncertain job market.

 

An example chapter:
Chapter 7: Pedagogical differences between media

 

 

 

The cool things are happening at the intersections of fields, not deep, deep, deep in a field — with a few exceptions.

 Per Laszlo Bock, Google’s senior vice
president of people operations; see
Google HR boss shares his best advice
for succeeding in today’s workplace

 

From DSC:
If this is true, what might that mean for the curriculum we develop and provide?  For how we set up our learning environments?  For the pedagogies we employ?

Does this address what many people were trying to get at with Deeper Learning (i.e., creating more interdisciplinary programs and thinking; focusing more on learning for transfer — helping students take what’s learned in one situation and apply it to another)?

 

CoSN 2015: Harvard’s Chris Dede Talks Deeper Learning
Harvard Wirth Professor in Learning Technologies Chris Dede spoke with EdTech about the concepts behind Deeper Learning and the many ways technology can support it.

Chris mentioned:

  • Apprenticeships
  • Case-based teaching
  • Interdisciplinary teaching
  • Teaching for transfer
  • The National Research Council’s book entitled, “Education for Life and Work” (see below)

Also see:

  • Education for Life and Work: Developing Transferable Knowledge and Skills in the 21st Century (2012)
    Description:
    Americans have long recognized that investments in public education contribute to the common good, enhancing national prosperity and supporting stable families, neighborhoods, and communities. Education is even more critical today, in the face of economic, environmental, and social challenges. Today’s children can meet future challenges if their schooling and informal learning activities prepare them for adult roles as citizens, employees, managers, parents, volunteers, and entrepreneurs. To achieve their full potential as adults, young people need to develop a range of skills and knowledge that facilitate mastery and application of English, mathematics, and other school subjects. At the same time, business and political leaders are increasingly asking schools to develop skills such as problem solving, critical thinking, communication, collaboration, and self-management – often referred to as “21st century skills.”Education for Life and Work: Developing Transferable Knowledge and Skills in the 21st Century describes this important set of key skills that increase deeper learning, college and career readiness, student-centered learning, and higher order thinking. These labels include both cognitive and non-cognitive skills- such as critical thinking, problem solving, collaboration, effective communication, motivation, persistence, and learning to learn. 21st century skills also include creativity, innovation, and ethics that are important to later success and may be developed in formal or informal learning environments.This report also describes how these skills relate to each other and to more traditional academic skills and content in the key disciplines of reading, mathematics, and science. Education for Life and Work: Developing Transferable Knowledge and Skills in the 21st Century summarizes the findings of the research that investigates the importance of such skills to success in education, work, and other areas of adult responsibility and that demonstrates the importance of developing these skills in K-16 education. In this report, features related to learning these skills are identified, which include teacher professional development, curriculum, assessment, after-school and out-of-school programs, and informal learning centers such as exhibits and museums.

 

Also see:

 

DeeperLearning-HewlettFoundation-April2015

 

Excerpt of PDF file found at Deeper Learning Defined

DEEPER LEARNING COMPETENCIES | April 2013

Deeper learning is an umbrella term for the skills and knowledge that students must possess to succeed in 21st century jobs and civic life. At its heart is a set of competencies students must master in order to develop a keen understanding of academic content and apply their knowledge to problems in the classroom and on the job.

The deeper learning framework includes six competencies that are essential to prepare students to achieve at high levels.

Competencies

  1. Master core academic content
  2. Think critically and solve complex problems
  3. Work collaboratively
  4. Communicate effectively
  5. Learn how to learn
  6. Develop academic mindsets

 

From DSC:
That 5th one there…“Learn how to learn” seems extremely key to me these days. I’ve had several graduates of our T&L Digital Studio tell me that one of the most important things they’ve discovered after graduating and hitting the real world is how important learning is to them — and doing so as much and as fast as they can.  Below are some quotes from them:

  • Lifelong learning has been most helpful in my career. While in college, learn how you learn best. You’ll be able to learn your way out of nearly any challenge faster than others. For me, I learned that audiobooks is a fun way for me to learn.
  • I’m a strong believer that its always good to stretch yourself out and learn things you are not familiar with, cause you never know when those extra skills will come-in-handy.
  • I wouldn’t stop trying to learn as much as possible. It is good to have a good educational foundation before jumping into a job, but there are many things that you just have to learn by experience outside of the school/college environment that are impossible to learn IN college.
  • Continual learning is something that has no end, one can keep at it. It’s amazing how much learning takes place post school and on the job. Things are usually thrown at you in the real world and the only way out is to learn it and to be honest that’s the only way out.
  • …learning is something that you have to do no matter what because the world is changing, technology is changing.
  • He who learns the fastest wins.

So the better you know how you prefer to learn, the more enjoyable and effective your time spent learning will be.

 

———–

Also see:

  • Deeper Learning: What is it and why is it so effective? — from opencolleges.edu.au by Saga Briggs
    “When engaged in deeper learning, students think critically and communicate and work with others effectively across all subjects. Students learn to self-direct their own education and to adopt what is known as ‘academic mindsets,’ and they learn to be lifelong learners.”
    .
    “Deeper learning is the process of learning for transfer, meaning it allows a student to take what’s learned in one situation and apply it to another.”
    .
    If all this sounds familiar, that’s because it is. It describes the aim of every reasonably devoted educator since the dawn of time. But therein lies the problem: aim and execution are two very different things. When it comes to deeper learning, we’re aiming for something we understand fully in theory but barely at all in practice. What was once a pedagogical fantasy is now an indispensible necessity, and it’s time for us to wake up.
    .
    Deeper learning is “an old dog by a new name,” according to Ron Berger, the chief academic officer at Expeditionary Learning, which has brought deeper learning to 165 educational institutions across 33 U.S. states. It’s about combining in-depth academic knowledge and skills with the belief that students must also master communication skills, learn to collaborate effectively, and manage their own learning in order to be ready for college and beyond–pretty much what we’ve known all along, right?
    .
    Right, says Berger, but have we been doing it all along?
———–

Transferable Knowledge and Skills Key to Success in Education and Work; Report Calls for Efforts to Incorporate ‘Deeper Learning’ Into Curriculum — from nationalacademies.org

Excerpt:

WASHINGTON — Educational and business leaders want today’s students both to master school subjects and to excel in areas such as problem solving, critical thinking, and communication — abilities often referred to by such labels as “deeper learning” and “21st-century skills.”  In contrast to the view that these are general skills that can be applied across a range of tasks in academic, workplace, or family settings, a new report from the National Research Council found that 21st-century skills are specific to content knowledge and performance within a particular subject area.  The report describes how this set of key skills relates to learning mathematics, English, and science as well as to succeeding in education, work, and other areas of life.

Deeper learning is the process through which a person develops the ability to take what was learned in one situation and apply it to new situations, says the report.  Through deeper learning, the person develops transferable knowledge, which includes both expertise in a particular subject area and procedural knowledge of how, why, and when to apply this knowledge to solve unique problems in that subject.  The report refers to this blend of transferable content knowledge and skills as “21st-century competencies.”


———–

 

Deeper Learning — from American Institutes for Research

 

———–

 

Addendums on 4/6/15:

  • Deeper Learning 2015 – Day 2 — from ghsinnovationlab.com
    Excerpt:
    Deeper Learning 2015 just gets better and better!
    For Day 2 of the conference, I participated in the Deep Dive hosted by Mark Hines of Mid Pacific Exploratory on Pedaling Towards Sustainability.  I and the other members of my team, Andrew from The Met in Providence RI, Nate from Poudre High School in Colorado, and Robin from ReadyNation got the chance to think about how design projects centered around bicycles and sustainability can be used to unpack major concepts in physics, math, and the humanities while engaging students in authentic building, problem solving, and teamwork (STEM!!!!).
  • Deeper Learning 2015 – Day 1
    Excerpt:
    Well High Tech High knows how to throw a conference, that’s for sure.
 
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