“Digital badges have captured the imagination of many educators, including those frustrated with current assessment techniques and practices…a simple definition for a digital badge is digital recognition for accomplishing a skill or acquiring knowledge after completing an activity (e.g., a course, module, or project). In the world of digital badges, there are those who create badges, those who attempt to achieve badges, those who recognize badges, and those who seek to know people who have obtained certain badges. Digital badges have arguably taken off in popularity given the increase in massive open courses that are often free and thus do not produce credits. In sum, digital badges have become an important way to demonstrate a shared understanding of accomplished outcomes. Though they may have capital in multiple domains, digital badges are often new to teachers and those who offer professional development. However, there are at least three key areas where digital badges have implications for teachers and their continuing education.” — Richard Ferdig and Kristine Pytash, Tech & Learning
“Flipped Learning is a pedagogical approach in which direct instruction moves from the group learning space to the individual learning space, and the resulting group space is transformed into a dynamic, interactive learning environment where the educator guides students as they apply concepts and engage creatively in the subject matter” (Source).
Flipped learning allows for a more student centered approach to teaching within the classroom because the majority of the lecture style learning is completed at home; thus, allowing class time to utilize more engaging techniques such as project-based learning, game-based learning, student presentations, discussion, and collaboration. Flipped Learning can also be completed solely within the classroom without requiring students to complete work at home. The main idea with Flipped Learning is simply to allow the teacher to become more of a facilitator of learning rather than the dictator of knowledge.
How to Flip?
The following video from Edutopia will help you understand how to get started.
Examples of Flipped Learning
There are numerous ways to incorporate Flipped Learning within your classroom. The following seven concepts are a good place to start.
The Standard Inverted Classroom: students are assigned any lecture style teaching for homework the night before class so that class time might used for practicing what they learned with the teacher able to give instant feedback.
The Discussion-Oriented Flipped Classroom: lecture style videos, such as TED Talks, are assigned as homework and class time is spent discussing the subject at length.
The Demonstration-Focused Flipped Classroom: teacher records a screencast explaining an activity, math problem, etc so that they students may watch as many times as possible for mastery.
The Faux-Flipped Classroom: students watch lecture videos or complete assignments via technology at their own pace within the classroom and the teacher acts as a facilitator and supporter.
The Group-Based Flipped Classroom: students learn material for homework and use class time to work together in groups so that they learn from each other through collaboration.
The Virtual Flipped Classroom: classes are offered entirely online and actual class time is not needed.
Flipped the Teacher: students record video tutorials as projects to teach a skill to the teacher thus showing mastery of the skill (Source).
Kaylah Holland is currently a Middle School Instructional Technology Facilitator at Charlotte Christian School in Charlotte, NC. In addition to teaching coding, app development, and robotics; she has a vital role of assisting teachers with the integration of technology into the classroom through ample research, lesson planning, and training. She is currently completing her doctoral degree in the field of Instructional Design and Technology and is in the process of becoming a Google Certified Trainer. She is passionate about building an innovative culture for learning.
“Visible Thinking is a flexible and systematic research-based approach to integrating the development of students’ thinking with content learning across subject matters. An extensive and adaptable collection of practices, Visible Thinking has a double goal: on the one hand, to cultivate students’ thinking skills and dispositions, and, on the other, to deepen content learning. By thinking dispositions, we mean curiosity, concern for truth and understanding, a creative mindset, not just being skilled but also alert to thinking and learning opportunities and eager to take them” (Source).
“Visible Thinking is a broad and flexible framework for enriching classroom learning in the content areas and fostering students’ intellectual development at the same time. Here are some of its key goals:
Deeper understanding of content
Greater motivation for learning
Development of learners’ thinking and learning abilities.
Development of learners’ attitudes toward thinking and learning and their alertness to opportunities for thinking and learning (the “dispositional” side of thinking).
A shift in classroom culture toward a community of enthusiastically engaged thinkers and learners” (Source).
“The idea of visible thinking helps to make concrete what a thoughtful classroom might look like. At any moment, we can ask, “Is thinking visible here? Are students explaining things to one another? Are students offering creative ideas? Are they, and I as their teacher, using the language of thinking? Is there a brainstorm about alternative interpretations on the wall? Are students debating a plan?”
When the answers to questions like these are consistently yes, students are more likely to show interest and commitment as learning unfolds in the classroom. They find more meaning in the subject matters and more meaningful connections between school and everyday life. They begin to display the sorts of attitudes toward thinking and learning we would most like to see in young learners — not closed-minded but open-minded, not bored but curious, neither gullible nor sweepingly negative but appropriately skeptical, not satisfied with “just the facts” but wanting to understand” (Source).
A proven program for enhancing
students’ thinking and comprehension abilities
“At the core of Visible Thinking are practices that help make thinking visible: Thinking Routines loosely guide learners’ thought processes and encourage active processing. They are short, easy-to-learn mini-strategies that extend and deepen students’ thinking and become part of the fabric of everyday classroom life” (Source).
About the Research
“Visible Thinking is the product of a number of years of research concerning children’s thinking and learning, along with a sustained research and development process in classrooms.
“One important finding was that skills and abilities are not enough. They are important of course, but alertness to situations that call for thinking and positive attitudes toward thinking and learning are tremendously important as well. Often, we found, children (and adults) think in shallow ways not for lack of ability to think more deeply but because they simply do not notice the opportunity or do not care. To put it all together, we say that really good thinking involves abilities, attitudes, and alertness, all three at once. Technically this is called a dispositional view of thinking. Visible Thinking is designed to foster all three.
“Another important result of this research concerns the practical functionality of the Visible Thinking approach — the thinking routines, the thinking ideals, and other elements. All these were developed in classroom contexts and have been revised and revised again to ensure workability, accessibility, rich thinking results from the activities, and teacher and student engagement” (Source).
Visible Thinking makes extensive use of learning routines that are thinking rich.
One of the principles that is of major emphasis at Project Zero is teaching for understanding. The following video is loosely connected with this idea. I intend to go into greater depth about teaching for understanding in upcoming posts in this series.
“You can forget facts,
but you can not forget understanding.”
— Eric Mazur, Harvard University
“How can you engage your students and be sure they are learning the conceptual foundations of a lecture course? In From Questions to Concepts, Harvard University Professor Eric Mazur introduces Peer Instruction and Just-in-Time teaching — two innovative techniques for lectures that use in-class discussion and immediate feedback to improve student learning. Using these techniques in his innovative undergraduate physics course, Mazur demonstrates how lectures and active learning can be successfully combined” (Source).
NOTE: This video is also available as part of another DVD, Interactive Teaching, which contains advice on using peer instruction and just-in-time teaching to promote better learning.
Here is an interesting contribution to education’s ongoing conversation about design thinking. “Architect Alastair Parvin presents a simple but provocative idea: what if, instead of architects creating buildings for those who can afford to commission them, regular citizens could design and build their own houses? The concept is at the heart of Wikihouse, an open source construction kit that means just about anyone can build a house, anywhere” (Source).
“We’re moving into this future where the factory is everywhere. And, increasingly,
that means the design team is everyone. That really is an industrial revolution.” –Alastair Parvin
I’m excited to begin teaching Technology to Support Learning (#idt7060) today. We will explore learning theory, graphic design, instructional design and educational technologies and their impact on teaching and learning. I realize that some or all of the content in this particular course is going to be new to most of you as this course is designed to (ideally) be taken during your first semester in the UM IDT Program. While some have previous experience in and knowledge of learning theory, graphic design, instructional design or instructional technologies most do not have experience in all of these areas. With that in mind I think it is important that we lay a solid foundation of understanding in these areas on which you can build throughout this course, all your studies in IDT, and beyond.
I look forward to learning with you this semester.