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Instructional Technology - International Education - Wellness

Tag: mind maps

Virtual School Pedagogy – Oldies but Goodies

Note: My international school is just starting virtual school for the current school year, so we are now just experiencing what many schools have been doing for most of the year. I posted the following to our Wellness blog.

I hung up my instructional technology hat a ways back, so I can’t offer the latest tools, tips, or techniques that many of our staff use in their virtual learning delivery. I can offer pedagogical strategies that have worked in the past and can definitely be supported through technology to enhance learning in virtual schools.

Concept/Mind Maps

Concept/Mind maps help students make their thinking visible, primarily when representing connections between ideas, events, topics, etc. Concept maps also can be used as collaboration tools.

An excellent way to use concept maps for virtual learning is to use an online provider like Mindmeister. Students can share their Mindmeister concept maps with you to access their thinking, especially for formative assessment of their understanding as the unit of study progresses. Virtual collaboration is supported if you partner with students or place them in groups to work together to use mind maps for multiple purposes. Here is a mind map template for essential questions one teacher provided his students. Look at a blog post describing how students used concept maps to answer the essential questions for their units of study at a couple schools.

Learning Activity Types via TPACK

Several American professors came together in 2010-11 to organize learning activity types (LAT) into nine subject areas supported by technology. They published articles about their efforts. Here is one. They provide research-supported pedagogies in their Learning Activity Types website hosted at the College of William & Mary School of Education. They apply the TPACK construct for planning purposes. Look to their website by going to the left side menu to select from the nine learning activity-type disciplines. The supporting technologies are from 2011, so adapt ones that still exist today and/or find the latest iteration or replacement tool that best supports each pedagogy. Image Source

Multimedia Essays (Media Mashups)

Writing essays is one of the most precious skills that we teach our students. But sometimes, our students can benefit from an alternative learning experience and assessment that engages the full range of their ICL skills. We can differentiate and add complexity to the standard writing process by having students create multimedia essays where they “mash up” various sources of media to communicate their thinking. At the time, a William and Mary doctoral student describes her work with multimedia essays in this podcast. Image Source

Personalized Learning System (PLS)

Students (and teachers) use technology to access information, to make meaning, to create and communicate their learning via a personalized set of resources for learning… a “go-to” 24/7 technology and information access toolkit – a Personal Learning System (PLS).

We guide our students to work as architects designing and maximizing their “learning flow” (think of the term workflow) while also engaging in time management techniques to increase efficiency and purposeful productivity. Self-directed and growth-minded students use devices, apps, Web tools, and information sources, putting themselves in charge of their learning. Here is a web resource describing what a Personal Learning System can look like and a planning document for students to work with. Image Source

Sketchnoting (Visual Note-Taking)

Our students live in a media-rich world. They think in images, video, and sound while constantly making neural connections. The creation apps on phones, tablets, and computers offer students pathways to draw, audio record, insert images/video, and embed hyperlinks to information sources, all personalized. This is where visual note-taking comes in. We can expand note-taking choices beyond text recording into multiple modalities by guiding students to use mind maps, colors, shapes, images, and digital grouping by dragging and dropping objects and connecting lines to record their thinking. Image Source

The Six Thinking Hats

Edward de Bono created this approach to decision-making and problem-solving that guides users to think in terms of types of thinking and perspective. We can apply them for individuals and groups of students to use as they process information. Here is a helpful overview and a teacher’s application in her classroom. Image Source

Thinking Routines

In the book Making Thinking Visible, Ron Ritchhart, Mark Church, and Karin Morisson help readers understand the power of thinking routines to help students process big ideas and make their thinking visible. Teachers routinely use the thinking routines in their regular face-to-face classes. One can also choose from a variety of technologies to also use in virtual school. Here is a dated web resource on the supportive tools one can use. However, the application of the routines is sound. If you are new to the routines, you can review an article by Ron Ritchhart and David Perkins entitled Making Thinking Visible. Also, look to go through the Harvard Project Zero Thinking Routine Toolbox. Image Source

WebQuests

WebQuests are a natural pedagogy for virtual schools because they’re already web-based. They connect inquiry and research skills to students working in teams using their communication skills to present their findings. WebQuests are online research expeditions built by teachers that put the students into roles to find information from selected sites and other resources as they attempt to solve a real problem and/or answer a question. The students in teams analyze, curate, and then use the information to create a learning product to demonstrate their understanding. WebQuests are NOT internet scavenger hunts with students just going through a list of links. True WebQuests have the students performing in the authentic roles of historians, economists, mathematicians, etc. The culminating project is usually a performance task in which the students present their findings while playing their roles or applying the learning to produce a product. Image Source

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A significant wellness connection for these pedagogies is that they engage students in PERMAH while exercising their Character Strengths. Collaboration amplifies Relationships with students using their strengths of kindness, leadership, and teamwork, to name just a few character strength applications. The process of creating definitely has students applying their strength of creativity within the pillars of Engagement and Accomplishment.

So how do we take these oldies but goody strategies and other current innovative and effective practices to spread them throughout our virtual school? One approach would be to form a virtual school design team in each division who become busy bees finding out what’s happening in virtual classrooms elaborating on ideas, and making connections to new approaches. They then cross-pollinate throughout the division and potentially between divisions. 😁

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Mind Mapping and Learning Support

I believe in mind/concept maps, having written about them over the years. Mind maps support UDL while often enhancing learning strategies (e.g., brain dump, chunking, grouping, showing connections, etc.) When web-based mind mapping tools like Mindmeister came onto the scene, we made a giant leap in how digital mind maps can help Replace – Augment/Amplify – Transform (RAT Model) learning that previously used analog tools. The collaborative nature of online concept maps between students and teachers can help the process, create, and communicate one’s understanding.

In chats with a learning support teacher and a history teacher, I made a mental list of how digital mind maps could support their excellent instructional strategies. The following are their strategies and my take on how concept maps could augment/amplify or transform learning.

Brain Dump: The teachers described what we sometimes see in students who struggle to get their ideas from their minds down their arms and out into text. Brainstorming for ideas and just getting the story out of one’s head are supported by mind maps. One can keypad the ideas or use voice-to-text tools to support this process. Mind maps with this function go a step further by giving students a big digital bucket to make their ideas visible or intentionally saving them from separating buckets from the start. This connects to…

Chunking: Voice-to-text or typing in mind maps helps students break information down into more bite-size pieces. Students can take the whole brain dump, cut sections and paste them into their branch cells. They can also do their initial dumps into individual buckets. Mindmeister on a mobile device allows for voice-to-text by using the microphone key on the keypad. Digital mind maps provide a place to embed images-sketches-connection arrows-video-audio-web links, in other words, sketchnoting. 🙂 Back to UDL, giving students multiple ways to express their ideas is supported by concept maps.

Jigsaws: When topics and research are divided between individuals or groups, an online mind map can provide the workspace to curate information, resources, images, etc. When the jigsaw comes together, the connector tool shows relationships. Tools like Inspiration that give you the text box on the connector augment the learning pushing students to think and label the connections.

Routines and Protocols: My Web Resources for Learning site demonstrates ways technology can support and enhance visible thinking routines. The NSRF puts out an extensive listing of protocols to review to see where concept maps come in handy. Look through the routines to see where mind maps are listed as the supporting tool.

Templates & Charts: Question prompts around text, etc., are a mainstay for teachers providing students with scaffolding using labeled textboxes, charts with input areas, listed procedures, supporting vocabulary with text, and drawing areas to visualize the words. Focusing on mind maps, one can see how they support sequencing, grouping by categories, cause, and effect, big ideas supported by details, compare and contrast, etc.

There are entire websites dedicated to mind maps and how they can support a great many instructional strategies and thinking processes. My effort here hopefully connects to what others are sharing.

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Making Thinking Visible & Work Skills 2020

I believe in finding ways for my students to use technology to make their thinking and ideas visible. My futuristic hope is that we will have a mechanism for our words to become images, graphs, animations, mind maps, etc., on display as we communicate our ideas. 

While we have the tools to do this today manually, it can be a fun and creative adventure, but it takes time to produce the product. Is it something if our political leaders, CEOs of companies, school principals, teachers, etc., in explaining important information, have their ideas automatically appear on a display for the audience to further connect to? 

Oh, yes, we have PowerPoints/Keynotes and markers with whiteboards. Still, the communication process slows down as we turn our backs to the audience, think, and then scramble to write our ideas out, usually in words. Even image-rich presentations do not engage the viewers as animations expanding in real time would. What a terrific way to build understanding and to make it easier for one’s audience to engage and ask questions of the speaker. Seeing the answers to questions expand across the screen would lead to further understanding and discussion. Who knows, maybe the 10th generation of Siri will have a vast “visualization” database of ideas and concepts to draw from to display. 🙂

Jim Reese of Washington International School and Project Zero (PZ) was on an earlier Ed Tech Co-op podcast. His pick of the week was the book Making Thinking Visible, which communicates PZ’s research on visual thinking. I purchased the book and have set aside some time today to read it. Something tells me that the book will prompt a lot of thinking on my part.

A recent Washington Post article listed several British sites that make thinking visible through animations. The Royal Society for the Encouragement of the Arts (RSA) produces a series of voiceover animations where an illustrator using a whiteboard expands upon the ideas of the off-screen speaker. Another resource from the article is the Open University use of animations to explain several topics. Both efforts make thinking visual.

Here are links to these videos housed on YouTube:

RSA Animates Channel

Open the University Channel (the animation playlist is on the right side of the page).

Another article that caught my attention was a post from the GigaOm site. “The 10 Key Skills for the Future of Work” post drew from The Institute for the Future and their work predicting what future jobs will be and the skills needed for those jobs. We have our 21st Century Skills framework and now the Future Work Skills 2020 that this group has produced.

Here is a listing of the Skills 2020 that Jessica Stillman of GigaOm put together in her post. Many of these skills are similar to the 21st-century ones, but some go further in cognitive processes and various literacies. As we developed our skills for Information and Communication Literacies (ICL) several years ago at Hong Kong International School, I see how this new listing will help me further develop the ICL construct. I see an excellent opportunity for one’s school learning community to collaborate in small groups. Then, the whole group will discuss these skills to make meaning of them and then paint the picture of what teachers are doing in their respective classes to help students learn them.

  • Sense-making. The ability to determine the more profound meaning or significance of what is being expressed
  • Social intelligence. The ability to connect to others profoundly and directly, to sense and stimulate reactions and desired interactions
  • Novel and adaptive thinking. Proficiency at thinking and coming up with solutions and responses beyond that which is rote or rule-based
  • Cross-cultural competency. The ability to operate in different cultural settings
  • Computational thinking. The ability to translate vast amounts of data into abstract concepts and to understand data-based reasoning
  • New-media literacy. The ability to critically assess and develop content that uses new media forms and to leverage these media for persuasive communication
  • Transdisciplinarity. Literacy in and ability to understand concepts across multiple disciplines
  • Design mind-set. Ability to represent and develop tasks and work processes for desired outcomes
  • Cognitive load management. The ability to discriminate and filter information for importance and to understand how to maximize cognitive functioning using a variety of tools and techniques
  • Virtual collaboration. The ability to work productively, drive engagement, and demonstrate presence as a member of a virtual team

Also posted at Edtech Co-Op

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