10 Dos and Don’ts of Digital Accessibility

Accessibility involves designing materials so that as many people as possible can engage with them, regardless of users’ physical or cognitive abilities. Meeting baseline accessibility standards is key to inclusive course design, and the digital age has made it faster and easier than ever to create accessible materials. Small changes to a document, like using a clear font and appropriately-sized text, can significantly improve the user experience. To get you started, we have assembled a list of some critical “dos and don’ts” of digital accessibility, along with guides from Microsoft Word, Microsoft PowerPoint, and Canvas for each category.

Contents

Text Styles

Screenshot of black text displayed on a white background that reads, ‘Your video submission must be in MP4 format.’ The words ‘MP4 format’ are emphasized in red text font and yellow highlight.

Don’t… ❌

Use underlining, highlighting, or text color alone to denote emphasis or create meaning.

Screenshot of black text on a white background that reads, Important: Your video submission must be in MP4 format. The words Important and MP4 format are emphasized in bold.

Do… ✅

Use bold or italic styling sparingly to emphasize words or short phrases within the body of a text. To call attention to an entire sentence or section, consider writing “Important” before the content.

Use underlining only for hyperlinks to assist people who are color blind in differentiating them from regular text. Similarly, avoid using text color and highlighting alone for emphasis as they may be challenging to distinguish. Some screen readers do not announce bold or italicized text, so refrain from using text styles alone to create meaning.

Headings & Document Structure

Image containing two screenshots. The first screenshot shows a document with the word ‘Purpose’ emphasized in blue and bolded text. Below ‘Purpose’ is plain black text that reads, ‘In this activity, you will learn about.’ The document ends with the word ‘Task’ also emphasized in blue and bolded text. The second screenshot displays the text style pane in Microsoft Word. It indicates that the text in the screenshot is formatted with the ‘Normal’ text style.

Don’t… ❌

Create headings by manually adjusting text sizes, styles, or colors.

Image containing two screenshots from Microsoft Word. The first screenshot shows a document with the word ‘Purpose’ using the built-in Heading 2 style option. Below ‘Purpose’ is plain black text that reads, ‘In this activity, you will learn about.’ The document ends with the word ‘Task’ also using the Heading 2 style option. The second screenshot, positioned below the first, displays the Heading style panel in Microsoft Word.

Do… ✅

Use built-in heading styles in Word and the Canvas Rich Content Editor to organize content hierarchy. In PowerPoint, make sure to use an accessible template, add a title to every slide, and double-check slide reading order.

The built-in heading styles in these applications add special HTML code that makes it easier for people who use assistive tools to navigate a document.

Screenshot of a hyperlink formatted as a raw web URL, shown in blue underlined text. Below the URL, there is another hyperlink formatted in blue underlined text that reads ‘Click Here’.

Don’t… ❌

Use messy URLs or hyperlinks that do not make sense without context.

Screenshot of a hyperlink formatted in blue underlined text that reads ‘Spring 2023 TEG Call’. Below the text, there is another hyperlink formatted in blue underlined text that reads ‘uwgb.edu/catl’.

Do… ✅

Create concise hyperlinks with text that identifies or describes the link in a self-contained way.

Providing meaningful links helps people understand what to expect when they click the link. It also makes it easier for users who rely on assistive technology to navigate between links.

Images

A screenshot showing an image of the Cofrin Library in the Canvas RCE (Rich Content Editor). A text box below the image displays the Canvas HTML editor view of the Cofrin Library image with no descriptive alt text. The image file name consisting of numbers is used as the alt text, and it is underlined in red to indicate that it is not a sufficient description.

Don’t… ❌

Use an image alone to provide information.

A screenshot of the Canvas RCE. On the left is an image of the Cofrin Library. To the right is the Image Options panel in the Canvas RCE, including a field for alt text. Below that is a screenshot of the Canvas HTML editor view. The alt text for the image is underlined in red and reads 'UW-Green Bay Cofrin Library Centered amongst snow surrounded by snow covered treetops.'

Do… ✅

Add alt text or captions to describe images that convey information in Word, PowerPoint, and Canvas. Mark other images as “decorative” so they are ignored by screen readers.

Providing alt text or a caption helps people with low or no vision understand images.

Audio & Video

Screenshot displaying text that reads ‘Video without CC and Transcript.’ Below the text is a video titled ‘The Kiss by Gustav Klimt: Great Art Explained.’ The video does not display an option to turn on closed captioning.

Don’t… ❌

Share audio or video without closed captioning or another text alternative.

Image containing two screenshots side by side. The first screenshot displays text that reads ‘Video with CC and transcript.’ Below the text is a video titled ‘The Kiss by Gustav Klimt: Great Art Explained’ with a red circle positioned over the closed captioning button on the video player. Below the video is a transcription box. The second screenshot on the right displays the Kaltura My Media options, with the ‘Captions & Enrich’ option highlighted in grey. This option allows users to edit the auto-generated captions in Kaltura My Media.

Do… ✅

Upload your recordings into Kaltura (My Media) for automatic captions or search for media that is captioned. For spoken audio that does not have a visual component, such as a podcast stream, provide a transcript instead.

Captions and transcripts allow people with limited or no hearing to engage with audio and video media, plus they benefit those with other access barriers. Users can also benefit from having a searchable transcript.

Lists

Screenshot of the Canvas Rich Content Editor (RCE) displaying an unformatted numbered list titled ‘List with No Formatting.’ The list contains the items ‘1. Red, 2. Blue, 3. Yellow’ without proper formatting. A gray box outlines the HTML editor view of the Canvas RCE, showing the use of heading 3 tags for the page title and paragraph tags for the list of colors.

Don’t… ❌

Manually type numbers or bullets to create lists.

Screenshot of the Canvas Rich Content Editor (RCE) displaying a properly formatted numbered list titled ‘List with Formatting.’ The list contains the items ‘1. Red, 2. Blue, 3. Yellow’ with proper formatting. An inset screenshot shows the HTML editor view of the Canvas RCE, including the tags which give the list proper formatting. Another inset screenshot displays the list formatting options available in the 'more' menu of the RCE toolbar, which is circled in red.

Do… ✅

Use the bullet and numbering buttons in the toolbars of Word, PowerPoint, and the Canvas Rich Content Editor.

The built-in list formatting options in these applications add special HTML code that makes it easier for people who use assistive technologies to navigate a document.

Tables

An image containing three screenshots. The first screenshot shows a table in the Canvas RCE. The text above the table reads ‘Table without a Header Row/Column and Caption.’ The table contains syllabus assignments with weeks labeled 1-2 in the right columns, and weekdays Monday and Wednesday in the first row of the table. The second screenshot displays a table in the Canvas RCE. The text above the table reads ‘Table Used for Formatting Non-Tabular Content.’ It seems that this table is intended for formatting purposes and not for displaying tabular data. The third screenshot, positioned below the first two, presents the HTML editor view of the Canvas RCE. The code illustrates a table that lacks a caption and header row/column.

Don’t… ❌

Subdivide and merge cells, omit captions and row/column headers, or use tables as a “hack” for formatting content.

A screenshot depicting a properly formatted table in the Canvas RCE. The table is captioned ‘Weekly Course Schedule,’ with the header row displaying the weekdays Monday and Wednesday, while the header column includes weeks 1-3. A text box below the image displays the HTML editor view of the Canvas RCE. The words 'caption' and 'col' are underlined in the editor, indicating how a table with a caption and header columns are coded.

Do… ✅

Use tables to present data in rows and columns with a logical layout. Use the built-in tools in Word and the accessibility checker in the Canvas Rich Content Editor to include a caption and set a header row and/or header column for data tables. Avoid using tables in PowerPoint if possible, but if you do, follow these guidelines.

Adding a caption and setting a header row/column with the built-in formatting options adds special HTML code that helps users who rely on assistive technology understand and navigate the table. Screen readers may struggle to interpret the layout and hierarchy of the information presented when tables are used to format content other than data. Subdivided and merged cells also pose challenges for users that navigate with a keyboard or rely on screen readers.

Charts & Graphs

Screenshot of a pie graph titled Sales created in Microsoft Word. The pie graph consists of four slices of different colors, with blue being the largest, followed by orange, gray, and yellow. The legend positioned below the pie graph indicates the blue represents the 1st quarter, orange represents the 2nd quarter, gray represents the 3rd quarter, and yellow represents the 4th quarter.

Don’t… ❌

Use color alone to create meaning in charts and graphs.

An image containing two screenshots. The first displays a pie chart titled 'Sales' created in Microsoft Word. The Chart Elements settings are displayed with the boxes for title, data labels, and legend all checked. The second screenshot, positioned on the right, displays the Format Data Labels panel, which presents additional label options. A text box below reads 'Labeling chart and graph element settings in MS Word.'

Do… ✅

Directly label elements in charts and graphs and/or use shapes or patterns to differentiate elements.

People who are color blind or who have low vision may have trouble differentiating colors.

Scanned Documents

Screenshot of a scanned image of a book page in Adobe Acrobat. A solid blue box overlays a paragraph of text in the image, indicating that each word in the book is not scannable. Below the image, there is a text box that reads “Scanned image without a searchable text.”

Don’t… ❌

Use photos or scans of text without checking for accessibility.

Screenshot of a scanned image of a book page in Adobe Acrobat. Blue highlight overlays a paragraph showing each word is scannable. Below the image, there is a text box that reads 'PDF with searchable text done through the Scan & OCR function in Adobe Acrobat.'

Do… ✅

Find an alternative accessible resource or use the optical character recognition (OCR) tools in Adobe Acrobat to turn a scan into an accessible PDF with selectable text and a logical reading order.

Digital scans of physical texts are encoded like images and are not readable by most screen readers. OCR converts a scanned document into a format that allows people who use assistive technologies to engage with the text, plus it benefits all users by making the document searchable.

Accessibility Checkers

Screenshot of the Canvas RCE displaying some sample headings and text, including text that is light gray and very difficult to read. Under the RCE box, there is a red circle around the accessibility checker indicator, which notifies the editor that there are three accessibility issues within the page.

Don’t… ❌

Ignore the accessibility checker tools in Word, PowerPoint, and Canvas.

Screenshot of the Canvas RCE with the Accessibility Checker panel on the right-hand side. The panel highlights three accessibility issues and provides recommendations for how to fix them. The first issue identified in the panel is the insufficient color contrast ratio for light gray text against a white background.

Do… ✅

Use the accessibility checker tools in Word, PowerPoint, and Canvas to scan for and repair common issues – including many of the issues described in this resource – before exporting, publishing, or sharing materials. For Canvas, you can also use the UDOIT accessibility checker to scan your whole course.

Using built-in accessibility checker tools can help ensure that your course materials meet accessibility standards.

Resources by Application

For accessibility resources specific to Word, PowerPoint, and Canvas, respectively, please see the guides and tip sheets below:

Need Help?

This resource is meant to be a starting point for best practices in digital accessibility, but if you have questions beyond the scope of this guide, we welcome you to reach out to CATL! Send us an email at CATL@uwgb.edu or fill out our consultation request form to discuss digital accessibility in your own courses.

Self-Service Tech Help – Using the UWGB IT Knowledgebase

Have you ever encountered a tech issue and wanted to troubleshoot it yourself, but weren’t sure where to begin? For instance, say you and another instructor want to collaborate on course content and share Canvas materials with one another, but you’re unsure of the best way to do this. While you can email DLE or the CATL inbox for advice, you might prefer a quicker solution. Luckily, you can find an immediate answer to your Canvas question by using the UW-Green Bay IT Knowledgebase (UKnowIT). 

If that example doesn’t speak to you, perhaps this one will. Let’s say you are an instructor and one of your students emails you asking for an extension on an assignment due date. You know that Canvas has the capability to do this, and you’ve asked DLE in the past for help with this task. This time you want to try and do it yourself, and you turn to the UWGB IT Knowledgebase (UKnowIT) for guidance. It provides you with a quick answer and a step-by-step guide on how to extend the due date for an individual student on an assignment. What other helpful information is stored away in this knowledgebase? 

The UWGB IT Knowledgebase includes many short tech guides to help UWGB faculty and students on topics from Office 365 to Zoom operations. You can also find step-by-step instructions, complete with screenshots, for common Canvas issues (e.g., exporting grades, combining course sections, course dates/access, etc.). As an instructor, you can even link and share UKnowIT guides in your Canvas course to provide additional technology support for your students (e.g., understanding Canvas modules and organization, embedding files in a Canvas discussion, viewing instructor feedback in Canvas, etc.). 

Searching the IT Knowledgebase (UKnowIT) by typing “Canvas” and filtering through search results.

The UKnowIT is a great resource for UWGB instructors, students, and staff! Grow your confidence in troubleshooting common technology problems by consulting the knowledgebase to discover quick and easy solutions. When it comes to immediate Canvas help beyond what is available on the IT Knowledgebase (UKnowIT), there is even more support for instructors available like the Canvas 24/7 support line and a whole suite of step-by-step guides for each Canvas tool and setting.   

The following frequently searched topics and guides can be found on the UWGB IT Knowledgebase (UKnowIT): 

 

What is ChatGPT? Exploring AI Tools and Their Relationship with Education

Artificial Intelligence (AI) and machine-generated content have become prominent in educational discussions. Amidst technical jargon and concerns about the impact of traditional writing and learning, understanding these topics can be overwhelming. This toolbox guide simplifies the generative AI landscape, providing clear definitions and insights into some commonly used generative AI tools.

What is Generative AI?

To provide an introduction to generative AI, CATL has created an informative video presentation. This video, paired with interactive PowerPoints slides, serves as a valuable resource for understanding how generative AI tools work, their capabilities, and limitations.

Introduction to Generative AI – CATL Presentation Slides (PDF)

Common Generative AI Tools

One of the most popular AI-powered text generators is ChatGPT by OpenAI. Since its November 2022 release, various companies have developed their own generative AI applications based on or in direct competitive with OpenAI’s framework. Learn more about common generative AI tools below.

Note: For UWGB faculty, staff, and students, we recommend using Microsoft Copilot and other tools that do not require users to provide personal information in the sign-up process.

What Can Generative AI Tools Do?

The generative AI tools we’ve discussed so far are all trained on large datasets that produce outputs based on patterns in that dataset. User prompts and feedback can be used to improve their outputs and models, so these tools are constantly evolving. Explore below to learn about general use cases for generative AI tools and their limitations.

Generative AI tools can be used in a multitude of ways. Some common uses cases for text-based generative AI tools include: 

  • Language generation: Users can ask them to create essays, poems, or code snippets on a given topic.  
  • Information retrieval: Users can ask them to answer simple non-academic questions like “explain the rules of football to me” or “what is the correct way to use a semicolon?”  
  • Language translation: Users can ask them to translate words or phrases into different languages.  
  • Text summarization: Users can ask them to condense notes from a lecture and or long texts, including entire books, into shorter summaries. 
  • Idea generation & editorial assistance: Users can ask them to brainstorm and generate ideas for a story or a research outline or provide feedback on writing to make it more concise or formal.  

However, these tools also have some limitations, including but not limited to:  

  • Lack of real-world understanding: They do not understand the context and/or logic of the real world. They do not understand sarcasm, analogies, jokes, and satire. For example, an output created by the technology may be grammatically correct, but semantically is nonsensical or contradictory.  
  • Dependent upon the data it is trained on: They may produce outputs that are not accurate, relevant, or current because they rely on the data they are trained on. 
  • False results or hallucinated responses: They may produce outputs that are false, misleading, or plagiarized from other sources, and are unable to verify the accuracy of their outputs.  
  • Machine learning bias: They may produce outputs that are discriminatory or harmful due to bias in the data they are trained on.  

The possibilities of tools like ChatGPT seem to be almost endless — writing complete essays, creating poetry, summarizing books and large texts, creating games, and translating languages and data. ChatGPT and its contemporaries can understand text and spoken words similar to how human beings can. These tools have become more conversational and corrective with each update, making it difficult to discern between what is generated by an AI and what is produced by a human. In addition, the data and algorithms they draw from imitate the way humans learn and can gradually improve their accuracy the more you interact with it. As explored above, they offer large potential in their use cases, yet they still come with their own set of limitations to consider.

What Does This Mean for Educators?

The existence of this technology raises questions about which tasks will be completed all or in part by machines in the future and what that means for our learning outcomes and assessments. Some experts are also discussing to what extent it should become part of the educational enterprise to teach students how to write effective AI prompts and use tools like ChatGPT thoughtfully to produce work that balances quality with efficiency.

One way to approach the conversation surrounding AI technology is to consider these applications as tools that educators can choose either to work with or without in their classes. Some may also consider teaching their students how to use these tools most effectively and/or integrating lessons on AI ethics into their teaching. With any teaching tool we look to incorporate, we must provide proper thought, scaffolding, and framing around what it can do and where it falls short so that students can use the tool responsibly.

Learn More

Explore even more CATL resources related to AI in education:

If you have questions, concerns, or ideas specific to generative AI tools in education and the classroom, please email us at catl@uwgb.edu or set up a consultation!

Making Impactful Use of Canvas Analytics in Your Course

Like many websites, Canvas collects data from users as they navigate their courses. Thankfully, unlike many websites, Canvas collects this data not for the purpose of selling it to advertisers but for the purpose of presenting it to instructors. Canvas presents collected student activity data in a course page titled “New Analytics,” which contains charts and tables designed to help instructors make use of this data. While New Analytics contains well-organized representations of course data, it does not prescribe specific actions or provide a formula for making use of the data. In this post, we summarize the data available in New Analytics and recommend ways you can interpret it to take actions in your course that can help improve student outcomes. 

Detecting Course Trends 

New Analytics Window

New Analytics can help reveal trends in student achievement from assignment to assignment and student engagement from week to week. After launching New Analytics from the course navigation menu or the button on the right side of the course Home page, you’ll see a series of tabs across the top of the page. The first two tabs, “Course Grade” and “Weekly Online Activity” have data views that can help you identify course trends. The Course Grade tab has a chart which shows the average grade for each assignment in your course. Each assignment in your course will be represented by a dot on this chart. The dot’s position on the y-axis represents the average grade for that assignment. A quick glance at this chart can help you identify the assignments where the class atypically excelled or struggled and help you confirm—or refute—suspicions you developed about performance trends while grading assignments. Thinking critically about why the class might have been more or less successful on a particular assignment can lead to ideas for course design improvements. A close look at a successful assignment may lead to insights on what works well in a course; a close look at a less successful assignment may reveal a need to incorporate scaffolding assignments and additional support. Clicking on an assignment’s dot on the chart will reveal additional statistics, including a grade distribution chart and the number of missing and late submissions. 

Clicking the Weekly Online Activity tab will show a chart of the average page views and course participation actions during each week of the course. Viewing this chart can help you identify whether engagement with your Canvas course is waning, holding steady, or growing. Beneath the chart is a table of course resources which shows how many students have viewed each item, how many overall views it’s received, and how many times a student has participated (a list of the actions Canvas counts as a “participation” can be found in this Canvas guide). You can sort this table by any of its columns to identify which elements of your course get the most and least engagement. If an important resource in your course isn’t garnering as many views as you’d like it to, ask yourself “why?” and consider ways to either guide your students to that resource or phase it out and incorporate its key content into the resources your students are reliably viewing (Clum, 2021). Look at the resources that have gotten the most views and participation and check for commonalities to gain insight on what captures your students’ attention. You can click on any data point in the Weekly Online Activity chart to open a panel that shows activity data filtered for that specific week. The data in this panel can give you an idea of whether students are keeping up with the pace of your course or whether they are still working through older resources. 

Checking on Individual Students 

New Analytics can also help you identify students who may benefit from an intervention from a professional adviser because they have disengaged with your course or never engaged at all. The Students tab of the New Analytics page shows a table with the following statistics for each student: 

  • Current grade 
  • Percentage of assignment submissions made on time 
  • Last date of a participation action 
  • Last date the student viewed any page in your course 
  • Count of total page views 
  • Count of total participation actions 

You can click any column header on this table to sort the table by that column. Looking at this table during the first few weeks of a term and sorting it by “Page Views” can help you quickly identify students who have not engaged with the Canvas course. Students with no or very low page view counts have not engaged with your course. You can issue an ad-hoc alert in EAB Navigate to request that UW-Green Bay’s professional advising team reach out and help set a student on a path to academic success. 

Clicking on a student’s name in this table will open a student-specific data view that shows that particular student’s assignment grades and weekly activity over time. If you’ve noticed a downturn in a student’s performance or engagement, this view can help back up your observations with data. Comparing a student’s assignment grades or activity with the class average can help you contextualize any trends you see. You can view an individual student’s data alongside the class average on the same chart by adding that student to the filter field above the chart on the Course Grade or Weekly Online Activity tabs.

Sending Smart Messages 

Sending Smart Messages in Canvas

New Analytics also makes it easy to send messages to students who fit certain performance or activity criteria. As you explore the Analytics tool in your course, keep an eye out for the message icon that can be found on most of the tabs and panels. Clicking this icon will begin composing a Canvas Inbox message which you can send to students that meet a customizable criterion related to an assignment grade, weekly activity, or engagement with a specific resource. Here are a few examples of the types of messages you can target through New Analytics: 

  • Check-in with students who haven’t yet viewed the course this week 
  • Send congratulations to the students who did well on an assignment 
  • Encourage a growth mindset for students who struggled with an assignment and point them to helpful resources 
  • Remind students who have missing assignments to make a submission 

These quick instructor encouragements and interventions can help your students stay engaged with the course and on-target to reach their goals (Bostwick & Becker-Blease, 2018). Especially in online asynchronous courses, sending these targeted check-in messages can help establish your presence and ensure that students know you care about their success. 

Try It Out!

Coupling the data in Canvas New Analytics with the observations you make while teaching can help you make accurate judgments about what works well and not so well in your course. It can also help you identify when a student needs some additional support, and the incorporated messaging tool makes it easy to follow-up. We encourage you to open the New Analytics page in your Canvas courses, explore the data within, and ask yourself whether what you see aligns with your assumptions of how students experience your course. Try sending a congratulatory message to the students that excelled on an assignment and a friendly reminder message to the students who owe you work. We’d love to hear about your experience exploring and interpreting the data! Please feel free to reach out to us at CATL@uwgb.edu to tell us your story, ask a question, or request a consultation!

References 

  • Bostwick, K. C. P., & Becker-Blease, K. A. (2018). Quick, Easy Mindset Intervention Can Boost Academic Achievement in Large Introductory Psychology Classes. Psychology Learning & Teaching, 17(2), 177–193. https://doi.org/10.1177/1475725718766426 
  • Clum, K. (2021, May 14). Using canvas analytics to support student success. KatieClum.org. Retrieved December 5, 2022, from https://katieclum.org/2021/05/14/using-canvas-analytics-to-support-student-success/ 

PlayPosit: Time-Saving Tips

What is PlayPosit? And what can PlayPosit do for you?

What is PlayPosit? PlayPosit is a video resource tool integrated with Canvas that allows instructors to create interactive videos. Using PlayPosit terminology, these videos are referred to as bulbs. Instructors can embed questions or other engagement check-points, called interactions, into recorded lecture videos, YouTube videos, or other Kaltura video recordings. For a more detailed summary of PlayPosit, please see this previous blog created by CATL.

What can PlayPosit do for you? PlayPosit can be used to create alternative learning materials for your course and offers more options besides traditional text-based resources for students to engage with.  Using bulb interactions, you can check student knowledge during a recorded lecture video, provide extra materials via external URL links to highlight a key learning point, provide space for students to anonymously ask clarifying questions, or even allow students to record time-stamped comments and notes for later review. A more detailed breakdown of the different types of interactions offered within PlayPosit bulbs as well as a few use cases like creating quizzes, breaking up long lectures, and much more can be found here.

Increasing Dialogue: How can PlayPosit help you collect student feedback?

Another powerful feature of this tool is that you can also use PlayPosit within your Canvas course to get live, synchronous feedback from your students. In the past, clickers or Kahoot! may have been used as live polling tools, or even Zoom Polls or Microsoft Teams. Now, you can use a similar feature included with UWGB’s PlayPosit license called PlayPosit Broadcast

If you do not wish to use PlayPosit Broadcast as a live polling feature, you can still increase course dialogue by utilizing the Discussion interaction within your bulbs. This type of interaction allows students to leave timestamped comments and questions within a video, creating a discussion forum within the PlayPosit activity itself. Instructors can modify the discussion forum interaction settings to prevent students from seeing their classmates’ comments until they have posted a comment themselves. You can also moderate discussion forum interactions as the instructor within the PlayPosit interface. Creating PlayPosit discussion forums for points may also offer students an alternative to traditional Canvas Discussions.  

Assignments and Beyond: How can PlayPosit be used for low-stakes or ungraded activities?

A common misconception about PlayPosit is that you can only create PlayPosit bulbs as graded Canvas Assignments. This is not the case. If you would like students to take a PlayPosit assessment or engage with an interactive video activity for points that are reflected within your Canvas gradebook, you can indeed build the PlayPosit bulb as an assignment within Canvas, however you can also build ungraded PlayPosit activities for your students. 

Student self-assessment activities and interactive, supplemental video resources can encourage active learning within the classroom, especially for asynchronous learning environments. Both types of student engagement activities can be created using PlayPosit, and may work best as low-stakes assignments or as ungraded items in Canvas. To create an ungraded PlayPosit bulb, add your PlayPosit bulb as an embedded item in a page or as an external tool within a Module. If you still want students to see some sort of grade for self-assessment purposes, you can assign each bulb interaction a point within the PlayPosit interface. While these interactions will display point values within PlayPosit, the points earned by completing interactions will not push back to Canvas and the PlayPosit activity will not be reflected in the Canvas Gradebook. More information on how to create PlayPosit activities that are graded or ungraded in Canvas can be found in the UWGB IT Knowledgebase, UKnowIt.

How can PlayPosit help save instructors time?

PlayPosit isn’t just a resource that will benefit your students and their learning experience within the classroom. It also has many benefits for instructors. There are several features of this tool that can be time savers for you as an instructor! Not only is building a PlayPosit bulb a quick way to enhance your existing course videos, but PlayPosit automatically saves interactions you make for your bulbs within a personal interaction library. PlayPosit also allows you to create templates for individual interactions or sets of interactions. You can then access these individual interactions, located under My Interactions within the PlayPosit interface, or your saved templates for use in future bulbs to make the bulb creation process even faster! For more information on how to access and use these timesaving PlayPosit features, see this PlayPosit resource. Remember, since UWGB possesses a license for this tool, you as an instructor have access to all of these features.  

Beyond saving the interactions and templates you personally create, PlayPosit also allows you to co-edit bulbs with colleagues using the collaborations feature, or to share out PlayPosit bulbs to fellow instructors by using the folders feature. These sharing features can be used together or separately depending on if you wish to include your colleagues as editors, or to simply provide them with a copy of one of your bulbs. For directions on how to share and copy bulbs, please review this PlayPosit resource. Not only can you share individual bulbs within PlayPosit, but you can also collaborate and share interaction templates with your colleagues! For more information on how to collaborate with other instructors, please see this resource provided by PlayPosit.

Questions?

These are only a few of the features PlayPosit offers instructors and students. If you have any questions about PlayPosit, please feel free to reach out to the UWGB Center for the Advancement of Teaching and Learning through email (catl@uwgb.edu) or for troubleshooting you can contact PlayPosit customer support through their website (PlayPosit Knowledge) by clicking on “Contact” in the upper right corner. For a more detailed discussion of PlayPosit use cases and how you can harness the tool in your own Canvas course, you can schedule a consultation with CATL here

Helpful Terms and Hints

Bulb – The term used to refer to a PlayPosit interactive video.

Interaction – The term for the different questions, images, audio, or other media resources which can be embedded into a PlayPosit bulb. There is no limit to how many can be included within a bulb.

PlayPosit Designer – This is the interface used to create PlayPosit bulbs, insert your video source, embed interactions, and select bulb settings.

PlayPosit 3.0 Designer – This refers to the current version of PlayPosit software being used.

Learner Made Content – This refers to PlayPosit bulbs and interactions created by learners and submitted for assessment to instructors.

If you do not wish to work in the PlayPosit interface within Canvas and prefer a larger screen to build and edit your videos, you can open your PlayPosit account in any browser. In order to do so however, you must have already opened PlayPosit within your UWGB Canvas account. If you have not yet accessed PlayPosit at UWGB, follow the instructions below. 

How to log into PlayPosit through your UWGB Canvas Account: 

  • First, log into your UWGB Canvas account in one tab of a browser of your choice. 
  • Navigate to the Assignments section if you wish to build a graded PlayPosit activity or to the Pages section for an ungraded PlayPosit activity. 
  • For a Page, create a New Page by clicking on + Page and then click the down arrow to the left of the plug-in icon in the Rich Content Toolbar. The plug-in icon looks like a two-prong plug with a cord. Then click on View All and select PlayPosit. This will open a window with the words Set Link in the top right corner. Click on the words Enter PlayPosit in the middle of the window or Set Link in green on the right side of the window. You should now be in PlayPosit, skip to the last step in these instructions to open PlayPosit in a browser. 
  • For an Assignment, create a New Assignment by clicking on + Assignment, then under Submission Type, select External Tool. Next, click on Find under "Find an External Tool URL" and scroll down then select PlayPosit. A window with the words Link Resource form External Tool will open, click on either Enter PlayPosit or Set Link in green. You should now be in PlayPosit, skip to the last step in these instructions to open PlayPosit in a browser. 
  • Now, in a separate tab in the same browser where you logged into Canvas, open PlayPosit Knowledge. Click on the PlayPosit logo in the upper right portion of the screen. The PlayPosit logo is the image of the dog. This will open your PlayPosit account provided by UWGB. Here you can build, share, and collaborate on bulbs using the larger screen view provided by the browser. To set the link to your desired bulb for a graded Assignment in Canvas or in a Canvas Page however, you should follow the instructions above to open PlayPosit in Canvas then select your bulb. 

Yes, in PlayPosit you can include several video segments into a single bulb. Do this in the Video Segments screen when creating a new bulb. If you would like to change the order of the video segments within your bulb, you can toggle on the Enable drag and drop recording option at the top of the Video Segments screen. Move videos into the order in which you would like them to be seen. Once you are finished, toggle off the Enable drag and drop recording.

Note: For new PlayPosit playlists, you should reorder your video segments before you add interactions. Interactions in a playlist will not move with the video when it is reordered. 

Yes, with the UWGB institutional license PlayPosit will automatically pull in caption files that are already associated with your videos (such as YouTube videos with captions or Kaltura videos. You can also upload caption files directly to PlayPosit such as .vtt and .srt files. 

To check your video for captions, navigate to the My Bulbs page in PlayPosit and follow the steps below. 

  • In the far right of the screen under Actions, click on the three vertical dots to the right of the video you wish to check and then from the dropdown menu select Edit. 

  • Click on the Video Segments tab in the PlayPosit Designer and click on the edit icon (it looks like a gray pencil) for the video you wish to caption. The edit icon is in the upper right corner of the video segment.  

  • Select Edit Video Segment from the options presented. Then click on the Captions tab in the Edit Video Segment screen. 

  • In this screen, you can now have PlayPosit search for available captions, or you can upload your caption file.  
  • To search for captions, click on the View Available YouTube Captions, then select from the available options PlayPosit was able to fetch by checking the box to the right of the desired language choice. Once your choices are finalized, select Download in the bottom right corner to save your choices.