Universal Design for Learning

 Part One: Article Summary- Universal Design for Learning: Guidelines for Accessible Online Instruction

Universal Design for Learning (UDL) is a teaching approach that aims to create an inclusive learning environment by removing barriers and providing multiple ways for students to learn and demonstrate their knowledge. It is learner-centered, emphasizing collaboration and community. In their journal, Rogers-Shaw, Carr-Chellman, and Choi stress that UDL must be accessible to all learners. Research shows that students with disabilities often face greater challenges in traditional learning environments. Fortunately, as new technologies emerge, so do innovative strategies for learning. However, technology alone is not enough. As educators, we must rethink how we approach teaching to ensure that every student has an opportunity to succeed.

UDL is similar to the classic story of Goldilocks, educators must provide students with various strategies and allow them to explore until they find the one that works "just right" for them. This approach requires us to consider all ways of learning, including how knowledge is defined, acquired, and expressed. One strategy does not fit all students. Instead, education must be personalized to meet the diverse needs of each learner. UDL includes multiple means of representation, action, expression, and engagement to accommodate these differences.

Today’s classrooms are more diverse than ever, and teachers face a wide range of learning needs. UDL addresses this challenge by offering students different ways to demonstrate their knowledge. It shifts the focus from the "disabled student" to the "disabled curriculum"—suggesting that traditional curricula are often not designed to meet the needs of all learners. UDL emphasizes that inclusive course design should be the starting point, not something to address only when problems arise. UDL benefits not only students with learning disabilities but also neurotypical students and adult distance learners.

An interesting point from the article is that learners in urban areas often learn through maps and diagrams, while learners in rural areas (such as deserts, tundras, or jungles) may rely on spatial and natural elements for learning. Regardless of geography, the article emphasizes the value of multimodal learning resources—using various methods and tools to enhance the learning experience.  UDL benefits not only students with learning disabilities but also neurotypical students and adult distance learners.

This journal particularly focuses on lifelong learners, especially adult distance learners. As someone currently in this position, I find this topic especially relevant. I am located in China, over 6,800 miles away from my university, which gives me firsthand experience as a distance learner. With an increasing number of adults returning to education, there is a greater diversity in learning styles and needs. Adult learners often balance education with work, family, and other responsibilities, leaving them with limited time to engage. As a result, it’s essential that their learning be both efficient and engaging. Adult learners studying from home face many distractions, so they must be self-motivated, self-directed, and highly engaged in their studies. Effective communication is critical in this context. Feedback from instructors must be timely and clear, and instructions should be easy to follow. UDL can help make learning more accessible and effective for all lifelong learners, providing flexible and supportive pathways for their success.

Part Two: CAST Universal Design for Learning 

One strategy I plan to implement from CAST Universal Design for Learning in my lesson is Consideration 5.2: Use Multiple Tools for Construction, Composition, and Creativity. In this lesson, my high school Dance/Movement students will create choreography based on a topic they are passionate about. While this project typically doesn’t involve much technology, I want to incorporate different tools to help students actively express their learning. For example, students will begin by researching their chosen topic, allowing them to gather non-biased, research-based insights and inspiration for their movement. They will also use film to capture and edit their choreography using iMovie, which will offer them additional opportunities for creativity as they express their ideas.

Another strategy I will implement is Consideration 6.2: Anticipate and Plan for Challenges. To support students in managing their projects, I will provide a checklist to guide their work. This will help students stay organized and prevent last-minute concerns about not finishing on time. Having used iMovie extensively myself, I plan to introduce the software through a mini-lesson before students begin their projects. This will ensure they are familiar with its features and capabilities. I will also show an example of a completed project so students understand the expectations and can visualize the final outcome.

Part Three: 2024 NEPT

The NEPT 2024 report highlights a significant divide in digital technology usage and discusses how teachers can help reduce this gap through the active and effective use of technology. This aligns with the principles of Universal Design for Learning (UDL), as technology can support diverse learners through various strategies.

First, technology must offer "multiple means of representation." This means educators can present content in different formats, such as videos, interactive tools, screencasts, infographics, and audio. These various formats can be made even more accessible to all learners through features like auto-captions, text-to-speech, adjustable font sizes, and other tools that make the technology adaptive to individual needs.

Next, technology should provide "multiple means of expression," allowing students to demonstrate their learning in ways that suit them best. For example, in my choreography project, some students might feel nervous about performing their dance pieces in front of the class. By allowing them to create a video of their choreography, students can reduce their anxiety and express their ideas more creatively.

Finally, technology should offer "multiple means of engagement." We know that students are heavily influenced by technology in their daily lives, so integrating it into the classroom makes learning more relevant and engaging. While students might not be excited to write a 500-word essay, they are likely to be more enthusiastic about producing a 5-minute podcast. By incorporating technology into students' school experiences, we can increase their engagement, foster a greater passion for learning, and make education more accessible to all.

CAST, Inc. (n.d.). Use multiple tools for construction, composition, and creativity. UDL Guidelines. https://udlguidelines.cast.org/action-expression/expression-communication/construction-composition-creativity/

Office of Educational Technology. (2024). A Call to Action to Close the Technology Access, Design, and Use Divides: National Educational Technology Plan. Department of Education. Retrieved from: https://tech.ed.gov/netp/

Rogers-Shaw, C., Carr-Chellman, D. d., & Choi, J. (2018). Universal Design for Learning: Guidelines for Accessible Online Instruction. Adult Learning, 29(1), 20-31.

AI in the Classroom- Magic School

 Part 1:  Use the Lesson Plan generator to create a lesson for the grade level/content area you teach using a specific standard/objective for your state as well as ISTE Student Standards. 

This is my first time using MagicSchool, and I am impressed by its AI capabilities. To be honest, I've struggled with this unit for some time. I had some ideas outlined, but MagicSchool expanded on them, making them more well-rounded. I asked MagicSchool to implement three different Common Arts Standards for my 7th-grade students:

• Envision and describe a scripted or improvised character’s inner thoughts and objectives in a drama/theatre work.

• Demonstrate mutual respect for self and others and their roles in preparing or devising drama/theatre work.

• Use various character objectives in a drama/theatre work.

Additionally, I wanted MagicSchool to incorporate the ISTE standard: Students create original works or responsibly repurpose or remix digital resources into new creations. The end goal of this lesson is to perform a monologue as a performance assessment, which aligns well with the types of assessments I already use in my classroom.

This lesson is appropriate for my 7th graders, especially with the technology integration aspect. Using collaborative tech tools like GoogleDocs is appropriate for their tech level and something that I can easily monitor appropriate usage of. I appreciate how this lesson plan explores different work scenarios, starting with brainstorming in pairs and then moving to independent work. I also like the extension activity for early finishers, which allows for differentiation and enables students to work at their own pace.

One change I would make is to adjust the timing of this lesson. While it is designed for one period, I would spread it out over four lessons since I only see my 7th graders for 40-minute blocks. This would also give sufficient time for the memorization of the monologue. I would also provide a more guided structure for using the technology. However, I prompted MagicSchool to suggest technology tools for the lesson, and it made some excellent recommendations.

Overall, this technology tool is fantastic for creating lesson plans. I have used AI for lesson planning in the past, but I usually received more general guidelines. By inputting specific standards into MagicSchool, I was able to get detailed, level-appropriate content that would be rigorous and challenging for my students.

Lesson Plan: Creating, Preparing, Performing Monologues.docx

Part 2: Interact with at least one AI-powered tool of your choosing on the Magic School page.

I used the Rubric Generator tool to create my rubric for this lesson. In the past, I have used AI for rubric creation as I find that the variations in wording can save a lot of time while providing diverse expectations for students. While I typically use AI to create rubrics, I've gone about it in a slightly different way. Typically, I input the category and describe what a score of 5 would look like. The AI then generates the scale, which I format. This process significantly streamlines my work. I was excited to find a new way of creating rubrics using grade-level standards as the input.

MagicSchool’s tool requires you to input standards and assessments. While this method has potential, I feel the categories and performance objectives it generates aren't specific enough for my needs. For instance, MagicSchool created a category called "Respect for Others," which seems like a buzzword extracted from the lesson objectives. I would prefer to make it more specific, such as "Audience Participation." This still addresses respect in the context of being an audience member but is tailored to the classroom setting. It helps students understand how to demonstrate attentive listening and support their peers effectively.

Improving the input I provide to the AI, such as being more precise about the desired outcomes, would enhance the rubric's effectiveness for grading. Overall, using rubrics is crucial for assessing student performance, as they clearly outline how students can improve. Relying solely on letter grades for performance assessments makes it challenging to justify their meaning.

Part 3: Reflection

I am thoroughly impressed by Magic School and the tools it offers teachers. While many people view AI as “cheating” or a way to cut corners, I see it as a valuable resource. When used responsibly, AI can significantly enhance both personal and professional efficiency. I would recommend Magic School to my colleagues.

One feature I’m excited to introduce is the “Create Teacher Joke” tool, which allows you to input specific contexts for lessons and generate relevant jokes. A colleague of mine loves incorporating humor into his teaching, and I think this feature could be a fun addition to his classroom. I’ve already tested a few joke topics and plan to try them out as well.

However, one challenge with Magic School is the temptation to use it as a “one-size-fits-all” guide. While it provides many helpful tools, it’s essential to tailor them to your specific classroom needs. I still prefer to create my own PowerPoint to ensure I fully understand how to apply the content in my classroom. I’ve seen instances where educators rely on AI without fully grasping the material, leading to a clear disconnect in their teaching. AI can provide a general overview, but it's crucial to ensure that this generality doesn’t translate into the classroom.

Despite these challenges, the benefits of using Magic School far outweigh the drawbacks. As someone who already incorporates AI technologies into my teaching, I appreciate that Magic School consolidates various tools into one platform tailored specifically for educators. I’m also interested in exploring the student side of this technology. By modeling responsible AI use, we can teach students how to effectively leverage these tools to enhance their lives.

Magic School. (2024). MagicSchool: A Comprehensive Platform for Educators.  MagicSchool. https://www.magicschool.ai