Jenna Jann
MLIS 5075
MLIS 5075
The task I chose to represent is integrating technology into lessons, inspired by the article “School Librarian AI Hacks” (School Library Journal, 2023). This article highlights how librarians can use artificial intelligence and digital tools to engage students, enhance creativity, and support classroom learning.
My AI prompt was:
“A colorful comic-style poster showing a cheerful school librarian helping students use technology in a modern school library, with bookshelves, tablets, laptops, and digital screens around them, theme ‘Learning with Tech Tools,’ playful, engaging, vibrant colors.”
After generating the image, I edited it in Canva by adding the text banner “Learning with Tech Tools,” increasing brightness, and slightly sharpening outlines for better visibility on a digital display. The playful comic style captured the energy and curiosity I wanted to show but could be improved with more diverse technologies, such as coding robots or AR glasses.
I’m satisfied with the final result because it visually represents how librarians connect learning and technology in engaging, student-centered ways. I could use this poster to introduce digital learning or promote library tech workshops for teachers.
Creating this podcast helped me understand how Backward Design emphasizes clarity and alignment in lesson planning.
Using AI tools like ChatGPT supported every stage of the creative process. I began by prompting it to summarize scholarly definitions of Backward Design,
then refined those explanations into conversational, time-efficient language suitable for audio. AI also helped generate transitions, hooks, and closing remarks
that maintained a professional but approachable tone.
During editing, I focused on microlearning principles—keeping the episode under six minutes, limiting each section to a single key idea,
and repeating main takeaways for retention. The most challenging part was balancing detail with brevity, but AI-assisted summarization helped simplify
complex ideas without losing meaning.
This experience showed me how AI can enhance instructional design by saving time, improving clarity, and modeling professional-quality communication.
AI prompt used:
“Write a podcast intro that introduces the host, purpose, and previews the Backward Design model in an engaging way for educators.”
Draft Script:
Welcome to Design in Focus, where we unpack powerful frameworks that help educators craft meaningful learning experiences. I’m Jenna, your host—and today, we’re talking about Backward Design, an approach that starts where great teaching always should: with the end in mind. If you’ve ever planned a lesson and then wondered whether your students really learned what mattered most, this model is your roadmap to clarity and purpose.
AI prompt used:
“Summarize the key principles of the Backward Design model for educators, including its three stages.”
Draft Script:
Backward Design was developed by Grant Wiggins and Jay McTighe in Understanding by Design (1998). Unlike traditional planning that starts with activities, Backward Design begins by identifying learning goals first.
It has three stages:
Stage 1: Identify Desired Results. What should students understand and be able to do by the end?
Stage 2: Determine Acceptable Evidence. How will we know they’ve achieved it?
Stage 3: Plan Learning Experiences and Instruction. Finally, design activities that lead to those outcomes.
It’s all about intentionality—aligning assessment and instruction with clearly defined goals to ensure deep understanding rather than surface-level memorization.
AI prompt used:
“Write a scenario showing how a middle school librarian or teacher could apply Backward Design in a short project.”
Draft Script:
Let’s imagine a middle school librarian planning a digital citizenship unit. Instead of starting with a slideshow or handout, she begins with the end goal: students will demonstrate responsible online behavior and understand how to protect their digital identity.
She identifies the desired result, then designs an assessment—a student-created PSA on online safety. Only then does she plan learning experiences: analyzing sample PSAs, storyboarding scripts, and exploring privacy settings.
By planning backward, every step builds toward the final product. The result? Students don’t just learn rules—they apply them creatively and authentically.
AI prompt used:
“Generate a closing statement that encourages listeners to apply the Backward Design model.”
Draft Script:
Backward Design reminds us that great learning doesn’t happen by accident—it’s designed with purpose. Next time you plan a lesson, try starting with your goals and let everything else flow from there. Join me next week on Design in Focus as we explore another model that helps bridge creativity and structure in instructional design.
Gamifying the library orientation transforms what might otherwise be a routine walkthrough into a meaningful, interactive experience. Badges help students visualize their progress and feel recognized for specific skills. This system supports microlearning, allowing learners to master one concept at a time while staying motivated through visible achievements.
AI tools like Canva’s Text-to-Image and ChatGPT (for planning and writing support) contributed by streamlining the creative process, producing consistent badge designs, and aligning each reward with instructional design principles such as scaffolding, feedback, and intrinsic motivation. By integrating AI-driven creativity, the library orientation becomes both efficient to develop and highly engaging for students.
Introduction (30 seconds)
Hello! Today I'm going to show you how to find a scholarly or academic article published within the last five years using our school's TEL database. This is a valuable skill that will help you locate reliable, current sources for your research projects.
To get started, you can access the database in two ways: either through our school website's library page, or by going directly to the Tennessee Electronic Library at tntel.info. Let me show you how.
Database Access & Overview (30 seconds)
[Show navigation to TEL database]
Once you're on the TEL homepage, you'll see several database options. For this demonstration, I'm using [name of specific database]. This database contains thousands of scholarly articles across many subjects, making it perfect for academic research.
Search Demonstration (90 seconds)
[Begin search demonstration]
Let's say I'm researching climate change education. I'll type "climate change education" into the search box.
Before I hit search, I need to set my parameters to ensure I find scholarly articles from the last five years. Look for the filters or advanced search options—usually on the left side of the screen.
First, I'll set the date range. I'll click on the date filter and select "Last 5 years" or enter the custom date range from 2020 to 2025.
Next, I need to make sure I'm only getting scholarly or academic articles. I'll check the box that says "Peer-reviewed journals" or "Scholarly articles"—this ensures the articles have been reviewed by experts in the field.
Now I'll click search, and here are my results! Notice how each result shows the title, author, publication date, and a brief abstract.
Evaluating & Selecting Articles (45 seconds)
When choosing an article, look at a few key things:
Is the title relevant to your topic?
Does the abstract mention concepts you're researching?
Is it recent enough? Check the publication date.
Is the full text available? Look for a PDF or HTML link.
Let me click on this article here. [Click to show full record] You can see the complete citation information, abstract, and download options. If you find this useful, you can email it to yourself, save it, or cite it directly using the citation tools provided.
Conclusion (15 seconds)
And that's it! You now know how to search for scholarly articles from the last five years using our TEL database. If you need any help, remember you can contact our school librarian or visit the library during study periods. Happy researching!
Creating my Library Mythbusters explainer video allowed me to apply design thinking and user-experience principles while experimenting with AI video tools. I first tried using Powtoon’s AI Script Writer, hoping it would streamline the scripting and scene-planning process. However, Powtoon’s interface felt unintuitive, and many of its helpful features were locked behind paid upgrades. The limited free tools made it difficult to customize scenes, adjust timing, or create smooth transitions. Instead of supporting creativity, the platform created friction and slowed down my workflow.
After struggling with Powtoon, I turned to InVideo AI and immediately found the process more intuitive and flexible. InVideo’s AI matched visuals to my script more effectively, and the editing tools were easier to navigate. This allowed me to focus on UX principles—clarity, pacing, accessibility, and audience engagement—rather than battling the software. I could adjust timing, refine the tone, and ensure the video remained within the three-minute limit.
Overall, the experience showed me how essential it is to select tools that support the design process. InVideo AI helped me create a cleaner, more cohesive explainer video that aligned with both the assignment guidelines and the needs of my middle school audience.
Using LibWizard proved to be a surprisingly intuitive experience. The platform’s clean interface and straightforward tools made it easy to build forms, quizzes, and tutorials without feeling overwhelmed by technical complexity. I appreciated how seamlessly the different components, surveys, assessments, tutorials, and branching logic, worked together, allowing me to focus more on instructional design and less on troubleshooting.
One drawback, however, is that LibWizard is not freely accessible. Because it is a subscription-based tool, many educators or solo practitioners may not have access unless their school district, university, or library system maintains a Springshare subscription. This can limit its usefulness outside institutional contexts and may pose a barrier for professionals working in smaller or underfunded environments.
Despite this limitation, LibWizard stands out as a powerful, user-friendly tool for creating interactive learning experiences, and I can easily see its value in academic libraries, school libraries, and instructional design settings.