UX Design In Education Technology

“We need to break up the content.” “I threw in a drag-and-drop to keep it engaging.” “It’s just something to click.” Sound familiar? Here’s the thing - interactivity shouldn’t be decoration. It should be purposeful. The biggest mistake I see in eLearning? 👉 Adding interactions that don’t do anything for the learner. True interactivity should make them think. It should deepen understanding, simulate a decision, or reinforce recall. 🎯 Here’s how to shift from fluff to function: ✅ Replace “click to reveal” with a mini-scenario ✅ Use branching to explore real consequences of choices ✅ Add drag-and-drop only when it mirrors a real process or sequence ✅ Always ask: “What does this interaction help them learn or practice?” 💡 Remember: interaction isn’t engagement if it’s empty. Let’s design learning that’s active and meaningful. What’s your favorite example of an interactive element that actually improved learning? #InstructionalDesign #LearningExperienceDesign #eLearning #IDOLAcademy #EngagementWithPurpose #LXD

The digital boardroom is often a thicket of sensory noise. We invite people to gather in virtual spaces, but we forget to prepare the soil. We expect a harvest of ideas without considering the environment. I have seen a lack of structure cause brilliant minds to wither. If your meeting requires tracking moving faces, reading a scrolling chat, and watching a dense slide deck all at once, you are not hosting a meeting. You are creating a sensory storm. This is where "Zoom Fatigue" takes root. It is the biological exhaustion of the neurodivergent brain attempting to filter chaos. When the trellis is broken, the vine collapses. Below is The Virtual Inclusion Audit (Part 3). Here are my 11 ways to optimize your virtual classroom, boardroom, or gameroom. Over the last five years I have ran over 100 virtual training events and my TTRPG group just hit our 51st online session. I wish I would've been using these at the beginning. These field-tested shifts reduce friction between your ideas and the nervous systems receiving them. 11 Ways to Cultivate Accessible Virtual Spaces The Pre-Meeting Map ❌ Barrier: Surprise topics exclude those who need time to regulate. ✅ Fix: Send a plain-text agenda 24 hours early. This allows for pre-processing. The Camera Choice ❌ Barrier: Mandatory "Cameras On" causes hyper-vigilance. ✅ Fix: Make cameras optional. This saves energy for processing content. The Chat Discipline ❌ Barrier: Fast-moving chat boxes cause data loss for Dyslexic readers. ✅ Fix: Read chat aloud. This creates a unified audio anchor for the group. The Visual Anchor ❌ Barrier: Unexplained visuals exclude those with visual differences. ✅ Fix: Narrate the slide layout. This builds a shared mental map. The Transition Signal ❌ Barrier: Rapid topic jumps leave some stuck on the previous point. ✅ Fix: Use explicit verbal cues. This resets focus and prevents drift. The Processing Pause ❌ Barrier: Constant talking blocks information storage. ✅ Fix: Schedule "silent minutes." This enables deeper synthesis. The Sensory Buffer ❌ Barrier: Background noise creates Auditory Overload. ✅ Fix: Strict "mute" rule. This protects the primary signal. The Recorded Legacy ❌ Barrier: "Live-only" sessions exclude those with Brain Fog. ✅ Fix: Provide a searchable transcript. This creates a permanent resource. The Question Queue ❌ Barrier: Shouted Q&A rewards the loudest voices. ✅ Fix: A hand-raise system. This ensures the best ideas surface. The Caption Default ❌ Barrier: Asking for captions creates a "disclosure burden." ✅ Fix: Enable captions by default. This aids universal comprehension. The Collaborative Canvas ❌ Barrier: Verbal-only modes ignore those who process through writing. ✅ Fix: Use shared docs. This captures a diverse range of perspectives. The Verdict: A quiet garden grows best. Stop over-stimulating your team and start pacing. #InclusiveEducation #VirtualLearning #Neurodiversity #Leadership #Accessibility

After years of working in VR in education, I think it is time to say the quiet part out loud: Custom VR learning experiences do not have to be wildly expensive, one-off projects. When designed properly, they can be scalable and surprisingly affordable. Many people still think custom VR means building a massive, cinematic simulation from scratch every time. That is one version of custom VR, but it is not the only version. Another approach is to design around reusable environments, learning outcomes, repeatable practice moments, and assets that can be repurposed across lessons, programs, and departments. Instead of asking, “How do we build one impressive VR experience?” the better question is: “How do we build a flexible immersive learning system that creates value over time?” Custom VR becomes more affordable when we stop treating it like a one-time spectacle and start treating it like instructional infrastructure. In education, one of VR’s highest-value uses is simulation: repeatable practice in low-stakes situations. Learners can make decisions, receive feedback, and build confidence before they enter higher-stakes environments. But people often assume custom VR requires a large team, months of production, and huge costs. It can be expensive. But it does not have to be. My low-cost, high-value workflow looks like this: Step 1: Start with the learning. Identify the need, outcomes, performance gaps, and decisions learners need to practise. Then build a storyboard before anything is developed. Step 2: Build the right environment. Low-code platforms are powerful, but they do not always have the exact space you need. For one client, we needed an Early Childhood Education classroom, so I worked with a Unity developer to create a custom space, that met the needs of my client, could be uploaded into a low-code platform and was a fraction of the cost. Check out the image. Step 3: Create only the assets that matter. You will need to populate your space with 3d assets. Some assets can be static. Others need to be interactive because they connect directly to the outcomes. I have used tools like Meshy to create custom 3D assets efficiently and then uploaded them into my low-code software. Step 4: Build in a low-code or no-code platform. Once the environment and assets are ready, the experience can often be built in platforms like ENGAGE or Zoe Immersive. Scene-building and interaction design become easier when the instructional design is already mapped out. This process is not "rocket science" nor is it unaffordable. The goal is meaningful practice, not the flashiest VR experience. Reach out to me if you are interested in scaling Immersive learning that is easy and affordable.

Virtual classrooms for kids should be safe, simple, and downright fun — not watered-down versions of adult tools. Day 4 of my 4-day design challenge: I built a 3-screen virtual classroom for 6–12 year-olds that focuses on screen sharing, video calls, and chat — think Google Meet functionality but redesigned for kids: moderated chats, teacher controls, parent PINs, canned phrases, and playful rewards for participation. I kept learning first, added friendly UX for joining calls, easy screen sharing, simple chats, and clear safety scaffolds so teachers and parents stay in control. Terribly late posting this — NYSC is beating my ass, so please forgive the delay 🙏 — but I’m excited to share and would love your feedback on the video call & chat flow. What would you tweak? #4daydesignchallenge #ChallengeFemi #UXDesign #EdTech #DesignChallenge #ProductDesign #VirtualClassroom

Creating an engaging online class is not only about delivering content. It is about designing an experience where students feel they belong, believe they can succeed, and see meaning in what they are learning. I put together this visual roadmap, “The Engaged Virtual Classroom: A Faculty Roadmap for Online Success,” to help faculty think about online teaching in a more practical and student-centered way. The framework highlights: the psychological foundation of engagement: belonging, capability, and meaning the role of the digital ecosystem: Blackboard as the content hub, Microsoft Teams as the live classroom, and AhaSlides as the interactive layer a simple lesson flow for every session: preparation, connection, delivery and interaction, and reinforcement the importance of the 15-minute rule, breaking teaching into shorter segments with regular checks for understanding key faculty expectations, including live presence and immediate feedback Online teaching works best when it is human, structured, interactive, and supported by the right tools. I hope this is useful for faculty members, teachers, and academic leaders working to make virtual learning more engaging and effective. #OnlineLearning #HigherEducation #TeachingAndLearning #FacultyDevelopment #StudentEngagement #EdTech #DigitalLearning #InstructionalDesign #MicrosoftTeams #Blackboard #AhaSlides #AIinEducation