Interactive Tools for Making Lessons More Dynamic

Understanding Formative Assessment: Empowering Learning Every Step of the Way In the ever-evolving classroom, formative assessment stands as one of the most powerful tools for both teachers and students. Unlike summative assessments that evaluate learning at the end, formative assessments are ongoing, flexible, and meant to support learning during instruction. Formative assessment isn't just a method—it's a mindset. It’s about identifying gaps, adapting instruction, and empowering students to take ownership of their learning journey. Key Categories & Types of Formative Assessment 1. Teacher-Led Checks: -Observation: Informal monitoring during activities or group work. -Questioning: Open-ended or probing questions to elicit deeper thinking. -Mini Quizzes: Low-stakes assessments to measure concept grasp quickly. -Exit Tickets: Short written responses before students leave the class. 2. Student Self-Assessment: -Traffic Lights: Students indicate understanding using red (confused), yellow (unsure), or green (confident). -Reflection Journals: Writing about what was learned and where help is needed. -Checklists & Rubrics: Students use criteria to evaluate their own performance. 3. Peer Assessment: -Think-Pair-Share: Students discuss and clarify understanding before sharing with the class. -Peer Reviews: Giving and receiving structured feedback based on learning goals. 4. Collaborative Learning Activities: -Group Projects & Discussions: Encourage dialogue, problem-solving, and real-time feedback. -Concept Mapping: Visually organizing thoughts helps assess comprehension and relationships between ideas. 5. Digital & Creative Tools: -Interactive Polls & Quizzes: Use of tools like Kahoot, Mentimeter, or Google Forms. -Padlet or Jamboard Responses: Students post responses in real-time to visualize understanding. -Whiteboard Sketches & Visual Explanations: Let students draw what they know. --- Why Formative Assessment Matters: -Promotes active learning -Supports differentiated instruction -Encourages student agency -Builds a growth mindset Whether it’s a thumbs-up, an exit ticket, or a quick group brainstorm—formative assessment allows teaching to breathe with the learners, adapting in real-time and making education truly learner-centered. --- #FormativeAssessment #AssessmentForLearning #ActiveLearning #SelfAssessment #PeerAssessment #TrafficLightStrategy #ExitTickets #DifferentiatedInstruction #StudentCenteredLearning #EdTechInEducation #TeacherTools #VisibleLearning #ReflectiveTeaching #InstructionalStrategies

Here’s how you can use GenAI to automatically swap images inside scenario-based training, so the visuals match what the learner is experiencing. I’m building a web app called WhiskerBeans Café that generates leadership coaching scenarios for café leads based on store reviews. Every scenario provided to the learner, whether it was an order mix-up, a rush line, or a cat slipping out of the lounge, was showing the same generic image. So I built an image system that updates dynamically with the scenario. Here’s what I did: ➡️ Started with one reference image to lock in a consistent style   ➡️ Used Adobe Firefly and Google Gemini 3 Nano Banana Pro to generate a full library of café shift scenes   ➡️ Created images related to data from stores reviews like spill cleanup, pickup confusion, new hire support, messy counters, cat safety, and more   ➡️ Renamed every image with readable IDs instead of random filenames   ➡️ Updated the GenAI scenario prompt so the model selects the right imageId based on the issue in the reviews   ➡️ The model now outputs that imageId alongside the scenario JSON   ➡️ My front end waits for the imageId and serves the matching image from the app’s image folder So instead of a static course image, the learner sees an image of the exact scenario they’re responding to. This is where GenAI gets really interesting for learning design. You still need your expertise and judgment to define what a good scenario looks like, what choices are realistic, and what visuals belong in your training, but AI helps you generate and swap those assets fast enough to scale across dozens of situations. Where else could you use dynamic media switching like this in training? #LearningDesign #ScenarioBasedLearning #LearningandDevelopment #LeadershipDevelopment #eLearning #InstructionalDesign #AIInLearning

Three AI prompts every educator should try. Built with Gemini and fine-tuned for education to guide a student's learning journey. How can we ensure AI truly enhances learning, helps educators and students? For me, the answer is clear: it starts with deeply embedding pedagogical principles into the AI itself. LearnLM models, integrated directly in Gemini, are: - fine-tuned for education: - support multimodal inputs; - use a system instruction-first approach, letting you define role, tone, and behavior. Each prompt is a reusable, specified behavior – like a tutor, quiz creator, or content rewriter. Here are three of my favorite prompts from the Gemini 2.5: Prompt Guide: 1. The Science Tutor👨🔬 This prompt is incredible because it feels like you're talking to a real science teacher. When a student uploads a diagram and asks a question, Gemini doesn’t just give an answer. It challenges them, explains the logical relationships, and asks them to reason and explain their own connections. This practice helps to foster active learning and curiosity, two key principles of our pedagogy. 2. The Instructional Assistant 👩💻 This assistant is a game-changer for creating dynamic, interactive content. It allows educators to use existing course materials, like a YouTube video, to generate engaging role-playing scenarios. The student can then act as an expert on the topic in a conversation with the AI. This approach promotes active learning and curiosity, and because it uses different media and formats, it helps manage cognitive load and makes learning more adaptive and multimodal. 3. The Math Discourse Coach 👩🏫 When a student gets stuck on a math problem, the instinct is to give them the answer. But real learning comes from the struggle. This prompt turns Gemini into a coach that helps students reflect on their reasoning and explore alternate approaches. It’s designed to promote a "healthy struggle" by asking questions that challenge their thinking, which helps with metacognition and managing cognitive load. All 8 prompts from the guide are included in the carousel below Best to test those prompts in AI Studio: https://lnkd.in/d8B45nPk or via the Gemini API https://lnkd.in/dyZBTmKi   See the complete Prompt guide: https://lnkd.in/d9JBxfUd

#Materials You Need in Your #Online #Class to Charge Your Worth and Get Retained #Jobs Welcome to my Wednesday post, where I help beginner online #tutors become better, more confident, and more successful. Sequel to my last Wednesday post on “Doing the Basic Math About Your Pay,” Now let’s talk about what separates highly paid tutors from those still struggling to get jobs, 🎯 Your Materials and Subject Mastery! Many tutors just talk through the class no visuals, no activities, no interaction. But in online tutoring, parents aren’t paying for your time only, They’re paying for your teaching experience. Here are essential materials every online tutor should use to make your classes stand out and your rate worth it. 1️⃣ Writing Pad or Screen-Touch Laptop with Stylus Pen - If you teach subjects like Math or Physics, this is a game changer, It makes your explanations visual, neat, and professional, Parents love clarity. Use apps such as 🔻Microsoft OneNote 🔻Squid 🔻LiveBoard etc. 2️⃣ Worksheets - They reinforce learning and give parents visible progress. Sites to get free worksheets: 🔻Twinkl 🔻Liveworksheets 🔻Education.com 🔻K5 Learning 🔻Create yours using Canva for Education. 3️⃣Videos make complex ideas simple, especially for younger learners (Reception or Early Years) Sites for quality educational videos: 🔻BBC Bitesize 🔻Khan Academy 🔻StoryBots-YouTube 🔻National Geographic Kids etc. 4️⃣ Interactive Games - Games bring fun into learning and help children retain knowledge. Try these tools: 🔻 Wordwall 🔻Kahoot! 🔻Quizizz (Wayground) 🔻Educandy etc. You can do a 5-minute quiz at the end of lessons. 5️⃣ Past Questions - If you teach exam classes, updated past questions shows professionalism. Where to find them: 🔻11+ & 13+ Exams → Exam Papers Plus 🔻GCSE → RevisionWorld, BBC Bitesize 🔻SATs (UK/US) → Twinkl SATs Resources, Khan Academy SAT Practice 🔻General → CQP Platform 🔻MySchool.ng (JAMB, WAEC etc.) Having these ready tells parents you came prepared to help their child succeed. 6️⃣ Slides - Slides make lessons structured and engaging. 🔻Use Google Slides, 🔻PowerPoint, or 🔻Canva to design clear and colorful slides. 7️⃣ Calm Voice & Professional Demeanour - This “material” costs nothing but matters most, Never shout or scold, your tone determines retention. Parents may forget the topic, but not how you made their child feel. Once a child complains in international tutoring, that may be the end of your job. Before your next class, ask: “Am I talking through time or teaching with tools?” Which of these tools do you already use or plan to start using? Drop it in the comments 👇🏽 And if you know a tutor who needs this reminder, 🔁 Repost It might save their next job. I am Oluwakemi Ajayi a Teacher Development Coach and Kids Edtech trainer with a passion for impacting the teaching profession one educator at a time. Always rooting for you 💙 #OnlineTeaching #TutorTips #TeachingJobs #EdTech #Tutoring

I’ve compiled a list of simulation rich websites that I regularly use in my teaching. Around 15 of them I use actively, while the others I explore occasionally, depending on the #topic and #learning objectives. The choice of platform always depends on the #concept I want students to explore and the type of simulation that best supports understanding. I’ve also indicated which subjects each platform is best suited for. I began exploring simulations when I was unable to conduct laboratory experiments due to limitations in the lab facilities at the schools where I worked. I found these tools incredibly useful and began designing activities around them to support student learning. If you know any other effective simulation tools, please feel free to share, I’m always happy to explore new resources. 1. PhET Interactive Simulations, University of Colorado Boulder 📚 Subjects: Physics, Chemistry, Biology, Mathematics, Earth Science 2. LabXchange 📚 Subjects: Biology, Biotechnology, Life Sciences 3. JavaLab 📚 Subjects: Physics, Chemistry, Mathematics 4. Labster 📚 Subjects: Biology, Chemistry, Physics, Health Sciences 5. GeoGebra 📚 Subjects: Mathematics 6. Falstad Math & Physics 📚 Subjects: Physics, Mathematics 7. Gizmos (ExploreLearning) 📚 Subjects: Science (Biology, Chemistry, Physics), Mathematics 8. ChemCollective 📚 Subjects: Chemistry 9. HHMI BioInteractive 📚 Subjects: Biology 10. Desmos 📚 Subjects: Mathematics 11. Wolfram Demonstrations Project 📚 Subjects: Mathematics, Physics, Engineering, Computer Science 12. Learn Genetics (University of Utah) 📚 Subjects: Biology, Genetics 13. TryEngineering 📚 Subjects: Engineering, STEM 14. CK-12 Foundation Simulations 📚 Subjects: Physics, Chemistry, Biology, Mathematics, Earth Science 15. EduMedia 📚 Subjects: Physics, Chemistry, Biology, Earth Science, Mathematics 16. oPhysics 📚 Subjects: Physics 17. UCAR Center for Science Education (SciEd) 📚 Subjects: Earth Science, Climate Science, Meteorology 18. BioDigital 📚 Subjects: Biology, Human Anatomy, Health Science 19. Merge 📚 Subjects: STEM (Science, Technology, Engineering, Math) 20. Explerify.com 📚 Subjects: General Science #Teacher #ScienceTeacher #BiologyTeacher #EdTech #EdTechSpecialist #InstructionalCoach #Simulations #Education #STEMeducation #ScienceEducation #EducationalTechnology #DigitalLearning #InteractiveLearning #VirtualLabs #InquiryBasedLearning #TeachingTools #TeacherResources #Teaching #21stCenturySkills LinkedIn #Singapore

I am beyond impressed with the innovative and student-centered teaching happening in Mrs. Gomez’s 4th-grade classroom at Cold Spring School! She delivered an exceptional math lesson, integrating AI-powered tools to personalize learning and made math truly meaningful. Using MagicSchool AI, she created real-world math word problems tailored to each student’s interests, hobbies, and even their names! This approach not only engaged students but also deepened their problem-solving skills in a way that felt relevant and exciting. Her lesson also incorporated: ✅ Small group instruction to support individual learning needs ✅ Renaissance Learning Freckle platform for independent, adaptive practice ✅ Interactive technology & whiteboards for real-time formative assessment ✅ Encouragement of multiple problem-solving strategies, fostering critical thinking Mrs. Gomez’s ability to blend AI with high-impact instructional strategies is a powerful example of how technology can enhance student learning—all while keeping the classroom dynamic, engaging, and personalized. 👏👏 Let’s celebrate innovative educators like Mrs. Elizabeth, who are shaping the future of learning with creativity, passion, and the right tools! #EdTech #AIinEducation #PersonalizedLearning #InnovativeTeaching #MathEducation #StudentEngagement #ColdSpringSchool

A standout feature of Claude 3.7 (and its predecessor) is the ability to produce diagrams and even animations from a text prompt. For example, given a prompt, Claude can write code for a 3D simulation or animation - essentially programming a visual demonstration of a concept. In one case, users asked Claude to generate code for a 3D animation simulating a space mission, and the AI produced a working visualization without the user needing advanced physics or programming knowledge. Applying this to a math problem, Claude could similarly generate code or descriptions for plotting functions, drawing geometric figures, or animating a step-by-step geometric construction. The result is an AI-generated explanatory video where each step of the solution is illustrated. These animations and diagrams turn abstract equations into something more concrete. Such AI-generated explanatory videos can have an impact on learning. By combining clear narration (or text explanations) with generated visuals, complex problems become much more accessible. Research and case studies suggest that students grasp abstract concepts more easily when they’re presented with visual aids alongside text. In this example, a difficult maths concept from the Tokyo University exam was explained by illustrations for each step – turning what might be a wall of equations into an engaging visual story of how to solve the problem. The engagement factor is also key. Animations and dynamic visuals tend to hold learners’ attention better than static text. Instead of passively reading a solution, learners are watching a process unfold. They can see where a formula comes into play or how a graph’s shape changes, which makes the experience more interactive and memorable. Ultimately, this means higher comprehension and retention. Another benefit is the potential for self-paced learning. A student using such an AI video can rewind, pause, or fast-forward through explanations as needed - something that’s harder to do in a live classroom setting. It’s like having a personal tutor that doesn’t get tired of repeating a explanation. This can be especially empowering in challenging subjects like advanced mathematics, where not everyone learns at the same speed. The AI can also adjust the explanation on the fly if asked (for example, providing more background on a step if the student is confused), making the learning experience adaptive to the individual. Should the use of AI models be part of the education systems to enhance learning? #innovatio #technology #future #management #startups

“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

How to Use AI to Create Engaging Video Lessons! AI video tools have made it possible to create polished lesson videos without a camera, a studio, or editing software. You write a script, pick a visual style, and the AI handles everything: voiceover, subtitles, transitions, background music, relevant visuals. A lesson that used to take a full afternoon can be ready in minutes. The variety of what's out there surprised me. Some tools convert text directly into finished videos (InVideo AI, Pictory, Fliki). Others use AI avatars, digital presenters who read your script with natural lip-syncing in 140+ languages (Synthesia, HeyGen). There are also animated explainer makers that turn abstract science or math concepts into visual walkthroughs (Animaker). What I find most practical: you can take materials you already have, a PowerPoint, a PDF, class notes, and the AI converts them into video lessons. No need to start from zero every time. A word of caution, though. Most tools work best for short clips (1-3 minutes). They can produce factual errors or visuals that feel off. Every video needs your eyes on it before students see it. I've written a detailed guide with various tools organized by category, practical tips, and a breakdown of what's actually possible right now. Link in the first comment. #AIinEducation #EdTech #TeachingWithAI #VideoLessons #EducatorsTechnology