This presentation concludes a three-part series chronicling my journey as an educator striving to better understand and support dyslexic learners. Previous sessions highlighted the challenges, insights, and progress in addressing dyslexia. Now, with a completed university program and pilot study, I share evidence-based solutions for transformative support. Attendees will revisit key insights to understand the full scope of my journey, while exploring the outcomes of intensive intervention, including before-and-after data. The session will highlight practical strategies and actionable steps to create a supportive environment for dyslexic students. Designed to inspire educators, administrators, and advocates, this presentation demonstrates that meaningful change is attainable through informed practices and research-backed approaches. Together, we can unlock the potential of every dyslexic learner and strengthen our educational communities.
Did you ever see Multiplicity (with Michael Keaton) and think, "Gee, if only I could make 25 copies of myself to work with students individually and in small groups?" Well, now you can...almost! Thanks to AI chatbots crafted to practice skills, you can help all of your students get dialed in to the support they need to enhance their understanding AND still meet with small groups. You can also: Provide 24/7 Support: Offer students round-the-clock access to practice and feedback; Personalize Learning: Tailor instruction to meet the unique needs of each student; Optimize Your Time: Focus on small group instruction while AI handles sharpening other students skills. In this session, you'll learn how to: Design Effective Chatbots: Create AI tutors aligned with specific learning objectives, Implement Accountability: Ensure students engage meaningfully with AI-powered tools, and Leverage AI for Efficiency: Maximize your time and resources with AI-assisted lesson planning.
Build a Mars Colony In Minecraft with Robots and Code? YES! In our middle school computer programming class, students are using Microsoft MakeCode in Minecraft Education to simulate the robotic 3D printing of buildings and greenhouses on Mars. Students are building 2D animations of Artemis space missions using Scratch coding.
