AI chatbots are a powerful way to provide safe, monitored, personalized learning experiences for students. Chatbots can be used for a wide range of engaging activities such as interviewing a historical figure, discussing a book, learning about a career, assessing understanding, providing tutoring, or diving into any topic. With AI these chatbots adjust to each student individually to meet their specific needs and interests. In this session we will explore traditional AI chatbots, as well as tools such as SchoolAI, Mizou, Khanmigo, and MagicSchoolAI where you can choose from a wide range of pre-made chatbots or easily create your own. For more details see: https://bit.ly/curts-chatbots
This session will provide a broad overview of the NGSS, discussing the frameworks that inform the standards, instructional practices that support the NGSS in the classroom, and high-quality instructional resources that are available that can support NGSS implementation. We will also discuss tools you can use to become a critical consumer of resources to use in your classroom.
Instructional coaching is a way to build reflective practices in teachers to drive instructional change. The relational nature of coaching techniques allows the coach to provide specific, context-based suggestions that could be used to address inequitable structures in classrooms. Individuals who work with teachers can make specific and intentional moves to help teachers reflect on and challenge structures of power, narratives, and values of science, and what science participation looks like from within specific classroom structures.
EduProtocols are instructional templates that are designed to engage students in learning through critical thinking, collaboration, communication, and creativity, in any subject or grade level. In this session you will see how engaging these can be for students by trying out several hands-on activities with Google tools such as Sketch and Tell, Iron Chef, Tier List, Thin Slides, and more. For more details see: https://bit.ly/curts-active
One of the biggest challenges in education is the time required to provide detailed feedback on student work. Thankfully we now have powerful AI tools that can generate personalized feedback for student work based on the guidelines, rubrics, and style we suggest. This can include feedback on student writing from short answers to full essays, as well as feedback on spoken student explanations. In this session we will explore AI feedback tools such as Class Companion, Snorkl, EnlightenAI, and more. For more details see: http://bit.ly/curts-aigrading
Cultural relevance promotes inclusive environments that expand perspectives of meaningful participation to include all students. This session will consist of two parts, with part 1 focusing on: (1) What is cultural relevance? (2) How has cultural relevance been applied? and (3) How can we make actionable steps in our own classrooms to affirm the diverse cultures and perspectives of our students?
There are many Google tools, apps, extensions, and features available to assist all learners. In this session we take an in-depth hands-on look at a wide range of technology tools to assist any and all learners. These can include text-to-speech, speech-to-text, readability, reading comprehension, artificial intelligence tools, audio support, organization, focus, and more. Learn what tools are available and how to access and use these free tools with your students. For more details see: https://bit.ly/curts-support
Cultural relevance promotes inclusive environments that expand perspectives of meaningful participation to include all students. The second session will be a time for participants to workshop applications of cultural relevance for their classroom context in collaboration with the presenter and other participants in similar subjects/grade bands.
The traditional algorithms are amazing historic achievements, but they are terrible teaching tools. If mathematics teaching is not about mimicking algorithms, then what? Join me for small steps that shift the focus from memorizing and mimicking to reasoning and mathematizing. And get big results. Walk away with the best strategies, models, and tasks to make it happen. Math is Figure-out-able!
Discover how to cultivate a classroom environment that balances clear boundaries with empathy and respect for student dignity. This session will explore strategies for implementing social-emotional learning practices that promote positive behavior and support emotional well-being. Learn how to create a harmonious classroom atmosphere that values each student's unique contributions while maintaining structure and respect. Participants will leave with practical tools to foster a compassionate, balanced, and inclusive learning environment that enhances student engagement and growth.
Talking in math class sounds like a good idea, but is talk for the sake of talking a strong enough rationale? If math is a disconnected set of facts to memorize with rules to mimic, what is there to talk about? If, on the other hand, math is figure-out-able, then talking becomes a crucial part of the learning. And creating that discourse is not a trivial task. But we can do it! And it’s so worth it. Come learn why, when, and what to talk about.
Explore innovative approaches to designing professional learning experiences that cater to diverse learner needs. This session focuses on empowering educators to create impactful instructional strategies that address varied learning styles, abilities, and backgrounds. Participants will learn practical methods for designing inclusive professional development that promotes equity, fosters creativity, and enhances instructional effectiveness. Discover how to tailor learning experiences that engage all educators in meaningful ways, ensuring they are equipped to meet the diverse needs of their students effectively.
The powerful teaching tool, Problem Strings, is a purposeful sequence of related problems designed to help students mentally construct mathematical relationships. It is an intriguing lesson structure during which teachers and students interact to construct important mathematical strategies, models, and concepts. The power of a problem string lies in the carefully crafted conversation as students solve problems, one at a time, and the teacher makes student thinking visible and draws out important connections and relationships. Finally a way to teach math that is not just showing and memorizing steps–and gets results.
This session is designed to help educators and edtech enthusiasts explore how to connect their passion and skills with a sense of purpose in order to create real impact in the world of education. This session will cover strategies and practical tools for discovering one's unique purpose and turning it into a powerful force for change in the classroom and beyond. Attendees will learn from real-world examples of successful edtech initiatives, and have the opportunity to collaborate with like-minded individuals to brainstorm and plan their own purpose-driven edtech projects. Whether you're just getting started in the field or looking to re-energize your approach, this session will equip you with the inspiration and resources you need to make a positive impact on education through technology.
Explore how to teach AI concepts with a focus on empathy and ethical considerations. This session will delve into ways to integrate empathy into AI education, ensuring students understand the human impact of technology. Learn strategies for presenting AI not just as a technical tool, but as a means to enhance connection, support well-being, and promote social good. Participants will gain practical approaches to designing AI lessons that foster compassion, responsibility, and an understanding of the ethical implications of artificial intelligence in society.
As we reimagine mathematics classrooms, many innovative teaching practices have emerged. In this session we’ll parse out why some of these fail and how to support teachers in making the shift to focus on students. Understanding the ways teachers are misunderstanding key instructional practices can help you leverage them to result in greater student outcomes.
