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In this full-day workshop, a Solution Tree expert will offer research-backed tools and tips for motivating and engaging all students. This workshop will equip teachers with time-tested and innovative strategies that reinvigorate their passion for teaching, allowing them to not only be highly effective but also happy.

In this session, participants will explore innovative strategies and practical tools designed to challenge advanced learners through extended and personalized learning opportunities. Attendees will examine how flexible grouping, tiered assignments, and student choice can transform their classrooms into dynamic spaces that promote deep engagement and continuous learning. By embedding these strategies into their PLC processes, participants will leave equipped to elevate their team's impact on all students.

Artificial intelligence (AI) tools like ChatGPT are revolutionizing education, empowering teachers to work more efficiently and effectively while opening new learning pathways for students. From creating differentiated content to streamlining planning for instruction and intervention, AI offers endless opportunities to enhance the work of K12 teachers and collaborative teams. However, these tools also bring challenges and limitations that educators must navigate thoughtfully.

Artificial intelligence (AI) tools like ChatGPT are revolutionizing education, empowering teachers to work more efficiently and effectively while opening new learning pathways for students. From creating differentiated content to streamlining planning for instruction and intervention, AI offers endless opportunities to enhance the work of K12 teachers and collaborative teams. However, these tools also bring challenges and limitations that educators must navigate thoughtfully.

Artificial intelligence (AI) tools like ChatGPT are revolutionizing education, empowering teachers to work more efficiently and effectively while opening new learning pathways for students. From creating differentiated content to streamlining planning for instruction and intervention, AI offers endless opportunities to enhance the work of K12 teachers and collaborative teams. However, these tools also bring challenges and limitations that educators must navigate thoughtfully.

Artificial intelligence (AI) tools like ChatGPT are revolutionizing education, empowering teachers to work more efficiently and effectively while opening new learning pathways for students. From creating differentiated content to streamlining planning for instruction and intervention, AI offers endless opportunities to enhance the work of K12 teachers and collaborative teams. However, these tools also bring challenges and limitations that educators must navigate thoughtfully.

The Mathematics in a PLC at Work^® Summit is led by educational thought leaders and acclaimed authors of the book series Every Student Can Learn Mathematics. Committed to helping you design an effective K–12 mathematics program, these mathematics experts will share research-affirmed and proven strategies for your classroom, school, and district.

During this 1-Day Workshop, participants will gain strategies for how to build better parent engagement and collaboration with your school community to better support all of your students. Each participant will learn about a “Parentship” and how to purposely build a guiding coalition to move this work forward in their schools. Participants will also be given several easy-to-implement strategies for their own collaborative teams and school communities along with time and tools to think through that process.

Artificial intelligence (AI) is rapidly evolving and transforming education. While the tools are increasingly accessible and society at large has embraced the power of AI, most teachers are not using it. One of their biggest barrier to entry? Time. Now, you can master AI tools for your classroom on your own schedule!

The COVID-19 pandemic brought a long-standing challenge in U.S. schools to the forefront: more than two-thirds of students cannot read at grade level. Alarmingly, if students are not proficient in reading by the end of third grade, they are more likely to drop out. This realization has sparked a growing interest in the science of reading, a decades-long body of interdisciplinary research that examines the multifaceted nature of reading development. By embedding the science of reading into instructional practices, teachers can ensure students recognize words and understand their meaning—thus supporting reading fluency.