Authors

In this two-day symposium, a Solution Tree expert will lead K-6 educators through a process using their T.E.A.M.S framework that makes high levels of learning for all literacy scholars not only possible, but probable and practical.

Achieve high engagement by building competence, autonomy, and content relevance in students, resulting in positive academic self-concept and self-efficacy. Readers will gain research-based instructional strategies for connecting with disengaged students and building positive student-teacher relationships

Discover powerful instructional coaching tools, strategies, and processes aligned to the four critical questions of Professional Learning Communities at Work®. Ensure all collaborative teams in your PLC school are engaged in the right work to support student learning.

In this one-hour webinar, authors Kim Bailey and Chris Jakicic will share strategies that instructional coaches/leaders can use to guide their approach in supporting the PLC process with collaborative teams.

Focus on developing people not just improving test scores. The authors examine how staffing decisions can strengthen professional learning communities.

Develop a research-based math intervention program with common unit assessments. Increase student learning using the MTSS or response to intervention model to guide mathematics assessment.

Build and support math teacher teams in your PLC. This leadership guide will help you establish collaborative teaching strategies to improve math curriculum.

Use the PLC process to evaluate homework and practices in mathematics. Learn how collaboratively assigning and grading math homework increases student engagement and math skills.

Gain lesson-design strategies and instructional methods of teaching mathematics in a professional learning community (PLC). This results-oriented book presents an approach for teaching math that supports student perseverance and learning through standards-based activities and lessons.

Empower your mathematics collaborative teams and students with this comprehensive guide. The authors provide preK–12 educators with tools and strategies for accelerating student learning of mathematics to grade level and beyond through intentional Tier 1 and Tier 2 instruction.