Region 18 Round-Up 2025: Learning Under the West Texas Sun

Engineers solve problems by using a systematic process called the Engineering Design Process, which includes identifying the problem, identifying the constraints and criteria,generating ideas,and testing possible solutions. With a growing demand that scholars be prepared for STEM-focused careers, teachers have an increased responsibility to incorporate engineering into their classroom—often a difficult task. In this session, experienced STEM coaches will take participants on an engineering journey! Hands-on learning will be the focus and will include structures and strategies that teachers can implement in their classroom the very next day. Engaging and useful formative assessments will be used to check for understanding to be sure that no participant is left behind.

Engineers solve problems by using a systematic process called the Engineering Design Process, which includes identifying the problem, identifying the constraints and criteria,generating ideas,and testing possible solutions. With a growing demand that scholars be prepared for STEM-focused careers, teachers have an increased responsibility to incorporate engineering into their classroom—often a difficult task. In this session, experienced STEM coaches will take participants on an engineering journey! Hands-on learning will be the focus and will include structures and strategies that teachers can implement in their classroom the very next day. Engaging and useful formative assessments will be used to check for understanding to be sure that no participant is left behind.

Engineers solve problems by using a systematic process called the Engineering Design Process, which includes identifying the problem, identifying the constraints and criteria,generating ideas,and testing possible solutions. With a growing demand that scholars be prepared for STEM-focused careers, teachers have an increased responsibility to incorporate engineering into their classroom—often a difficult task. In this session, experienced STEM coaches will take participants on an engineering journey! Hands-on learning will be the focus and will include structures and strategies that teachers can implement in their classroom the very next day. Engaging and useful formative assessments will be used to check for understanding to be sure that no participant is left behind.

Ready for students to start developing their own bright ideas? Join "The Lightbulb Lab" where we'll dive into the inspiring story of "Rosie Revere, Engineer" and explore how even "brilliant first flops" can lead to amazing discoveries! Get ready for hands-on inquiry as we tinker with circuits – a tangible way to encourage a growth mindset in your young scientists. Educators will walk away with practical strategies to integrate a growth mindset, STEM, and literacy into their hands-on elementary classroom.  Let's light up learning together!

Can Sibley Nature Center enrich your curriculum and enhance student success? Learn about our diverse programs, from guided field trips to in-class presentations, all designed to connect students with the natural world. We'll explore our trails, exhibits, and resources, and discuss how we can partner with you to create impactful learning experiences throughout the year. Learn how to integrate art and science, and unlock a unique way for students to explore and connect with their environment.

Can Sibley Nature Center enrich your curriculum and enhance student success? Learn about our diverse programs, from guided field trips to in-class presentations, all designed to connect students with the natural world. We'll explore our trails, exhibits, and resources, and discuss how we can partner with you to create impactful learning experiences throughout the year. Learn how to integrate art and science, and unlock a unique way for students to explore and connect with their environment.