Upcoming Courses

What was groupwork like for you when you were a student? Do you want it to look similar or different? Are you enthusiastic about the idea of your students working in groups?In this workshop, teachers will learn how to leverage groupwork to provide students with more learning opportunities. Teachers will gain insights into productive groupwork while reflecting on their current groupwork practices. Facilitated by experienced teachers, participants will leave with small, practical changes that can be implemented to make groupwork structures more productive for all students. Dates: September 25, 2024, October 2, 2024, October 9, 2024, October 16, 2024, October 23, 2024, October 30, 2024

orem ipsum dolor sit amet. Sed mollitia dolores ea quisquam reiciendis non vero laborum aut impedit laboriosam et fuga saepe eos aliquam repudiandae non optio mollitia. Non reprehenderit quibusdam aut expedita

Exploring the Science Practice of Mathematical Thinking to Deepen Physics Understanding Anchored in a foundational “Patterns & Inquiry” unit, the Patterns Approach to physics engages students in the work of scientists, including generating research questions, designing experiments, collecting data, identifying patterns, and using those patterns to successfully predict future data points. In this workshop, teachers will gain an overview of the Patterns Approach to physics, experience a Patterns-type lesson, and discuss how the Patterns Approach could be implemented in their classroom.

Understanding math and science enables citizens to make critical, informed decisions that support individual wellbeing and civic participation. We see project-based learning (PBL) as a highly effective way to address these challenges. In order to harness the potential of these courses to improve the lives of all students, teachers need specialized support in leveraging PBL in math and science. Come learn with us about some of the basics of PBL, such as entry events, end products, checkpoints, and other core components. Walk away with the next steps to begin implementing PBL in your class.

In this workshop, teachers will explore a life science phenomenon to develop an understanding of how the practices of questioning, modeling, and data analysis support students in building content knowledge. Together teachers will consider places in their curriculum where phenomena and science practices can support students in building content knowledge.

What was groupwork like for you when you were a student? Do you want it to look similar or different? Are you enthusiastic about the idea of your students working in groups?In this workshop, teachers will learn how to leverage groupwork to provide students with more learning opportunities. Teachers will gain insights into productive groupwork while reflecting on their current groupwork practices. Facilitated by experienced teachers, participants will leave with small, practical changes that can be implemented to make groupwork structures more productive for all students.

Let your existing science labs take center stage in engineering design challenges! Together we will unpack the engineering design process and map science practices and common classroom activities onto that process, and we’ll identify multiple points where your well-tested science labs can facilitate student-centered engineering design. You’ll leave with student-facing tools and a fuller sense of how to integrate engineering into your science classes.

Exploring the Science Practice of Mathematical Thinking to Deepen Physics Understanding Anchored in a foundational “Patterns & Inquiry” unit, the Patterns Approach to physics engages students in the work of scientists, including generating research questions, designing experiments, collecting data, identifying patterns, and using those patterns to successfully predict future data points. In this workshop, teachers will gain an overview of the Patterns Approach to physics, experience a Patterns-type lesson, and discuss how the Patterns Approach could be implemented in their classroom.

Are you excited to help students explore real-world connections between math, science, and engineering, but worried that you already have too much content to cover? Engineering doesn’t need to be an “extra” in STEM — instead it can be embedded into your current content teaching to promote relevance, engagement, and 21st century skills. Learn how to plan and facilitate engineering design challenges that inspire your students to learn and apply math and science concepts as they solve real-world problems. Participants will engage as learners in engineering design challenges that span STEM subject areas, and will develop skills for teaching engineering in your classroom. Using tools for developing your own design challenges, participants will build an NGSS-aligned framework for using the engineering design process in your classroom.