Learning the approach
Workshops introduce teachers to the structure of PUM and the principles of the Investigative Science Learning Environment.
Community
A network of educators learning, teaching, and refining practice together.
PUM is more than a set of curriculum materials. It is connected to a broader community of educators who use the ISLE approach in classrooms, teacher preparation programs, and professional development settings. That community has helped shape the materials and continues to support their use.
Workshops and professional learning
PUM materials have been shared through teacher education programs and professional development workshops. These experiences help educators understand the philosophy behind the materials, explore classroom implementation, and connect with others using similar approaches.
Seeing implementation
Professional learning can help teachers understand how the modules function in real classrooms and how to adapt them to local needs.
Continuing the conversation
Workshops also help teachers connect with a broader network of educators interested in inquiry, reasoning, and student-centered physics instruction.
Teacher voices
Teachers have described PUM as a way to help students reason more deeply, use evidence more consistently, and take greater ownership of their learning.
“Its a constructivist methodology of teaching physics to all age levels in which math and science processes are equally weighted.”
Keith Thomas, Middle School Science Teacher“I would explain it as a combination of curricular materials that help develop and use the scientific method and a collection of applied mathematics activities that merge with one another.”
Suzanne White Brahmia“It really gives them an arsenal to show, in different ways, what they know.”
Keith Thomas, Middle School Science Teacher“I think my students are much more likely to cite experimental evidence for arguments when we talk about different things.”
Suzanne White Brahmia“Students do not ‘cover’ as many topics in a PUM lesson, but the learning that occurs is more meaningful.”
Chris D’Amato, High School Physics Teacher“Once students get more accustomed to it and kind of see what’s going on, I think they take it and run with it.”
Joe Santonacita, High School Physics TeacherClassroom-centered support
One of the strengths of the PUM community is that it has always been grounded in classroom practice. The materials were not only designed for classrooms; they were shaped by what teachers and students actually experienced while using them.
Feedback from implementation
Teachers helped improve the modules by piloting lessons, noticing where students struggled, and suggesting refinements based on use.
Shared problem solving
The community provides a space for teachers to think together about pacing, adaptation, standards alignment, and how to support students through inquiry-based learning.
Teacher learning
Professional growth through workshops and shared implementation.
Professional growth through workshops and shared implementation.
Student-centered practice
A focus on reasoning, evidence, and discussion in classrooms.
A focus on reasoning, evidence, and discussion in classrooms.
Ongoing refinement
Materials improved through repeated classroom use.
Materials improved through repeated classroom use.
Shared commitment
Educators working toward meaningful, inquiry-based physics learning.
Educators working toward meaningful, inquiry-based physics learning.
Join the conversation
Teachers interested in PUM can explore the materials, connect with workshops, and become part of a broader conversation about teaching physics through investigation, reasoning, and evidence.