The City Is Our Classroom
The PFS curriculum builds foundational skills for success in our school and for choices of high schools in the future. Our teachers employ methods for skills-building that are best suited for each child at his/her/their particular stage of development. Classes are small, and your child will receive immediate, relevant feedback and then additional practice. The ensuing dialogue will ask for more than the correct answer; it will require thoughtfulness and self-knowledge. “I don’t know” will never be an acceptable answer—it will be replaced with “I don’t know yet.”


Service Learning
Friends believe that social responsibility is important to carrying out their faith. George Fox wrote in 1650 that Friends were called to live "in the virtue of that life and power that took away the occasion of all wars." For this reason, a hallmark of Quaker schools is service. In addition, the responsibility of citizenship means that Quaker schools teach not only civics but how to use the knowledge of civics to help foster democracy and make it work for the betterment of the world.
For Phoenix Friends Schoolers, each grade level has a service learning theme and is paired with a service partner. What follows are possible collaborations, selected from many under consideration:
Our Philosophy
Imagine a classroom where questioning and inquiry feed a sense of wonder and progress, where teachers acknowledge their own continuing growth, and discovery can be collaborative. The collegiality that emerges between “student” and “expert” is one important factor in shaping the powerful and unusual quality of student-teacher relationships. For each grade, PFS expects students to stand up for what they believe and behave respectfully everywhere and at all times.


Coding, Robotics, and Technological Stewardship
Computer technology is a ubiquitous part of our society, and so it’s increasingly important for younger generations to become both competent users — as well as good stewards — of technological platforms. In our program, students will gain experiential knowledge of computing and discover how code underpins all digital applications. This understanding, coupled with hands-on robotics exploration, will give students the opportunity to write real software and implement it through purposeful interaction with the physical world.