Science
General Information
Introduction
The goal of science is borne out of curiosity, out of a desire to more accurately understand and make sense of the natural world. Tenafly’s science program trains students to be scientifically literate through differentiated and engaging learning experiences that pique curiosity and give students diverse opportunities to do scientific inquiry (i.e. asking questions, planning and carrying out investigations, developing and using models, interpreting data, engaging in computational thinking) and to do scientific collaboration (i.e. constructing explanations, discerning how data refutes or supports claims, obtaining and communicating information, engaging in constructive discourse). As students progress through science instruction from kindergarten to graduating high school, they construct a robust, cohesive, increasingly detailed framework of scientific facts and principles that they can draw upon in both academic and non-academic settings.
We firmly believe the practices and principles of science help all students, not just those pursuing scientific studies or careers, to be better critical thinkers and more responsible citizens and consumers.
Grade Level Information
Elementary
Elementary Science
In grades K through 5, the focus of science education centers on taking advantage of the natural enthusiasm and wonder elementary students have about their environment and providing instruction that connects to students’ developing literacy and numeracy skills. Each year, students have a Physical Science unit, Biology unit, and Earth and Environmental Science unit.
All students come in with some conceptual framework of how and why things they observe occur. Science activities seek to engage, challenge, and refine students’ prior understanding through experiential learning that involves making first-hand observations and collaboratively and individually constructing explanations for easily observed phenomena. The foundation for future learning is laid as students become familiar with using the science and engineering practices and organizing information into a conceptual framework using the fundamental crosscutting concepts (i.e. patterns - cause and effect - structure and function - scale, quantity, and proportion - systems and systems models - energy and matter - stability and change).
In Kindergarten through 4th grade, each elementary teacher teaches language arts, mathematics, science, and social studies. In grade 5, as students prepare for middle school, there is one dedicated teacher specializing in science instruction at each school.
Middle School
Middle School Science
In middle school, students continue to use the science and engineering practices and crosscutting concepts that they have learned in elementary school, but the focus is on incorporating a more in-depth, detailed understanding of the core ideas they were exposed to in elementary school. The curriculum centers on understanding the interactions and behavior of specific forces, types of particles, and biological and environmental structures so that students have a more sophisticated understanding of why and how observed phenomena occur.
In 6th grade, students take Physical Science.
In 7th grade, students take Biological Science.
In 8th grade, students take Earth Science.
High School
High School Science
In high school, students continue to use the science and engineering practices and crosscutting concepts that they have been using through elementary and middle school, and the focus is on incorporating an even more in-depth, detailed understanding of the interactions and interconnections between specific forces, atoms and molecules, cells, ecosystems and more into the conceptual framework of how the world works around them. Connections between the physical sciences. biological sciences, and earth and environmental science become clearer as students improve in their ability to explain phenomena at varying temporal and spatial scales (e.g. individual/ lifespan vs. regional population/ multi-generational vs. global/ geologic; subatomic vs. atomic vs. macroscopic)
Students are challenged to be increasingly responsible for directing and reflecting upon their own learning. Students may choose to pursue additional science courses beyond the required coursework based on their interest and long term goals.
Visit the Course Guide for Course Descriptions and Prerequisites
Course Sequence
Staff
TPS Science Department Staff
K-12 District Science Supervisor - Ms. Grace Wolesagle
Middle School
- Emma Cawley
- Brian Cook
- Daniel Frare
- Melody Go
- Lisa Greco
- Benjamin Gordon
- Anna Rubenchik
- Marina Vacanti
- Anthony Vagnone
- Ryan Weber
High School Staff - which can also be obtained from the Tiger Q:
Links & Resources
- Rubicon Atlas - Science
- Program of Studies for THS
- New Jersey State Minimum Graduation Requirements by Content Area
- 2024 Summer Assignments