Our elementary science program emphasizes a hands-on approach to learning. The implementation of the New York State P-12 Science Learning Standards (NYSP12SLS), an adaptation of the Next Generation Science Standards, will be taught through the three dimensions of science learning: disciplinary core ideas; science and engineering practices; and cross-cutting concepts, where students can build a cohesive understanding of science overtime. Students in Preschool through fourth grade will engage in the four domains of science including Physical Science, Life Science, Earth and Space Science, and Engineering Design.
Students are naturally curious and learn best when they are actively engaged in the discovery process. Throughout their elementary science career, students will often work with their peers to interact as closely as possible with the natural world to construct explanations about the world around them. Through this active exploration they will learn how to think critically and solve problems through creating models, observing, discussing, and writing.
In UPK-4th grade, students will learn:
UPK: Physical Science, including matter in the forms of solids and liquids, energy as pushes and pulls, and how sound is made through vibrations; Life Science, including plant and animal needs, external systems, and inherited traits; Earth and Space Science, including patterns of the sun, moon, and stars, weather changes, and the effects of sunlight.
Kindergarten: Matter, including solids and liquids; Forces and interactions, including the effects of pushes and pulls; Interdependent relationships, including plant and animal needs and behaviors, and human impact on the environment; Weather and climate, including weather patterns, forms of severe weather, and the effects of sunlight; Engineering and design, including asking questions, making observations, and gathering information to solve a problem, developing models, and analyzing data.
First Grade: Waves, including sound through vibrations, and the effects of light; Life Science, including how plant and animal adaptations, behaviors of parents and their offspring, and inherited traits; Space Systems, including sky patterns and seasons;Engineering and design, including asking questions, making observations, and gathering information to solve a problem, developing models, and analyzing data..
Second Grade: Matter, including investigating properties of matter, and melting and freezing; Ecosystems including, plant needs, animal and plant interdependence, and habitats; Earth’s systems that include timescales of fast and slow moving events, use of evidence and ideas of natural events that shape the earth, including erosion and weathering; Engineering and design, including asking questions, making observations, and gathering information to solve a problem, developing models, and analyzing data.
Third Grade: Forces and interactions, including balanced and unbalanced forces, motions of an object, and electric or magnetic interactions; Ecosystems, including animal groups, fossils, habitats, and environmental changes; Life science, including life cycles, inherited traits, environmental impact, and adaptations; Weather and climate, weather patterns, world climate, the impact of weather, and the water cycle; Engineering design, including identifying criteria for success and constraints on materials, time, and cost, compare possible solutions, and plan and carry out tests with controlled variables.
Fourth Grade: Energy, including forms of energy, the transfer or conversion of energy, and the effects of renewable and nonrenewable energy; Waves, including patterns in amplitude and wavelength and the transfer of information through waves; Life Science, including eye structure and function, plant and animal internal and external structures, and how animals receive and process information; Earth systems, including rock formation and layers, fossils, effects of weathering and erosion, patterns of earth features, and the impact of earth processes; Engineering design, including identifying criteria for success and constraints on materials, time, and cost, compare possible solutions, and plan and carry out tests with controlled variables.