Kindergarten
In kindergarten science, students explore the world around them through observation, play, hands-on investigations, and engineering design challenges. Young scientists investigate forces and motion by experimenting with pushes and pulls, building marble runs, and testing how objects move. Throughout the year, students take on the role of meteorologists by observing, recording, and analyzing New York City weather patterns, using their findings to make predictions about future weather. Kindergarten boys also explore the needs of plants and animals by growing seeds, observing living organisms, investigating habitats, and learning how living things depend on their environment to survive. Through studies of natural resources, sunlight, and Earth's surface, students discover how humans interact with and impact the environment while designing solutions to real-world problems. The course fosters curiosity, creativity, and wonder as students develop the skills and habits of scientists and engineers through active exploration and discovery.
KinderFirst & Grade 1
In KF and Grade 1 science, students explore the world around them through hands-on investigations, model building, engineering design challenges, and scientific observation. Students investigate light and sound by exploring how vibrations create sound, how light helps us see, and how engineers use light and sound to communicate over distances. Through studies of the sun, moon, stars, planets, and Earth, students observe patterns in the sky and create models to explain day and night, seasons, eclipses, and our place in the solar system. Boys also learn about animals by investigating how body parts and behaviors help organisms survive, and how parents and offspring work together to meet basic needs. Through observations, comparisons, and evidence-based discussions, students explore inherited traits and discover how individuals within a species can be similar while also showing unique differences. The course nurtures curiosity, creativity, and wonder as boys develop the habits and skills of young scientists and engineers.
Grade 2
In Grade 2 science classes, students learn about measurement and the metric system, discovering how to calculate distance, mass, volume, and temperature. The extinct mammal unit then allows the students to study some of the animals that existed after the dinosaurs. Continuing their study of living organisms, students investigate reproduction as a characteristic of living things through the study of decomposers, fungi and worms, examining the different types of fungi, their anatomy, and life cycle. Additionally, second grade boys study buildings and bridges through a series of design challenges, investigating some of the tallest and most unusual buildings in the world and building their own structures using recycled materials. Finally, we investigate the impact of waste and ways to reduce it, helping students think critically about how people care for the environment in practical ways.
Grade 3
In Grade 3 science classes, boys explore how the world works through hands-on investigations, engineering design challenges, model building, and scientific inquiry. Students study forces and motion, magnetic and electrical interactions, life cycles, inherited traits, habitats, weather, and climate while developing skills in observation, prediction, data collection, and evidence-based reasoning. Through engaging activities such as building simple machines, designing magnetic mazes, creating life cycle models, and collecting and graphing weather data, students discover patterns that help explain the natural world. Engineering challenges encourage boys to design, test, and improve solutions to real-world problems while developing creativity and perseverance. The course emphasizes curiosity, collaboration, problem-solving, and the practices of scientists and engineers.
Grade 4
In Grade 4 science, boys explore how scientists investigate the natural world through hands-on labs, engineering design challenges, models, simulations, and collaborative problem-solving activities. Students will investigate topics such as energy in motion, weathering and erosion, Earth’s systems, waves, natural resources, and the human body while building their skills in observation, data collection, analysis, and scientific communication. Through engaging experiences such as an oil spill cleanup simulation, marble roller coaster design, straw rocket investigations, wave demonstrations, and stream table modeling, boys apply scientific ideas to explain real-world phenomena and solve problems. Students design, test, and refine solutions during engineering challenges that encourage creativity, resilience, and critical thinking. Laboratory experiences and model-building activities provide opportunities for fourth graders to deepen their understanding of how systems interact and change over time. Throughout the course, boys use evidence to construct explanations, ask questions, analyze patterns, and communicate their thinking like scientists and engineers. The course emphasizes curiosity, collaboration, and active exploration as students build foundational scientific knowledge and practices.
Grade 5
The Grade 5 science course focuses on student participation in the processes of science and engineering. Students engage in learning experiences that explore identifying and describing scientific variables, developing models to illustrate matter as tiny particles, and investigating the outcomes of mixing substances. They delve into how energy from the sun supports ecosystems, and how plants make food by using resources from sun, water, and air, as a conversion of energy that runs throughout an ecosystem. Electricity is a focus of energy conversion studies, as the boys make a wired model room - a popular project. Additionally, students model the interactions within Earth's spheres, examining the distribution of Earth's water, analyzing weather patterns, and understanding the geologic time scale and its impact on Earth's surface. This course emphasizes hands-on learning and evidence-based analysis to cultivate a deeper understanding of scientific concepts.