Focuses on identifying and interpreting biological patterns across the ocean. Students analyze biodiversity datasets and create visualizations to understand how environmental variables like temperature, depth, and latitude dictate where marine life thrives.

The capstone week where students synthesize their knowledge of solar energy, wind, and water to explain regional climate variations and master the MCAS Open Response CER strategy.

Students dive into the 'Great Ocean Conveyor Belt,' analyzing how surface winds and density differences (temperature and salinity) drive oceanic circulation and transport heat around the globe.

An exploration of atmospheric pressure and the Coriolis effect, focusing on how air moves from high to low pressure to create global wind belts and how these winds influence regional weather patterns.

Students investigate how differential heating of Earth's surface by the sun creates the initial energy imbalance that drives all weather and climate, practicing CER to explain the relationship between latitude and solar intensity.

Explores the direct relationship between anatomical structures and survival strategies in diverse marine environments. Students analyze case studies of diving mammals, camouflaging invertebrates, deep-sea fish, and sensory-specialized sharks.

An in-depth exploration of electromagnetism focusing on the relationship between electric currents and magnetic fields, featuring the Biot-Savart Law, Ampere's Law, and the Lorentz Force.

A comprehensive lesson on the nature of magnetic fields, focusing on their vector properties, dipole sources, and the implications of Gauss's Law for magnetism. Students will explore how fields are represented and why magnetic monopoles do not exist.

A lesson exploring the movement of carbon through Earth's systems, including photosynthesis, respiration, decomposition, and human impact.

In this lesson, students analyze the 'brain rot' phenomenon through a scientific lens, focusing on how short-form media impacts the brain's reward system. Students engage with new vocabulary, watch a targeted video, and participate in a mediated debate about their digital habits.

A hands-on exploration of thermal energy transfer through convection and freezing point depression experiments. Students observe how density and temperature interact in water and how salt affects the melting process of ice.

In this introductory lesson, Kindergarten students embark on a scientific journey to discover their five senses. Through a mystery box activity and collaborative discussion, they begin to explore how they use sight, hearing, smell, taste, and touch to understand the world around them.

An introductory exploration of the physics of sound and light through vocabulary reinforcement and visual aids.

A deep dive into the time-dependent behavior of RC circuits, covering the calculus of charging and discharging, the physical meaning of the time constant, and graphical analysis.

This lesson provides the additional framework and assignments required for graduate students participating in the Research Proposal Project. It focuses on technical plausibility, resource management, and strategic academic significance.

A student-led inquiry project exploring the intersection of music and neuroscience. Students choose their own research path to discover how musical training transforms cognitive development and present their unique findings.

A hands-on exploration of ocean acidification where students simulate carbon dioxide absorption and observe the effects of acid on calcium carbonate structures like shells and chalk.

Focuses on MS-LS2-4. Students analyze ecosystem stability and construct arguments about how biological changes, specifically invasive species, disrupt the balance of native populations.

Focuses on MS-LS2-3. Students develop models to describe the cycling of matter and flow of energy through food webs, exploring how competition at one level impacts the entire system.