Hands-on molecular modeling of the chemical reaction between CO2 and H2O along with tangible evidence will enhance students' understanding of chemical reactions and carbonic acid’s effects on shelled organisms.
Students explore how CO₂ affects water chemistry and marine life, analyze their own carbon footprint, and make actionable commitments to reduce CO₂ emissions in their community.
The nature of science is more than students following a recipe of instructions in a laboratory experiment. Students are required to learn how scientists acquire knowledge through the process of scientific discovery. They learn by doing science as scientists behave in the lab.
Students will explore cybersecurity and the vulnerabilities equity process (VEP) to learn how the government uses information acquired for cybersecurity purposes.
The Ignited summer fellowship at Stanford enabled me to jumpstart my knowledge and curriculum development towards developing autonomous vehicles control systems.
Students will use Python and a known algorithm to produce a solution using Linear Regression to predict an Artificial Intelligence (AI) solution in either Education, Music, Credit Card Fraud, or Sports.
Students will identify parts of an electric vehicle, determine their various functions through a webquest, and then use these EV parts to write a script for the next cartoon episode… “Field Trip through the Electric Vehicle”
Students will build a wind turbine using recyclable materials (or RAFT kits) and learn about the role of a generator in transforming the kinetic energy into electrical energy.
Students will build a car using recyclable materials (or RAFT kits), trace the energy transformations happening in the process, and race them!