Students use IR reflection sensors to detect contrast on the floor. They implement feedback loops to keep the robot following a black line, adjusting motor speeds based on sensor input.
An investigation into North Carolina river basins where students analyze water quality indicators like pH, turbidity, and bio-indicators to audit the health of local aquatic systems.
A comprehensive lesson on graphing and interpreting heating and cooling curves, focusing on phase changes and energy transfers.
Students investigate severe weather patterns in Indiana and apply engineering principles to design and build structures capable of withstanding high-speed winds. This STEM-focused lesson combines earth science with a hands-on engineering challenge.
A hands-on simulation lesson where students act as routers and servers to understand how data packets travel across the internet using IP addresses and physical infrastructure.
Cette leçon explore le fonctionnement de l'intelligence artificielle appliquée à un distributeur de croquettes intelligent. Les élèves découvrent l'apprentissage supervisé pour distinguer les chiens des chats en utilisant l'interface Vittascience.
Une séquence complète sur l'utilisation des robots dans les missions de sauvetage et de secours, comprenant vocabulaire technique, lecture et atelier d'écriture.
Une évaluation complète sur les interactions et les forces pour le niveau 4ème, incluant des diagrammes objets-interactions et des tracés de vecteurs.
A comprehensive lesson exploring the three primary types of symbiotic relationships: mutualism, commensalism, and parasitism. Students analyze animal interactions through task cards, case studies, and visual organizers.
Teachers learn to break complex tasks into smaller, manageable steps using classroom routines and Iowa Core standards as examples.
An extra credit project challenging students to live plastic-free for two weeks while researching the impacts of bioaccumulation and exploring sustainable alternatives. Students document their journey and findings in a formal scientific lab report.
Students learn to craft compelling marketing messages by developing a Value Proposition using a specific formula and applying visual text hierarchy principles to design website 'Hero Text'.
Students finalize their Unit 3 Portfolio, checking for technical errors and exporting their report as a professional PDF for final submission.
Students synthesize their Unit 3 research by creating a professional Market Analysis Report, integrating personas and charts from previous lessons.
Students learn the fundamentals of financial forecasting, calculating revenue vs. profit, and using absolute cell referencing ($) to project business growth over time.
Students learn to transform raw spreadsheet data into impactful Pie and Bar charts to visualize market trends and customer intent.