Deep Time Drama

A comprehensive 5-lesson introductory science sequence for 6th and 7th graders that transitions students from thinking like scientific detectives to building like innovative engineers. Students explore the branches of science, master scientific inquiry, manipulate variables in experiment design, organize data with visual representations, and navigate the engineering design process using real-world scenarios.

Students enter the world of engineering to explore how developers, civil planners, and mechanical specialists solve problems. They dissect design specs, list real-world constraints, plan prototypes, and learn to troubleshoot like professional innovators.

A highly accessible, expanded slide deck detailing the Engineering Design Process. All body text is upscaled to a minimum of 30px (text-3xl) to 36px (text-4xl) to ensure outstanding readability for students with visual impairments, spread over 8 spacious slides.

A comprehensive, high-engagement middle school science sequence introducing photosynthesis through leaf anatomy, cellular structures, chloroplasts, and the chemical equation. Combines rich interactive slides, guided worksheets, hand-on lab investigations, teacher planning resources, and exit tickets.

Students master how to collect, organize, and analyze scientific data. They learn when to use tables, bar graphs, line graphs, scatter plots (including lines of best fit and outliers), and circle graphs, and how to draw valid conclusions and inferences.

A student graphic organizer, reference guide, and practice sheet for choosing graph types, labeling axes correctly, drawing lines of best fit, and interpreting outliers.

A comprehensive curriculum map, pacing guide, and foundational launch materials for 7th-grade Ohio Science, spanning Earth, Physical, and Life sciences. Includes curriculum planning tools, safety agreements, and standards checklists.

Students explore how to isolate variables to design rigorous controlled experiments. They learn to identify the independent variable, dependent variable, experimental group, control group, and constant factors.

A student practice worksheet and graphic organizer mapping out the variables, controls, and constants of a controlled experiment, utilizing the goldfish and fertilizer experiment scenarios.

Students explore how scientists collect evidence through qualitative and quantitative observations. They learn how models help simplify complex scientific phenomena and differentiate between scientific theories and laws.

A set of printable station activity cards and a structured student recording sheet covering qualitative vs quantitative observations, types of scientific models, and the difference between scientific theories and laws.

Students learn about the three primary branches of science—Life, Earth, and Physical—and dive into the initial phases of scientific inquiry. They practice identifying branches and writing clear, testable questions and hypotheses.