Middle School Mastermind Slides

A 6-period middle school engineering unit exploring transportation networks, vehicle subsystems, and systems engineering modeling. Students investigate real-world transit technologies and apply the engineering design process to build, test, and optimize a cargo transport vehicle.

Student engineering teams analyze quantitative test data, map feedback loops, and present a technical briefing communicating their vehicle design and subsystems. A unit debrief evaluates transportation design trade-offs.

A 9-slide student presentation transforming the Change Detective CER Reference Guide into a visual classroom reference deck covering the CER framework, physical vs. chemical change clue banks, the reasoning formula, and a modeled exemplar.

A comprehensive emergency substitute curriculum spanning core reading strategies, earth science weather systems, and middle school mathematics on ratios and rates. Features step-by-step substitute plans, student passages and worksheets with extensive practice problems, and full answer keys.

Teams design, prototype, and refine a physical transport vehicle carrying standardized cargo over varied terrain. Students integrate all five vehicle subsystems and use performance feedback to drive engineering iterations.

A 2-page culminating performance assessment and presentation guide featuring a technical briefing planner for Day 6 presentations, peer evaluation feedback protocols, and an analytic 4-level rubric aligned to middle school transportation and systems engineering standards.

A foundational life science unit for self-contained learners exploring the microscopic world of cells, organelle jobs, and how specialized cells work in teams to build living things.

Students analyze transportation networks and dissect the five critical vehicle subsystems across air, land, and water. They learn to model transit vehicles as systems with inputs, processes, outputs, and feedback loops.

A 2-page hands-on engineering lab log where student teams sketch their prototype subsystem blueprint, record materials, log quantitative multi-trial test data, and map feedback loop iterations to optimize payload transport performance.

A two-part life science sequence exploring cell theory, cellular architecture, and organelle functions through the lens of a bustling microscopic city. Students progress from fundamental cell characteristics to intricate organelle operations across two interactive class sessions.

A physical science lesson exploring the critical distinction between temperature and thermal energy using molecular models, real-world kitchen phenomena, and thermal equilibrium concepts. Students investigate how mass, particle speed, and energy transfer determine thermal behavior.

A 4-slide hands-on engineering design challenge presentation detailing mission criteria, material constraints, prototype subsystem requirements, and testing protocols for Days 3–5.