Generative design algorithms and predictive modeling for optimizing material properties and structural integrity. Connects traditional mechanics with machine learning for advanced stress analysis and performance forecasting.
A comprehensive five-day plumbing exploratory sequence for freshmen introducing vocational safety, piping materials (PEX, copper, PVC), core joining methods, and skilled trade career pathways.
A two-part educational series exploring the Artemis II mission with a focus on how space research drives technological innovation for Earth and expands our scientific understanding of the Moon.
A series exploring thermodynamics through the lens of beverage insulation and container design. Students move from data analysis to material science and finally to engineering design.
A comprehensive 3-lesson career and technical education sequence guiding students through the architectural planning, masonry perimeter wall construction, and concrete slab pouring of a residential porch.
This sequence explores the unique bonding in metals and solid-state materials, moving from delocalized electrons to alloys, semiconductors, and material failure analysis. Students connect atomic-level structures to macroscopic engineering properties.
This sequence explores metallic bonding via the 'sea of electrons' model, connecting atomic structure to properties like conductivity and malleability. Students investigate alloys, steel production, and design their own materials for engineering challenges.
A comprehensive 5-page student workbook for the PVC Parallel Bars Challenge in Grade 9-12 Science of Technology. Features tight individual crops of only the original FORMUFIT black line-art silhouettes on Page 2, a 14-piece cutting log on Page 3, official 4-step assembly diagrams on Page 4, and consistent shop deburring terminology throughout.
An informative one-page overview flyer for the Minnechaug Engineering Club, highlighting its STEM mission, guided build tracks, independent innovation opportunities, meeting details, and joining information.
A two-page teacher key and evaluation guide for Grade 9-12 Science of Technology, featuring tool identification answers, official FORMUFIT diagrams from pages 4 through 9, bill of materials, stock cut list, tolerance scoring matrix, and standardized 100-point rubric with clarified 50-point accuracy conversion.
A comprehensive two-page student research worksheet exploring U.S. Army Corps of Engineers civil works in Evansville, Indiana, including floodwalls, levees, and Ohio River navigation locks. Students document research sources, examine structural mechanisms for flood control and river transit, evaluate community and economic impacts, and master vital infrastructure vocabulary.
A fully completed Grade 11 Material Science daily lesson plan formatted to the Northeast Metro Tech instructional template for Monday, September 21, 2026. Focuses on the History of Materials, human eras of technology, and the industrial supply chain through the lens of Thomas Thwaites' TED Talk 'How I built a toaster -- from scratch'.
A simplified, accessible two-page quiz and review worksheet assessing Can Cycle Day 1 and Day 2. Features friendly language, scaffolded calculations with guided steps, word-bank sentence frames for material science, and clear 1-to-4 chronological sequencing.
An introductory lesson exploring the physical properties of structures through a spaghetti bridge lab. Students learn to identify variables, construct graphs, and interpret slopes as physical properties like structural stiffness.
A rigorous STEM project combining structural engineering with advanced mathematics. Students design, budget, build, and test spaghetti bridges using ratios, proportions, cost-efficiency metrics, quadratic modeling, and catenary curves.
A comprehensive introduction to the fundamental processes, safety protocols, and career paths in professional welding. Students will explore SMAW, GMAW, and GTAW techniques while learning to identify quality welds.
A science-meets-art inquiry lesson where students select a deciduous forest animal, research its habitat, ecological niche, and adaptations, and draft a blueprint for a future piñata engineering project. Includes a student field guide, introductory slides, and a teacher integration roadmap.
An engaging, hands-on physics and engineering lesson where students design, build, and test protective landing craft for fragile payloads (eggs), exploring forces, deceleration, and structural integrity.
A comprehensive lesson plan focusing on the regulatory requirements for sleeving plumbing pipes through walls, floors, and concrete as per CMR 248 Section 10.
