OSU Egg Drop Rubric

A hands-on systems engineering unit where 7th-grade students deconstruct communication components, model feedback loops and signal degradation, and engineer a custom communication system to solve a real-world scenario.

An introductory middle school biology lesson exploring DNA structure, location, components, and function using a structured concept map and guided visual lecture slides.

A teacher answer key and instructional guide for the DNA concept map, including completed nodes, pedagogical notes, and common middle school misconceptions.

A four-week, 20-session astronomy lab and enrichment curriculum for sixth-grade public school students, structured for 47-minute class periods. Spanning Earth-Sun-Moon celestial mechanics, comparative planetary science, stellar lifecycles and galaxies, and modern space exploration engineering.

An environmental science lesson exploring closed-loop aluminum recycling, industrial metal sorting, and resource conservation through vocabulary study and puzzle challenges.

A nine-slide instructional presentation introducing middle school students to DNA location, structure, nucleotides, base-pairing rules, and genetic function.

A four-day third-grade science unit exploring the Sun as our closest star, apparent brightness, solar energy, and the flow of sunlight to living ecosystems.

A 2-day CKLA Grade 3 animal classification lesson on birds featuring 4 structured rotation stations covering text analysis, hands-on lab investigation, domain vocabulary, and informative writing.

A printable middle school concept map worksheet introducing DNA structure, location, building blocks, and function with a guided word bank and base-pairing challenge.

A multi-day competency-based biology sequence exploring DNA architecture, complementary base pairing, and semi-conservative replication through tactile candy modeling and evidence-based assessment.

An introductory physical science lesson exploring pushes, pulls, balanced forces, and unbalanced forces. Students investigate how forces initiate, halt, or change motion through visual explanations, hands-on examples, and analytical questions.

A dual-language (English and Spanish) visual reference sheet designed for WIDA Level 1 English language learners exploring contact forces and material deformation. Features step-by-step illustrated sequences, clear cognates, and the laser-and-mirror tabletop investigation.