A 6-slide design challenge deck designed to guide students visually through the concepts of magnetism, non-contact forces, material testing, and iterative maze engineering.

A 3-page printable pack featuring two complete pathing templates (orthogonal grid and concentric radial maze designs) and a hands-on material testing log sheet.

A 3-page student-facing STEM workbook containing a blueprint planning sheet, testing/iteration log, and a high-retention exit ticket with reflective writing prompts about magnetism and force vectors.

A 3-page printable guide for teachers featuring background science, step-by-step facilitation prompts, material checklists, lesson timeline, and a rubric for the Attraction Traction magnetic maze design challenge.

A 2-page print-ready teacher instructional plan and facilitation guide for running the Force Field Engineers magnet maze lab. Includes NGSS standards, a materials checklist, lesson pacing, inquiry prompts, a 3-tier grading rubric, and classroom troubleshooting tips.

A 2-page collection of printable layout templates, assembly components, and cutouts for building custom student magnet mazes. Includes a 1-inch printable grid board and a materials folding lab sheet.

A 2-page print-ready student lab handbook for the Magnet Maze engineering challenge. It includes a material testing matrix, maze blueprinting grid, testing logs, and reflective engineering prompts.

A 2-page teacher facilitation guide containing next-generation science standards (NGSS) alignments, a detailed 60-minute pacing guide, visual setup directions, a structured engineering design rubric, and a guide to solving common student misconceptions.

A 5-slide visual presentation for teachers to introduce non-contact forces, magnetic fields, attraction/repulsion, and the step-by-step engineering constraints of the Magnet Maze challenge.

A 3-page student activity guide and engineering worksheet for the magnet maze challenge. Includes design constraints, a layout sketching grid, material testing logs, and conceptual reflection questions on non-contact forces and poles.

A 1-page printable resource containing 2 identical high-impact exit tickets to easily print, cut, and distribute for quick formative assessment on Group 7 trends.

A 1-page printable resource featuring 4 distinct collaborative task cards covering shielding mechanisms, displacement equations, everyday uses, and state transitions.

A 2-page laboratory investigation guide detailing simulated halogen displacement reactions with clear procedures, observations grids, and a CER analysis framework.

A 2-page print-ready guided worksheet with name/date fields, physical properties completion table, atomic shielding diagram questions, and displacement equation practice problems.

A high-impact, visual slide presentation covering Group 7 trends, color changes, subatomic shielding, and displacement rules. Optimized for 1440x810 layout.

A 2-page print-ready teacher guide detailing lesson pacing, pedagogical strategies, common student misconceptions, questioning guides, and answer keys for the entire Halogen Havoc unit.

A single-page formative assessment exit ticket where students analyze vague steps for logical loopholes, practice writing highly precise instructions, and explain why exact detail is crucial for programming.

A highly-structured 2-page student worksheet that helps kids brainstorm, sketch, and systematically draft chronological, step-by-step algorithms for building a marshmallow fluff and jelly sandwich.

A comprehensive, step-by-step facilitation guide for teachers on how to execute the literal-interpretation marshmallow fluff and jelly demo, complete with loophole guides, common student instruction errors, and reflection prompts.

A vibrant, projection-ready slide presentation that guides students through the 'Exact Instructions Challenge'. It establishes the rules of the robot-teacher demo, showcases ingredients, sets up the writing activity, and leads the class debrief on the importance of clarity.

A 2-page complete teacher facilitation guide and answer key for the Microbot Mission viewing unit. It provides lesson timelines, pre- and during-viewing classroom discussion prompts, and fully explained numerical solutions for all math and geometry challenges.

A high-energy 2-page math challenge booklet based on the physics, orbits, and story of Super Mario Galaxy. It presents Grade 4-6 aligned puzzles covering Star Bit scaling, PEMDAS navigational vectors, distance word problems, and orbital geometry.

A 2-page active viewing and creative space-science guide based on the story of Super Mario Galaxy. Students explore gravity, orbits, energy transfer, and black holes, followed by designing and mapping their own gravitational planetoid.

A set of five Larry Ainsworth RCD style unit unwrapping guides mapping Big Ideas, Essential Questions, Nouns/Verbs (Know/Do), vocabulary, and Indiana Biology Standards for all units.