A printable spinner game board featuring 8 coping strategies for students to practice in a playful, interactive way.
Facilitator script for Lesson 1 (Junior 6-8) of the Mind Mechanics program. Focuses on introducing brain "parts" using simple language, an ELL-friendly story review, and a basic grammar focus on prepositions "in" and "on." Includes Habit 1 integration.
Facilitator script for Lesson 12 of the Mind Mechanics program. Focuses on the final "Master Mechanic" certification ceremony, self-reflection using Habit 7 (Sharpen the Saw), and present perfect grammar review. Includes the Mechanic's Oath.
Visual anchor chart for Lesson 11, summarizing the "Master Workflow". Revised for single-page layout, addition of requested checkboxes, and fixed visual continuity for the connection line. High-contrast industrial design.
Puzzle-style student logbook sheet for Lesson 11. Includes an assembly flowchart integrating multiple "Mind Mechanic" tools (Reaction Engine, Coolant, POV, Choice), a grammar zone for sequence markers, and a Habit 6 reflection check. Industrial, heavy-duty design.
Facilitator script for Lesson 11 of the Mind Mechanics program. Focuses on integrating all previous skills into a final "Assembly Line" project. Includes sequence grammar, 60-minute breakdown, and Habit 6 integration.
Visual anchor chart for Lesson 10, outlining the "Choice Circuit" logic. Includes a flowchart for decision mapping and Habit 3 integration with checkboxes for student engagement. High-contrast electrical theme.
Puzzle-style student logbook sheet for Lesson 10. Includes a circuit mapping challenge to link choices to consequences, a grammar zone for conditionals (if/then), and a Habit 3 reflection check. High-contrast electrical theme.
Facilitator script for Lesson 10 of the Mind Mechanics program. Focuses on evaluating choices and consequences using the "Choice Circuit" metaphor. Includes tiered prompts, simple language for ELL, and Habit 3 integration.
Visual anchor chart for Lesson 9, illustrating "The Logic Loom" weaving process for solving "Why" and "How" questions. Includes requested checkboxes and high-contrast technical aesthetics.
