Un ensemble complet de fiches de révision pour les étudiants en 2ème année de BUT Communication, couvrant les piliers essentiels du Community Management : stratégie, contenu, engagement et analyse.
A game design and mathematics sequence where students deconstruct and build idle game mechanics, loop design, and exponential growth formulas.
Students explore the math and feedback loops behind popular clicker games, designing upgrading mechanics, clicks-per-second ratios, and exponential price curves for a custom car factory idle game.
A step-by-step programming guide and clean Python/Tkinter code blueprint for students to build a fully functional digital car clicker game.
A comprehensive technical certification sequence designed to teach commercial coffee equipment technicians how to demystify electricity, safely troubleshoot components, and master electrical systems.
A complete app design project where students research, wireframe, and pitch their own cheese-themed or food-tech app ideas. This project guides students through the design thinking process, user research, wireframing, and pitching.
A printable, fully playable physical paper board game simulating a car factory clicker game, featuring a player dashboard, upgrade inventory trackers, and cut-out upgrades.
A comprehensive teacher professional development and model lesson plan sequence. It equips educators with hands-on mineral testing protocols, inquiry-based (3D) NGSS teaching strategies, geological vocabulary support, and formative assessment tools for grades 4-8.
A lesson focused on evaluating and comparing parent communication and school engagement platforms to make an informed, data-driven selection for school leadership.
A teacher facilitation guide containing answer keys for exponential math curves, gameplay pacing tips, and a physical clicker game classroom activity.
An interactive, highly visual ecosystem unit designed for 7th/8th grade MCAS standards but adapted to a 4th-grade reading and comprehension level. The unit explores abiotic/biotic factors, energy flow, interactions, and disruptions through hands-on activities, adapted readings, visual slides, and scaffolded assessments.
An engineering physics lesson where students analyze the structural integrity of bridge designs by calculating tension and compression using vector math and the Method of Joints.
A print-ready student workbook and design guide containing ideation worksheets, math tables for exponential scaling, and upgrade path design templates.
