A high-energy, 30-minute session where 11th-grade students move from idea to low-fidelity prototype, learning the value of rapid iteration and peer feedback in the design process.
A comprehensive, 36-week General Biology curriculum aligned with Indiana Academic Standards, emphasizing the integration of biochemical foundations and metabolic homeostasis across all units.
A beginner-to-intermediate lesson introducing Jupyter Notebooks and Object-Oriented Programming (OOP) in Python. Students learn to navigate the Jupyter interface and design structured classes and objects block-by-block.
A quick-reference presenter's guide and preparation checklist designed to ensure a seamless classroom slideshow. Integrates session setup milestones, hardware checks, live-demo rules, and prompt cards for Q&A sessions.
Séquence pédagogique complète sur la cybersécurité en entreprise, axée sur l'analyse technique des risques, la remédiation des failles de sécurité et la préparation aux épreuves d'examen ou de certification.
An AP Computer Science A lesson focusing on the differences between primitive and reference data types. It covers memory allocation, stack/heap models, and vocabulary using differentiated approaches for visual, scaffolded, and English Language learners.
An educator's facilitation guide and lesson plan featuring slide-by-slide teaching scripts, discussion prompts, classroom activities, common student misconceptions, and the full answer keys to the student lab sheet.
A comprehensive workplace simulation sequence following Aura Solar Australia, a major renewable energy provider based in Melbourne. Students act as Corporate Administration Officers, executing complex, realistic tasks across the Microsoft Office Suite that align with Australian business standards, GST calculations, time zones, and privacy regulations.
A comprehensive online safety curriculum combining key digital citizenship concepts: managing digital footprints, identifying online scams and phishing, and establishing healthy screen time habits.
A structured, print-ready student lab worksheet designed as a hands-on companion to the OOP and Jupyter lessons. Includes keyboard shortcut mappings, concept checks, and code schema drafting spaces.
A comprehensive high school physics curriculum sequence aligned with the Connecticut Next Generation Science Standards (CT-NGSS), focusing on core concepts, quantitative problem-solving, and visual models.
A teacher-focused lesson exploring how multicellular organisms organize cells, tissues, and organ systems into interacting networks to sustain life and maintain homeostasis.
An engaging and comprehensive slide deck introducing Jupyter Notebooks and Object-Oriented Programming (OOP) in Python. Ideal for beginners to intermediates, it balances interactive sandbox tips with OOP conceptual pillars like encapsulation, inheritance, and polymorphism.
