export interface Course { name: string; emoji: string; type: "core" | "dna"; whatLearning: string; howBuilds: string; keySkills: string[]; standards: string[]; portfolio: string[]; questionsAtHome: string[]; gapSkills?: string; bigIdea?: string; courseEssentialQuestion?: string; courseNarrative?: string; lens?: string; /** Progress bar percentage (0–100). Per-quarter, per-course. */ progress?: number; /** Progress bar fill color (hex). Per-quarter, per-course. */ progress_color?: string; } export interface Quarter { id: number; title: string; subtitle: string; role: string; theme: string; weeks: string; emoji: string; color: "valencia" | "sunflower" | "deep-sea" | "moss"; essentialQuestion: string; problemContext: string; story: string; buildingToward: string; entryEvent: string; diagnostic: string; formative: string; summative: string; rubric: string; evidenceItems: string[]; assessmentSummary: string; portraitOfLearner: { dimension: string; emoji: string; pct: number; description: string }[]; finksTaxonomy: { category: string; emoji: string; description: string }[]; deepInquiry: { question: string; why: string }[]; coreCourses: Course[]; dnaCourses: Course[]; quarterBigIdea?: string; quarterNarrative?: string; } export const yearOverview = { title: "Healthy Habitats & Sun-Safe Spaces", grade: "Kindergarten", school: "Orion STEM Schools", year: "2026–2027", bigIdea: "Living things have needs that are met by their environment, and people can observe, understand, and improve those environments through investigation, design, and care.", essentialQuestion: "How can we design spaces that help living things (including us) stay healthy and comfortable?", yearStory: "Kindergarteners spend their year as scientists, engineers, and community builders. They begin by exploring the schoolyard to discover what lives there and what every organism needs to survive. They track how sun, shade, and weather shape conditions over time, using data to persuade others about what needs to change. They design and test a shade structure that protects their habitat from sunlight and wind. Finally, they assemble a living habitat, write a Care Guide, and present their work to families at a public showcase.", stats: [ { label: "Course Guides", value: "52" }, { label: "Assessment Architectures", value: "4" }, { label: "Evidence Items", value: "58" }, { label: "Deep Inquiry Questions", value: "32" }, { label: "Home Questions", value: "156" }, ], portraitDimensions: [ { emoji: "πŸ’¬", title: "Inspiring Communicator", desc: "Expresses ideas clearly, listens actively, presents with confidence" }, { emoji: "βš–οΈ", title: "Balanced Person", desc: "Manages emotions, maintains well-being, approaches challenges with self-awareness" }, { emoji: "🌍", title: "Caring Citizen", desc: "Acts responsibly toward community and environment" }, { emoji: "🀝", title: "Respectful Relationship Builder", desc: "Collaborates effectively, values diverse perspectives" }, { emoji: "πŸš€", title: "Bold Visionary Leader", desc: "Takes initiative, imagines possibilities, leads with purpose" }, { emoji: "πŸ’ͺ", title: "Resilient Problem Solver", desc: "Persists through challenges, learns from failure" }, ], }; export const quarters: Quarter[] = [ { id: 1, title: "Explain the System", subtitle: "Foundations", role: "The Nature Investigator", theme: "Discovery", weeks: "September – November Β· Weeks 1–9", emoji: "🌱", color: "moss", essentialQuestion: "What lives in our schoolyard, what do they need, and how does this place help them survive?", quarterBigIdea: "Living things have needs that are met by their environment; before we can change or improve something, we must first observe it carefully, describe its patterns, and understand how its parts connect.", quarterNarrative: "Students investigate as Young Scientists to create a System Explainer β€” a model, charts, and oral presentation that documents the schoolyard ecosystem and guides all future design work. This is the foundation quarter: before we can change or improve something, we must first observe it carefully, describe its patterns, and understand how its parts connect.", problemContext: "Our schoolyard is full of living things β€” but we don't know what they need. How can we observe and understand the organisms around us so we can figure out what makes a habitat healthy?", story: "Your child begins the year as a Nature Investigator. They'll spend the first quarter exploring the schoolyard with curious eyes, discovering what organisms live there β€” from bugs under rocks to birds in trees to plants growing through cracks. They'll learn what every organism needs to survive and create detailed charts, maps, and models that document the schoolyard ecosystem.", buildingToward: "Habitat System Explainer β€” habitat map, organism-needs charts, system model, and oral presentation", entryEvent: "THE WONDER WALK β€” a guided schoolyard walk stopping at 3–4 microhabitats. Students observe what's alive, what's not, and wonder why things live where they do.", diagnostic: "Teachers observe your child at hands-on stations: Can they tell living from non-living? Count to 10? Describe what they see?", formative: "Every 2 weeks: observation journals (Weeks 2–3), organism-needs charts (Weeks 4–5), system model construction (Weeks 6–7), and presentation rehearsals (Week 8).", summative: "Your child presents to classmates, families, and the garden committee. Options: oral presentation with poster, guided museum walk, or recorded explanation.", rubric: "Product (quality of charts, map, model) and Performance (clarity of explanation) are PRIMARY. Progress, People, and Passion are also assessed.", evidenceItems: [ "Observation journal (3+ entries with drawings, labels, and dictation)", "Organism-needs charts (minimum 3 organisms, each with 3+ needs)", "Habitat map section (individual contribution to class map)", "System model (poster or 3D) showing organism-environment connections", "Final presentation (live, museum walk, or recorded)", "Math tally chart or picture graph of organisms", "Writing sample β€” informational text about 1 organism", "Schoolyard sound map contribution (from Music)", "Bilingual labels on chart or map (from World Languages)", "Peer feedback form", "Self-reflection", "My Growth Plan Q1 entry", ], assessmentSummary: "At the end of Q1, your child presents their System Explainer β€” a combination of organism-needs charts, a habitat map section, and a system model showing how organisms connect to their environment.", portraitOfLearner: [ { dimension: "Inspiring Communicator", emoji: "πŸ’¬", pct: 80, description: "Describing observations, presenting System Explainer" }, { dimension: "Balanced Person", emoji: "βš–οΈ", pct: 75, description: "Self-awareness, stop-breathe-think, managing excitement" }, { dimension: "Caring Citizen", emoji: "🌍", pct: 65, description: "Schoolyard stewardship, respecting living things" }, { dimension: "Respectful Relationship Builder", emoji: "🀝", pct: 60, description: "Partner work, shared research, turn-taking" }, { dimension: "Bold Visionary Leader", emoji: "πŸš€", pct: 40, description: "Beginning to see self as capable investigator" }, { dimension: "Resilient Problem Solver", emoji: "πŸ’ͺ", pct: 45, description: "First encounters with frustration during observation" }, ], finksTaxonomy: [ { category: "Foundational Knowledge", emoji: "πŸ“š", description: "Organism identification, needs, living vs. non-living, habitat vocabulary" }, { category: "Application", emoji: "πŸ”§", description: "Observation techniques, tally charts, descriptive writing, mapping" }, { category: "Integration", emoji: "πŸ”—", description: "Connecting science ↔ math ↔ ELA ↔ map skills" }, { category: "Human Dimension", emoji: "πŸ‘€", description: "'I am a Nature Investigator' β€” discovering personal strengths" }, { category: "Caring", emoji: "❀️", description: "Wonder and curiosity about the natural world" }, { category: "Learning How to Learn", emoji: "πŸŽ“", description: "Learning HOW to observe, record, and ask good questions" }, ], deepInquiry: [ { question: "What living things did you discover that surprised you?", why: "Activates memory of observations and connects to genuine wonder." }, { question: "If you could only tell someone THREE things about what lives in our schoolyard, what would you say?", why: "Practices synthesis β€” identifying the most important findings." }, { question: "What does a bug/bird/plant need to survive? How do you know?", why: "Tests evidence-based reasoning." }, { question: "What was the HARDEST part of the Wonder Walk?", why: "Opens conversation about persistence and self-regulation." }, { question: "Can you teach ME how to observe like a scientist?", why: "Asking your child to teach YOU reveals depth of understanding." }, { question: "If an animal from far away moved to our schoolyard, would it survive?", why: "Pushes transfer thinking to a new scenario." }, { question: "What sounds did you hear outside that you never noticed before?", why: "Connects to music and focused attention skills." }, { question: "How is what YOU need to be healthy similar to what a plant needs?", why: "Bridges to Health Science and prepares for Q2." }, ], coreCourses: [ { name: "Science", emoji: "πŸ”¬", type: "core", lens: "Observation & modeling β€” identify organisms, describe needs, create habitat-needs models", bigIdea: "Living things have basic needs (food, water, shelter, sunlight) that are met by their environment; we can observe and describe patterns in what organisms need and where they live.", courseEssentialQuestion: "What lives in our schoolyard, what do they need, and how does this place help them survive?", courseNarrative: "Students conduct structured schoolyard observations to identify organisms and their needs. They develop models showing organism-environment relationships and create organism-needs charts.", whatLearning: "Your child explores the schoolyard as a scientist β€” observing organisms, identifying what they need to survive, and building models that show how living things connect to their environment.", howBuilds: "Science provides the CONTENT KNOWLEDGE for the System Explainer. Without understanding what lives here and what it needs, no other course's contribution makes sense.", keySkills: ["Identifying living vs. non-living things", "Naming organism needs", "Making detailed observations", "Creating models", "Asking scientific questions"], standards: ["K-LS1-1", "K-ESS3-1", "K-2-ETS1-1"], portfolio: ["Observation journal entries", "Organism-needs charts", "System model"], questionsAtHome: ["What's the difference between something alive and not alive?", "Can you name three things a plant needs to survive?", "What would happen if we took away all the water from the garden?"], }, { name: "Mathematics", emoji: "πŸ“", type: "core", lens: "Counting & classifying β€” tally organisms, sort by category, compare groups, map positions", bigIdea: "We can count, sort, and classify objects to find patterns and describe the world around us.", courseEssentialQuestion: "How can counting and sorting help us understand what lives in our schoolyard?", courseNarrative: "Students count organisms, create tally charts, classify by categories. They use positional language to map the habitat and compare 'more' vs. 'fewer' organisms.", whatLearning: "Your child counts, sorts, and classifies organisms. They create tally charts, compare groups, and organize data for the System Explainer.", howBuilds: "Math provides the QUANTITATIVE EVIDENCE. How many organisms did we find? Which zone has the most?", keySkills: ["Counting to 10 with accuracy", "Sorting by one attribute", "Comparing groups (more/fewer)", "Using positional words", "Creating tally charts"], standards: ["K.CC.4-5", "K.MD.3", "K.G.1"], portfolio: ["Tally chart or picture graph of organisms by category"], questionsAtHome: ["How many bugs did you find? Were there more of one kind?", "Can you sort these objects by color? By size?", "On your map, what's BESIDE the garden?"], }, { name: "ELA / Literacy", emoji: "πŸ“–", type: "core", lens: "Descriptive informational writing β€” ask/answer questions, draw-dictate-write organism charts, shared research", bigIdea: "We can ask questions, read for information, and use drawing, dictation, and writing to record and share what we learn.", courseEssentialQuestion: "How can we use words and pictures to describe what we discover about our schoolyard organisms?", courseNarrative: "Students ask/answer questions about informational texts, compose organism-needs charts, participate in shared research, and build discussion skills. Vocabulary grows through science contexts.", whatLearning: "Your child reads about habitats, writes organism-needs charts, participates in shared research, and practices discussion skills.", howBuilds: "ELA provides the COMMUNICATION ENGINE. Every chart needs labels, every model needs explanation.", keySkills: ["Asking/answering questions", "Drawing and writing to communicate", "Shared research", "Presenting with visual displays", "Building vocabulary"], standards: ["RI.K.1", "W.K.2", "W.K.7", "SL.K.1", "SL.K.5"], portfolio: ["Informational writing sample", "Presentation notes"], questionsAtHome: ["Can you read me what you wrote about your organism?", "What's one question you still have about the nature walk?", "If you were teaching a friend, what would you say first?"], }, { name: "Humanities", emoji: "πŸ—ΊοΈ", type: "core", lens: "Community & place β€” who/what shares our schoolyard, mapping as geographic inquiry, rules for respectful observation", bigIdea: "Communities are places where people and living things share space; we can explore our local environment to understand how it works.", courseEssentialQuestion: "Who and what shares our schoolyard, and what do we all need from this place?", courseNarrative: "Students begin geographic inquiry by mapping the schoolyard. They ask about who uses this space and explore rules for respectful observation. The schoolyard is the first 'community' with both human and natural members.", whatLearning: "Your child explores the schoolyard as a shared community space β€” discovering who uses it, creating maps, and establishing rules for respectful observation.", howBuilds: "Humanities provides the COMMUNITY LENS. The schoolyard isn't just a science site β€” it's a place where people and living things coexist.", keySkills: ["Identifying who shares a space", "Mapping familiar places", "Following group rules", "Geographic inquiry"], standards: ["SS.IS.1"], portfolio: ["Schoolyard map contribution", "Observation rules list"], questionsAtHome: ["Who else uses our schoolyard besides us?", "What rules did you follow on the nature walk?", "If you drew a map, what would be most important to include?"], }, { name: "World Languages", emoji: "🌎", type: "core", lens: "Naming the world β€” target-language vocabulary for organisms, bilingual labels", bigIdea: "We can learn to name living things and places in another language, seeing the world through someone else's eyes.", courseEssentialQuestion: "How do you say the names of our schoolyard organisms in the target language?", courseNarrative: "Students learn vocabulary for organisms. They practice 'This is a ___' and explore schoolyards in target-language countries. Charts include bilingual labels.", whatLearning: "Your child learns to name organisms and nature words in the target language β€” tree, flower, bug, bird, sun, water.", howBuilds: "World Languages makes the System Explainer INCLUSIVE. Bilingual labels demonstrate that knowledge belongs to everyone.", keySkills: ["Nature vocabulary in target language", "Using 'This is a ___' structure", "Comparing environments across cultures", "Creating bilingual labels"], standards: ["Interpersonal/presentational communication at novice level"], portfolio: ["Bilingual labels on organism chart or habitat map"], questionsAtHome: ["Can you tell me the name of a tree in your new language?", "How do you say 'sun' and 'water'?", "What did you learn about schoolyards in other countries?"], }, { name: "Entrepreneurship", emoji: "πŸ’‘", type: "core", lens: "Needs assessment β€” observation with purpose, surveying the schoolyard as opportunity-finders", bigIdea: "Entrepreneurs start by noticing β€” what's here, what's needed, and what could be better.", courseEssentialQuestion: "What do we notice about our schoolyard that could be improved for living things?", courseNarrative: "Students practice observation with purpose: surveying the schoolyard as opportunity-finders. The System Explainer is also a 'needs assessment' β€” the first step in any entrepreneurial venture.", whatLearning: "Your child practices observation with PURPOSE β€” looking to find what could be improved. The System Explainer doubles as a 'needs assessment.'", howBuilds: "Entrepreneurship reframes the System Explainer as a BUSINESS DOCUMENT. Entrepreneurs identify opportunities before building.", keySkills: ["Observing with intention", "Identifying needs and opportunities", "Creating a needs assessment", "Thinking like a problem-finder"], standards: ["Entrepreneurial mindset: opportunity recognition"], portfolio: ["'Needs assessment' portion of System Explainer"], questionsAtHome: ["What could be BETTER for living things in the schoolyard?", "If someone asked 'What does this place need?', what would you say?", "How is studying the schoolyard like being a detective?"], }, { name: "Path to Self-Efficacy", emoji: "🧠", type: "core", lens: "Self-awareness β€” identify strengths, growth areas, stop-breathe-think routines, My Growth Plan", bigIdea: "I have feelings and strengths; knowing what I'm good at and what I find hard helps me learn better.", courseEssentialQuestion: "What am I good at, and what do I want to get better at this quarter?", courseNarrative: "Students identify emotions, name one strength and one growth area, practice stop-breathe-think. Observation walks require self-regulation. Begin My Growth Plan. Traits: Curiosity, Respect, Gratitude.", whatLearning: "Your child identifies emotions, names strengths and growth areas, practices stop-breathe-think routines. Q1 traits: Curiosity, Respect, Gratitude.", howBuilds: "Self-Efficacy ensures your child is EMOTIONALLY READY for the System Explainer. The Growth Plan connects personal development to academic growth.", keySkills: ["Naming emotions", "Identifying strengths/growth areas", "Calming strategies", "Setting simple goals", "Practicing curiosity and respect"], standards: ["SEL: self-awareness, self-management"], portfolio: ["My Growth Plan Q1 entry", "Self-reflection sheet"], questionsAtHome: ["What's something you're really good at?", "When you felt frustrated, what did you do?", "What are you most CURIOUS about right now?"], }, { name: "Music / Performing Arts", emoji: "🎡", type: "core", lens: "Sound exploration β€” listen to schoolyard sounds, create sound maps, imitate nature sounds with musical vocabulary", bigIdea: "The world is full of sounds; careful listening helps us notice more, and music lets us express what we've discovered.", courseEssentialQuestion: "What sounds do we hear in our schoolyard, and how can we express them through music?", courseNarrative: "Students listen to schoolyard sounds, describe with musical vocabulary (loud/soft, high/low), create sound maps, explore imitating nature sounds. Creating: generate ideas from observations.", whatLearning: "Your child listens to schoolyard sounds, describes them with musical vocabulary, creates sound maps, and explores imitating nature sounds.", howBuilds: "Music adds the SENSORY DIMENSION. Sound maps become a presentation element β€” the schoolyard isn't just what you see, it's what you hear.", keySkills: ["Active listening", "Describing sounds with musical terms", "Creating from observation", "Connecting music to nature"], standards: ["Creating", "Connecting", "Responding"], portfolio: ["Schoolyard sound map contribution"], questionsAtHome: ["What's the loudest sound you heard outside? The softest?", "Can you make the sound a bird makes? Is it high or low?", "If you were making music about the schoolyard, what sounds would you include?"], }, { name: "Physical Education / Health", emoji: "πŸƒ", type: "core", lens: "Outdoor exploration β€” gross motor skills on observation routes, outdoor safety rules, sun awareness, hydration", bigIdea: "Our bodies need movement, fresh air, and safe practices to stay healthy; outdoor exploration is exercise for body and mind.", courseEssentialQuestion: "How does being active outdoors help our bodies and our brains learn better?", courseNarrative: "Students develop gross motor skills through outdoor exploration: walking routes, carrying materials, bending/reaching. Outdoor safety rules (sun awareness, hydration, hand-washing). Active bodies support active brains.", whatLearning: "Your child develops gross motor skills through outdoor exploration β€” walking observation routes, carrying materials. They learn sun safety, hydration, and hand-washing.", howBuilds: "PE ensures your child is PHYSICALLY CAPABLE of doing the fieldwork. Active bodies support active brains.", keySkills: ["Walking/moving safely outdoors", "Basic body coordination", "Sun safety awareness", "Hydration habits"], standards: ["Fundamental motor skills", "Health literacy", "Outdoor safety"], portfolio: ["Sun safety awareness demonstration", "Outdoor observation participation log"], questionsAtHome: ["What did you do to stay safe outside?", "Why is it important to drink water when working outside?", "How does moving your body help your brain?"], }, ], dnaCourses: [ { name: "Communication", emoji: "πŸ—£οΈ", type: "dna", lens: "Clear description β€” sentence frames ('I observed a ___ that needs ___'), turn-taking, complete sentences, partner shares", bigIdea: "Good communicators listen carefully, describe what they see, and share ideas using clear words.", courseEssentialQuestion: "How can we describe what we observe so that others understand exactly what we found?", courseNarrative: "Students practice active listening, use sentence frames ('I observed a ___ that needs ___ because ___'), practice turn-taking and complete sentences. Foundation for Q2 Storytelling, Q3 Leadership, Q4 Financial Literacy.", whatLearning: "Your child practices active listening, uses sentence frames ('I observed a ___ that needs ___'), and learns to share ideas clearly.", howBuilds: "Communication is the SKILL AMPLIFIER. Sentence frames give them the tools to share precisely what they found.", keySkills: ["Active listening", "Using sentence frames", "Speaking in complete sentences", "Turn-taking", "Partner sharing"], standards: ["Human Skills strand: clear description, structured sharing"], portfolio: ["Recording or teacher note of partner-share using sentence frames"], questionsAtHome: ["Can you tell me about your observation using 'I observed a ___ that needs ___'?", "When your partner was talking, how did you show you were listening?"], }, { name: "Brain & Mind Science", emoji: "πŸ§ͺ", type: "dna", lens: "Scientist senses β€” five senses as observation tools, focused attention practice, the brain as a pattern-finding machine", bigIdea: "Our five senses are our brain's tools for gathering information; paying attention helps us notice more.", courseEssentialQuestion: "How do our senses help us be better scientists on observation walks?", courseNarrative: "Students explore five senses as 'scientist tools,' practice focused attention (sit quietly, notice 5 things). The brain as a pattern-finding machine. Foundation for Q2 Health Science, Q3 Medical Science, Q4 Decision Science.", whatLearning: "Your child explores the five senses as 'scientist tools,' practices focused attention, and learns that the brain is a pattern-finding machine.", howBuilds: "Brain & Mind Science teaches HOW to observe. Focused attention is the prerequisite for every other Q1 skill.", keySkills: ["Using all five senses deliberately", "Sustaining focused attention", "Noticing patterns", "Understanding the brain as a learning tool"], standards: ["Human Science strand: sensory awareness, attention, patterns"], portfolio: ["'5 Things I Noticed' focused attention record"], questionsAtHome: ["What did you see, hear, smell, feel today?", "When you sat really still, what did you notice?", "What patterns did you notice in the schoolyard?"], }, { name: "Design & Making", emoji: "🎨", type: "dna", lens: "Visual communication basics β€” purposeful color, labeling, logical arrangement in organism charts and habitat map", bigIdea: "Design choices communicate meaning; how we arrange, color, and label our work helps others understand.", courseEssentialQuestion: "How can the way we draw, color, and label our organism charts help people understand what we found?", courseNarrative: "Students learn basic design: purposeful color, label everything, arrange logically. Organism-needs charts as designed communication. Foundation for Q2 Visual Comm, Q3–Q4 Makers Lab.", whatLearning: "Your child learns that design choices communicate meaning β€” purposeful color, clear labels, and logical arrangement help others understand their work.", howBuilds: "Design & Making supports BOTH how the System Explainer looks and what it shows.", keySkills: ["Using color purposefully", "Labeling clearly", "Arranging information logically", "Making design choices that help the viewer"], standards: ["Design & Arts strand: visual communication basics"], portfolio: ["Design choices documented on organism chart"], questionsAtHome: ["Why did you choose THAT color for the plants?", "Would someone who wasn't in your class understand your chart?", "What's the most important thing on your poster?"], }, { name: "Computational Thinking + CS", emoji: "πŸ’»", type: "dna", lens: "Sort & classify β€” organism attributes, step-by-step instructions for observation walks, categories and tally charts", bigIdea: "Computers and people both follow steps; we can give clear instructions and sort information using rules.", courseEssentialQuestion: "How can step-by-step instructions and sorting rules help us organize what we find?", courseNarrative: "Students sort/classify organisms by attributes. Give step-by-step instructions for observation walks. Responsible use: asking permission. Foundation for Q2 Data Science, Q3 AI Literacy, Q4 Robotics + Engineering.", whatLearning: "Your child sorts and classifies organisms by attributes, gives step-by-step instructions for observation walks, and learns that computers follow instructions.", howBuilds: "CT + CS teaches ORGANIZING information systematically. Sorting organisms is computational thinking.", keySkills: ["Sorting by attributes", "Giving step-by-step instructions", "Understanding categories", "Recognizing that computers follow rules"], standards: ["CT & Engineering strand: classification, sequencing, algorithms"], portfolio: ["Organism sorting activity sheet"], questionsAtHome: ["Can you sort your stuffed animals into groups?", "If you had to tell a robot how to walk to the garden, what steps would you give?", "How did you organize the organisms?"], }, ], }, { id: 2, title: "Move the Needle", subtitle: "Analyze & Influence", role: "The Data Scientist", theme: "Persuasion", weeks: "November – February Β· Weeks 1–9", emoji: "πŸ“Š", color: "deep-sea", essentialQuestion: "How do sun, shade, and weather affect living things β€” and how can our data persuade others to act?", quarterBigIdea: "Sunlight warms Earth's surface and weather follows patterns over time; these environmental factors directly affect where living things and people can thrive. Data helps us understand and persuade.", quarterNarrative: "Now that students know what lives in the schoolyard (Q1), they need to understand the environmental conditions that affect survival. Students collect and analyze sun, temperature, and weather data to build a persuasive case for WHY the habitat needs a shade structure and WHERE to place it. Their data story must persuade the Habitat Planning Committee to approve the location and confirm the need for shade protection.", problemContext: "Sun and weather are changing our schoolyard conditions every day β€” but we can't see the patterns without data. How can we measure, track, and use data to understand what's happening and persuade others to act?", story: "Your child shifts into Data Scientist mode. Every morning, they'll check and record the weather. They'll measure temperatures in sunny and shady spots, tracking how the sun changes conditions. Their challenge: convince the Habitat Planning Committee about WHERE to put the habitat and WHY a shade structure is needed.", buildingToward: "Sun, Shade & Weather Data Story β€” weather chart, sun/shade temperature map, persuasive presentation, location recommendation", entryEvent: "THE HOT SPOT CHALLENGE β€” identical ice cubes placed on three surfaces: pavement in full sun, pavement in shade, and grass in sun. 'Why did that one melt FASTEST?'", diagnostic: "Can they describe weather, read a tally chart, use comparison words, recall Q1 findings, and distinguish 'I think' from 'I saw'?", formative: "Weeks 2–3: daily weather tracking. Weeks 4–5: sun/shade temperature investigations. Weeks 6–7: compiling data narrative. Week 8: rehearsing with peer feedback.", summative: "Your child presents to the Habitat Planning Committee and families. All require a weather chart, sun/shade map, 2+ cause-and-effect statements, and a clear recommendation.", rubric: "Product (accuracy of weather charts) and Performance (persuasiveness of data story) are PRIMARY. Progress, People, and Passion also assessed.", evidenceItems: [ "Daily weather tracking log (8+ weeks)", "Weather pattern tally chart and/or bar graph", "Sun/shade temperature comparison data (3+ paired readings)", "Sun/shade map with color-coded temperature zones", "Written data story with 2+ cause-and-effect statements", "Location recommendation with evidence", "Data Story presentation", "Math bar or picture graph with title and labels", "Persuasive writing sample using data evidence", "Data display with purposeful color and legends (Visual Comm DNA)", "Daily weather report in target language", "Peer feedback form", "Self-reflection on data tracking consistency", "My Growth Plan Q2 update", ], assessmentSummary: "At the end of Q2, your child presents a Data Story to the Habitat Planning Committee showing weather patterns, a temperature map, and a location recommendation backed by evidence.", portraitOfLearner: [ { dimension: "Inspiring Communicator", emoji: "πŸ’¬", pct: 90, description: "Persuasive data stories, convincing the Planning Committee" }, { dimension: "Balanced Person", emoji: "βš–οΈ", pct: 70, description: "Persistence through 8 weeks of daily tracking" }, { dimension: "Caring Citizen", emoji: "🌍", pct: 70, description: "Data as service β€” helping the school make better decisions" }, { dimension: "Respectful Relationship Builder", emoji: "🀝", pct: 65, description: "Shared data collection, peer feedback on stories" }, { dimension: "Bold Visionary Leader", emoji: "πŸš€", pct: 55, description: "Using evidence to propose action to decision-makers" }, { dimension: "Resilient Problem Solver", emoji: "πŸ’ͺ", pct: 60, description: "Troubleshooting data gaps, adapting displays" }, ], finksTaxonomy: [ { category: "Foundational Knowledge", emoji: "πŸ“š", description: "Weather types, temperature concepts, sun-shade cause-and-effect" }, { category: "Application", emoji: "πŸ”§", description: "Daily data tracking, temperature measurement, graph construction, persuasive writing" }, { category: "Integration", emoji: "πŸ”—", description: "Connecting science data ↔ math graphs ↔ ELA persuasion ↔ community decisions" }, { category: "Human Dimension", emoji: "πŸ‘€", description: "'I am a Data Scientist' β€” persistence identity" }, { category: "Caring", emoji: "❀️", description: "Valuing evidence over opinions; caring about accuracy" }, { category: "Learning How to Learn", emoji: "πŸŽ“", description: "Learning HOW to track data daily, find patterns, argue with evidence" }, ], deepInquiry: [ { question: "What's the weather been like this week? What does your data say?", why: "Tests whether they're thinking in patterns, not just single days." }, { question: "Why is it cooler under a tree than on the sidewalk?", why: "Tests cause-and-effect reasoning about sunlight and warming." }, { question: "If you were trying to convince me to build a shade structure, what would you tell me?", why: "Practices persuasion with evidence." }, { question: "What's the DIFFERENCE between 'I think it's hot' and 'Our data shows it was 85 degrees'?", why: "Distinguishing opinion from evidence." }, { question: "If it was cloudy every day for a month, would that change your recommendation?", why: "Tests flexible thinking through a changed variable." }, { question: "What was the hardest day of weather tracking? Did you ever want to skip?", why: "Opens Self-Efficacy conversation about persistence." }, { question: "How do YOU stay safe and healthy when it's really sunny outside?", why: "Bridges to Health Science DNA." }, { question: "What picture or chart are you most proud of? Can you explain it?", why: "Tests Visual Communication skills and practice presenting." }, ], coreCourses: [ { name: "Science", emoji: "πŸ”¬", type: "core", lens: "Cause & effect investigation β€” track weather, measure sun vs. shade temperatures, connect sunlight to warming", bigIdea: "Sunlight warms Earth's surface and weather follows patterns over time; these environmental factors directly affect where living things and people can thrive.", courseEssentialQuestion: "How do sun, shade, and weather affect the living things and people in our schoolyard?", courseNarrative: "Students track weather daily and measure sun vs. shade temperatures to identify patterns and cause-and-effect. They build a sun/shade map and recommend where the habitat should go.", whatLearning: "Your child tracks weather patterns daily, measures temperatures in sun vs. shade, and investigates how sunlight warms the Earth's surface.", howBuilds: "Science provides the INVESTIGATION METHOD. Students measure temperatures, compare sun and shade, and track patterns over weeks.", keySkills: ["Describing and categorizing weather", "Measuring temperature", "Comparing sun vs. shade", "Identifying cause-and-effect", "Evidence-based predictions"], standards: ["K-ESS2-1", "K-PS3-1", "K-PS3-2"], portfolio: ["Weather tracking log", "Sun/shade temperature data", "Cause-and-effect statements"], questionsAtHome: ["What happens to temperature when the sun goes behind a cloud?", "Why is the pavement hotter than the grass?", "What patterns have you noticed in our weather?"], }, { name: "Mathematics", emoji: "πŸ“", type: "core", lens: "Measurement & data β€” compare temperatures, tally/graph weather types, read data for evidence-based decisions", bigIdea: "We can measure and compare attributes to find patterns in data; data helps us make smarter decisions.", courseEssentialQuestion: "How can measuring sun, shade, and weather help us decide where to put our habitat?", courseNarrative: "Students compare temperatures, tally and graph weather types, and compare quantities. Emphasis shifts from counting to measuring and reading data for evidence-based decisions.", whatLearning: "Your child compares temperatures, tallies and graphs weather types, and reads data to make decisions.", howBuilds: "Math makes the Data Story CREDIBLE. A bar graph is more convincing than saying 'it's usually sunny.'", keySkills: ["Comparing measurements", "Creating bar graphs", "Reading data", "Comparison language", "Counting to 20"], standards: ["K.CC.1-6", "K.MD.1-3"], portfolio: ["Bar graph with title and labels", "Temperature comparison data table"], questionsAtHome: ["How many sunny days this month? How do you know?", "Which area was WARMER?", "Can you read your weather graph to me?"], }, { name: "ELA / Literacy", emoji: "πŸ“–", type: "core", lens: "Persuasive data writing β€” compose informative text about data, present with evidence and detail", bigIdea: "We can use data as evidence to write and speak persuasively, convincing others to act on what we've found.", courseEssentialQuestion: "How can we use words and data to tell a convincing story about what our habitat needs?", courseNarrative: "Students write informative text about data, ask/answer questions about weather texts, and present with detail and persuasion. Emphasis shifts to evidence-based persuasive communication.", whatLearning: "Your child writes informative text about data findings and presents with persuasion. The shift: now they must CONVINCE, not just describe.", howBuilds: "ELA makes the Data Story PERSUASIVE. Without ELA, the data exists but doesn't move anyone to action.", keySkills: ["Writing informative text with evidence", "Using 'because' reasoning", "Persuasive presentation", "Asking/answering questions about data"], standards: ["W.K.2", "SL.K.4-6", "RI.K.1-2"], portfolio: ["Persuasive writing sample", "Presentation recording"], questionsAtHome: ["What does your data SHOW?", "Can you convince me to put the habitat in your recommended spot?", "What's your strongest piece of evidence?"], }, { name: "Humanities", emoji: "πŸ—ΊοΈ", type: "core", lens: "Community decision-making β€” how communities gather info before decisions, resource needs, fair choices about shared space", bigIdea: "People make better decisions when they use evidence; communities are responsible for taking care of their shared environment.", courseEssentialQuestion: "What does our data tell us about our schoolyard, and what should our community do about it?", courseNarrative: "Students connect weather/sun data to community responsibility. They explore how communities gather information before decisions. Economic thinking begins: what resources do we need?", whatLearning: "Your child explores how communities gather information before making decisions and practices making fair choices about shared space.", howBuilds: "Humanities frames the Data Story as a CIVIC ACT. Good communities investigate, then decide together.", keySkills: ["Community decision-making", "Gathering information", "Considering fairness", "Thinking about shared resources"], standards: ["SS.IS.2-3"], portfolio: ["Community decision-making reflection", "Fairness discussion notes"], questionsAtHome: ["Why look at data BEFORE making a decision?", "Who gets to use the habitat?", "What happens when people disagree?"], }, { name: "World Languages", emoji: "🌎", type: "core", lens: "Weather vocabulary β€” daily weather reporting in target language, cultural comparison of weather and sun protection", bigIdea: "Weather words exist in every language because weather affects everyone; learning weather vocabulary connects us to the world.", courseEssentialQuestion: "How do children in other countries describe today's weather β€” and can we do the same?", courseNarrative: "Students learn weather vocabulary (sunny, cloudy, rainy, hot, cold, windy) and practice daily weather reporting in the target language. Cultural comparison: how do people there protect from sun?", whatLearning: "Your child learns weather vocabulary in the target language and practices daily weather reporting.", howBuilds: "World Languages makes the Data Story GLOBAL. Daily weather reports build fluency while reinforcing the data-tracking routine.", keySkills: ["Weather vocabulary", "Daily reporting practice", "Cultural comparison"], standards: ["Interpersonal communication", "Cultural comparisons"], portfolio: ["Daily weather report recording in target language"], questionsAtHome: ["How do you say 'sunny' in your new language?", "How do children in other countries protect from the sun?", "Can you give today's weather report in your new language?"], }, { name: "Entrepreneurship", emoji: "πŸ’‘", type: "core", lens: "Market research β€” weather/sun data IS research; presenting findings to a 'client' (Habitat Planning Committee)", bigIdea: "Good entrepreneurs use evidence β€” not just guesses β€” to understand a problem before building.", courseEssentialQuestion: "How can data help us understand the problem better before we start designing?", courseNarrative: "Students learn entrepreneurs do research before building. Weather/sun data IS market research. They present findings to a 'client' (Habitat Planning Committee). The data story is an entrepreneurial pitch.", whatLearning: "Your child learns that entrepreneurs do research before building. The Data Story is an entrepreneurial pitch to the Habitat Planning Committee.", howBuilds: "Entrepreneurship reframes the Data Story as a CLIENT PRESENTATION. Gather evidence first, then make a convincing case.", keySkills: ["Research before building", "Presenting to a client", "Using evidence to persuade", "Data drives decisions"], standards: ["Entrepreneurial mindset: evidence-based decision-making"], portfolio: ["'Client pitch' portion of data story"], questionsAtHome: ["Why can't we just START building without research?", "If the Committee asked 'How do you know?', what would you say?", "What if we ignored the data?"], }, { name: "Path to Self-Efficacy", emoji: "🧠", type: "core", lens: "Persistence & habits β€” daily tracking builds consistency, try-again strategies, focus through mindfulness", bigIdea: "Persistence means keeping going even when it's hard; small daily habits build focus and confidence.", courseEssentialQuestion: "How can daily habits and a positive attitude help me collect better data and work well with my team?", courseNarrative: "Students practice daily routines (weather tracking builds consistency), learn try-again strategies, build focus through mindfulness. Traits: Honesty, Self-Efficacy, Mastery.", whatLearning: "Your child practices daily routines, learns try-again strategies, builds focus through mindfulness. Q2 traits: Honesty, Self-Efficacy, Mastery.", howBuilds: "Self-Efficacy makes the Data Story RELIABLE. Daily tracking for 8 weeks takes persistence.", keySkills: ["Maintaining daily routines", "Persisting through repetition", "Building focus", "Honesty about data"], standards: ["SEL: self-management, persistence"], portfolio: ["My Growth Plan Q2 update", "Data tracking consistency self-assessment"], questionsAtHome: ["Did you track weather EVERY day?", "What was hard to do every day?", "How does being consistent help you?"], }, { name: "Music / Performing Arts", emoji: "🎡", type: "core", lens: "Patterns in music & data β€” rhythmic patterns connect to data patterns, weather songs/chants as memory tools", bigIdea: "Patterns in music are like patterns in data; rhythm, repetition, and change help us organize and remember.", courseEssentialQuestion: "How are patterns in music like patterns in our weather data?", courseNarrative: "Students explore rhythmic patterns and connect to data patterns. They create weather songs/chants to remember data. Performing: steady beat and simple rhythm. Responding: identify patterns.", whatLearning: "Your child explores weather sounds, creates weather-themed rhythms, and uses music to enhance their data presentation.", howBuilds: "Music adds emotional resonance to data presentations, making the story engaging and memorable.", keySkills: ["Creating weather rhythms", "Using dynamics to convey data", "Performance skills"], standards: ["Creating", "Performing", "Responding"], portfolio: ["Weather soundscape contribution"], questionsAtHome: ["What does rain sound like in music?", "Can you create a rhythm for sunny days?"], }, { name: "Physical Education / Health", emoji: "πŸƒ", type: "core", lens: "Healthy habits β€” hydration during outdoor data collection, how movement and rest affect focus", bigIdea: "Healthy habits β€” hydration, nutrition, rest, and movement β€” help our bodies and minds perform at their best.", courseEssentialQuestion: "How do healthy choices about food, water, and movement help us be better scientists and teammates?", courseNarrative: "Students practice hydration awareness during outdoor data collection. They explore how movement and rest affect focus. Healthy eating basics connect to the Health Science DNA. Team-movement activities support collaborative data collection.", whatLearning: "Your child practices outdoor safety during data collection, learns about sun protection, hydration, and the effects of weather on physical activity.", howBuilds: "PE connects data collection to health β€” understanding how weather impacts our bodies and outdoor activities.", keySkills: ["Sun protection strategies", "Weather-appropriate activity choices", "Hydration awareness"], standards: ["Health literacy", "Outdoor safety", "Motor skills"], portfolio: ["Weather-safe activity choices log"], questionsAtHome: ["How does the weather change what you do outside?", "Why is sunscreen important?"], }, ], dnaCourses: [ { name: "Storytelling", emoji: "πŸ“–", type: "dna", lens: "Data stories persuade β€” 'Our data shows ___. This means ___. We recommend ___ because ___.' Evidence vs. opinion distinction", bigIdea: "Stories and data together are more powerful than either alone; evidence can influence what people think and do.", courseEssentialQuestion: "How can we tell a data story that convinces people our habitat needs shade?", courseNarrative: "Building on Q1 Communication, students learn data tells a story. Sentence frames advance: 'Our data shows ___. This means ___. We recommend ___ because ___.' Distinguish opinion from evidence.", whatLearning: "Your child learns that data tells a story. They practice turning numbers into narratives that persuade.", howBuilds: "Storytelling transforms raw data into a compelling narrative for the Planning Committee.", keySkills: ["Turning data into narrative", "Using 'because' statements", "Sequencing a story", "Adding emotional connection"], standards: ["Human Skills strand: persuasion, narrative"], portfolio: ["Data narrative draft"], questionsAtHome: ["What story does your weather chart tell?", "How do you make someone care about your data?"], }, { name: "Health Science", emoji: "πŸ₯", type: "dna", lens: "Parallel needs β€” organism needs mirror human needs; water is essential for all; healthy food = energy like sunlight for plants", bigIdea: "Our bodies need the right fuel and rest; water, nutritious food, and sleep help our brains focus and bodies stay strong.", courseEssentialQuestion: "Why do our bodies need water, good food, and sleep β€” and how is that similar to what our organisms need?", courseNarrative: "Building on Q1 Brain & Mind Science, students explore parallel between organism needs and human needs. Water essential for all, healthy food gives energy (like sunlight for plants), sleep helps brains process learning.", whatLearning: "Your child connects sun, food, water, and weather to human health β€” understanding what our bodies need, just like organisms.", howBuilds: "Health Science bridges the parallel: organisms need sun/shade/water, and so do we.", keySkills: ["Understanding basic nutrition", "Connecting sun exposure to health", "Hydration awareness", "Self-care habits"], standards: ["Human Science strand: health, nutrition, sun safety"], portfolio: ["Healthy habits comparison chart"], questionsAtHome: ["How are your needs similar to a plant's needs?", "What happens if you don't drink enough water?"], }, { name: "Visual Communication", emoji: "🎨", type: "dna", lens: "Data display design β€” purposeful color (red=hot, blue=cool), titles, labels, legends; visual data products that communicate clearly", bigIdea: "Data displays use visual elements (color, size, position) to make patterns visible and arguments clear.", courseEssentialQuestion: "How can we design our weather charts so anyone can understand what the data shows?", courseNarrative: "Building on Q1 Design & Making, students create purposeful data displays: red for hot, blue for cool, bigger bars for more frequent weather. Titles, labels, legends. The well-designed chart makes the argument for you.", whatLearning: "Your child uses color, scale, and layout to make data displays clear and persuasive. Warm colors for hot zones, cool colors for shade.", howBuilds: "Visual Communication makes the data BEAUTIFUL and CLEAR. A well-designed chart argues for itself.", keySkills: ["Using color to convey meaning", "Creating clear layouts", "Adding titles and legends", "Scale and proportion"], standards: ["Design & Arts strand: visual communication, data display"], portfolio: ["Color-coded sun/shade data display"], questionsAtHome: ["Why did you use red for hot zones?", "If someone glanced at your chart for 3 seconds, what would they learn?"], }, { name: "Data Science", emoji: "πŸ“ˆ", type: "dna", lens: "Organize & display β€” simple digital tools for recording; consistent daily data entry as algorithmic thinking", bigIdea: "Data can be organized and displayed using tools; the more carefully we collect, the better our decisions.", courseEssentialQuestion: "How can we use tools to track, organize, and share our weather and sun data?", courseNarrative: "Building on Q1 Computational Thinking, students use simple digital tools to record and display weather data. Compare organizing by hand vs. device. Consistent daily data entry builds algorithmic thinking.", whatLearning: "Your child learns basic data collection, organization, and visualization β€” how to make patterns visible through charts and graphs.", howBuilds: "Data Science provides the METHODOLOGY for collecting, organizing, and displaying weather data systematically.", keySkills: ["Systematic data collection", "Organizing data in tables", "Identifying patterns", "Simple data visualization"], standards: ["CT & Engineering strand: data collection, visualization"], portfolio: ["Organized data collection sheet"], questionsAtHome: ["How do you keep track of all the weather data?", "What patterns do you see in your data?"], }, ], }, { id: 3, title: "Build & Lead", subtitle: "Engineer & Iterate", role: "The Young Engineer", theme: "Resilience", weeks: "February – April Β· Weeks 1–9", emoji: "πŸ”¨", color: "valencia", essentialQuestion: "How can we design and build a shade structure that protects our habitat β€” and what do we do when our first idea doesn't work?", quarterBigIdea: "Pushes and pulls affect the motion and stability of objects; engineers use knowledge of forces and materials to design structures that solve real problems. Prototypes are questions made physical β€” we build to learn, not just to finish.", quarterNarrative: "Armed with organism knowledge (Q1) and environmental data (Q2), students now INNOVATE. They must design a shade structure that blocks sun, withstands wind, and fits the habitat site. This is the engineering quarter: students experience the full design cycle β€” define the problem, sketch ideas, build a prototype, test it, collect data, and iterate. The Innovation Demo requires students to LEAD an audience through their design thinking.", problemContext: "We know what our habitat needs and where it should go. Now we need to protect it from too much sun and wind. How can we design, test, and improve a shade structure using real materials?", story: "Your child becomes an engineer. They'll explore real shade structures, sketch designs, choose materials, build prototypes, test them, identify what fails, and redesign. They learn that real engineering means iteration β€” failure isn't the end, it's the beginning of better ideas.", buildingToward: "Shade Structure Design Portfolio β€” sketches, material tests, prototype, redesign documentation, and engineering presentation", entryEvent: "THE SHADE CHALLENGE β€” groups try to keep a thermometer cool using only classroom materials (paper, fabric, cardboard). 'Can you beat the sun?'", diagnostic: "Can they name materials, describe shapes, sketch a simple structure, recall Q2 data about sun/shade, and explain why shade matters?", formative: "Weeks 2–3: shade structure exploration. Weeks 4–5: design sketches and material testing. Weeks 6–7: prototype building and testing. Week 8: redesign and peer review.", summative: "Your child presents their shade structure design journey β€” including what failed and how they improved it. Options include live prototype demonstration, design portfolio walk, or recorded explanation.", rubric: "Product (quality of design portfolio and prototype) and Performance (clarity of engineering reasoning) are PRIMARY. Progress, People, and Passion also assessed.", evidenceItems: [ "Design sketches with labeled materials", "Material testing data (which materials blocked sun/resisted wind)", "Prototype photographs and testing results", "Redesign documentation showing changes and reasons", "Engineering presentation", "Math measurement data for shade structure", "Writing sample explaining design choices", "Construction plan with step-by-step instructions", "Peer feedback on prototype", "Self-reflection on handling failure", "My Growth Plan Q3 entry", ], assessmentSummary: "At the end of Q3, your child presents their complete engineering journey β€” from initial sketches through failure and redesign to a final prototype.", portraitOfLearner: [ { dimension: "Inspiring Communicator", emoji: "πŸ’¬", pct: 75, description: "Explaining engineering reasoning and design choices" }, { dimension: "Balanced Person", emoji: "βš–οΈ", pct: 80, description: "Managing frustration when designs fail" }, { dimension: "Caring Citizen", emoji: "🌍", pct: 75, description: "Building for the benefit of habitat organisms" }, { dimension: "Respectful Relationship Builder", emoji: "🀝", pct: 80, description: "Collaborative building, giving constructive feedback" }, { dimension: "Bold Visionary Leader", emoji: "πŸš€", pct: 70, description: "Taking ownership of design decisions" }, { dimension: "Resilient Problem Solver", emoji: "πŸ’ͺ", pct: 90, description: "Iterating through failure, redesigning with purpose" }, ], finksTaxonomy: [ { category: "Foundational Knowledge", emoji: "πŸ“š", description: "Material properties, structural concepts, shade/sun science" }, { category: "Application", emoji: "πŸ”§", description: "Designing, building, testing, measuring, iterating" }, { category: "Integration", emoji: "πŸ”—", description: "Connecting science ↔ math measurement ↔ design ↔ writing" }, { category: "Human Dimension", emoji: "πŸ‘€", description: "'I am a Young Engineer' β€” building persistence identity" }, { category: "Caring", emoji: "❀️", description: "Building something that protects living things" }, { category: "Learning How to Learn", emoji: "πŸŽ“", description: "Learning HOW to fail, iterate, and improve" }, ], deepInquiry: [ { question: "What happened when you first tested your shade structure?", why: "Opens conversation about engineering iteration and learning from failure." }, { question: "Why did you change your design? What made you decide to try something different?", why: "Tests reasoning about the design process." }, { question: "What material worked best for blocking sun? How do you know?", why: "Tests evidence-based material selection." }, { question: "If a big wind came, would your structure survive? What would you change?", why: "Pushes thinking about structural integrity." }, { question: "What's the difference between your FIRST sketch and your FINAL design?", why: "Highlights growth through iteration." }, { question: "If you were building a shade structure for your backyard, what would you do differently?", why: "Tests transfer to new contexts." }, { question: "What was the most frustrating part? What did you do when you felt stuck?", why: "Connects to resilience and self-efficacy." }, { question: "How did your teammate's idea help make your design better?", why: "Values collaboration in engineering." }, ], coreCourses: [ { name: "Science", emoji: "πŸ”¬", type: "core", lens: "Forces & engineering design β€” push/pull investigations, material testing, design-test-iterate cycle", bigIdea: "Pushes and pulls affect the motion and stability of objects; engineers use knowledge of forces and materials to design structures that solve real problems.", courseEssentialQuestion: "How can we design and build a shade structure that protects our habitat and the people who use it?", courseNarrative: "Students investigate forces through experiments, then design, build, and test a shade structure prototype. CCC: Cause & Effect, Structure & Function. SEP: Designing Solutions, Using Models.", whatLearning: "Your child investigates material properties β€” which block sun, resist wind, absorb or reflect heat β€” and applies Q2 data to engineering decisions.", howBuilds: "Science provides the MATERIAL KNOWLEDGE. Engineers must understand their materials before they can design solutions.", keySkills: ["Testing material properties", "Comparing results", "Connecting data to design", "Understanding heat and light"], standards: ["K-2-ETS1-1", "K-2-ETS1-2", "K-2-ETS1-3", "K-PS2-1", "K-PS2-2", "K-PS3-2"], portfolio: ["Material testing data sheets", "Design rationale based on science"], questionsAtHome: ["Which materials block the most sun?", "Why did you pick that material?", "What happens when wind hits your structure?"], }, { name: "Mathematics", emoji: "πŸ“", type: "core", lens: "Shapes & problem-solving β€” identify structural shapes, solve materials-planning problems, compare measurable attributes", bigIdea: "Shapes have properties that make them useful for building; addition and subtraction help us solve engineering problems.", courseEssentialQuestion: "How do shapes and numbers help us design and build a strong shade structure?", courseNarrative: "Students identify shapes in structures, solve materials-planning problems with addition/subtraction within 10, and compare measurable attributes of designs.", whatLearning: "Your child measures materials, compares lengths, uses shapes in design, and records quantitative results from tests.", howBuilds: "Math provides PRECISION. Structures need accurate measurements and systematic testing to work.", keySkills: ["Measuring length", "Comparing sizes", "Using shapes in design", "Recording test results with numbers"], standards: ["K.MD.1-2", "K.G.1-6", "K.OA.1-2"], portfolio: ["Measurement data from prototype", "Shape-based design sketches"], questionsAtHome: ["How tall is your shade structure?", "Which shape was strongest?", "How did you measure your materials?"], }, { name: "ELA / Literacy", emoji: "πŸ“–", type: "core", lens: "Process explanation β€” write/draw design explanations, recall information from experience, present with visual displays", bigIdea: "We can explain a process step by step, use evidence to support claims, and speak with confidence.", courseEssentialQuestion: "How can we explain our engineering design so others understand how and why it works?", courseNarrative: "Students write process explanations, recall information from experience, describe design-step connections, and advance presentation skills.", whatLearning: "Your child writes step-by-step construction instructions, labels design sketches, and explains engineering reasoning.", howBuilds: "ELA provides the DOCUMENTATION. Engineers must communicate their designs clearly so others can understand and build.", keySkills: ["Writing instructions", "Labeling diagrams", "Explaining reasoning", "Sequencing steps"], standards: ["W.K.2", "W.K.3", "W.K.8", "SL.K.4-6", "RI.K.3"], portfolio: ["Written construction plan", "Design explanation"], questionsAtHome: ["Can you write the steps to build your structure?", "What labels did you add?", "Why did you choose this design?"], }, { name: "Humanities", emoji: "πŸ—ΊοΈ", type: "core", lens: "Collaborative problem-solving β€” group decisions when people disagree, roles and responsibilities in teamwork, limited resources = tradeoffs", bigIdea: "People solve community problems by designing solutions, working together, and listening to different ideas.", courseEssentialQuestion: "How can we work together to solve a real problem for our school community?", courseNarrative: "Students apply civic concepts to design: group decisions when people disagree, roles and responsibilities in teamwork. Economic reasoning deepens: limited materials mean tradeoffs.", whatLearning: "Your child explores how communities build structures to solve shared problems and how different cultures create shade and shelter.", howBuilds: "Humanities provides CULTURAL CONTEXT. Shade structures exist worldwide β€” students see their work as part of human problem-solving history.", keySkills: ["Understanding shared problem-solving", "Cultural comparison", "Community planning"], standards: ["SS.IS.4-5"], portfolio: ["Cultural shade structures comparison"], questionsAtHome: ["How do people in other countries stay cool?", "Why does our community need this structure?"], }, { name: "World Languages", emoji: "🌎", type: "core", lens: "Design vocabulary β€” material and shape words in target language (big, small, strong, triangle, push, pull), bilingual design labels", bigIdea: "We can describe what we're building in simple phrases in another language, helping more people understand.", courseEssentialQuestion: "How can we explain our shade structure using simple words in the target language?", courseNarrative: "Students learn design/material vocabulary (big, small, strong, triangle, push, pull). They practice simple descriptions and explore structures from target culture. Sketches include target-language labels.", whatLearning: "Your child learns material and construction vocabulary in the target language, labels design sketches bilingually.", howBuilds: "World Languages makes engineering MULTILINGUAL. Technical vocabulary in multiple languages prepares global communicators.", keySkills: ["Material vocabulary", "Construction terms", "Bilingual labeling"], standards: ["Interpersonal/presentational communication"], portfolio: ["Bilingual design labels"], questionsAtHome: ["How do you say 'wood' in your new language?", "Can you name your materials in both languages?"], }, { name: "Entrepreneurship", emoji: "πŸ’‘", type: "core", lens: "Prototyping mindset β€” define, sketch, build, test, iterate; failure is data, not defeat; materials knowledge", bigIdea: "Prototypes are questions made physical β€” we build to learn, not just to finish; testing and improving are the most important steps.", courseEssentialQuestion: "How can building, testing, and improving make our shade structure better β€” just like real entrepreneurs?", courseNarrative: "Students apply design thinking: define, sketch, build, test, iterate. Failure is data, not defeat. Materials knowledge deepens: choosing based on properties.", whatLearning: "Your child thinks about budget, material availability, and feasibility β€” the same constraints real entrepreneurs face.", howBuilds: "Entrepreneurship adds REAL-WORLD CONSTRAINTS. You can't build with unlimited resources.", keySkills: ["Thinking about costs", "Material selection with constraints", "Feasibility analysis"], standards: ["Entrepreneurial mindset: resource management"], portfolio: ["Material budget/feasibility plan"], questionsAtHome: ["What materials cost more? Less?", "How would you build this with limited supplies?"], }, { name: "Path to Self-Efficacy", emoji: "🧠", type: "core", lens: "Resilience & teamwork β€” productive struggle, 'My first try didn't work so I changed ___', give/receive feedback", bigIdea: "When things are hard, I can try again; frustration means I'm learning, and teamwork makes challenges easier.", courseEssentialQuestion: "How can I bounce back when my design fails and help my teammates do the same?", courseNarrative: "Students experience productive struggle through engineering. They practice resilience language ('My first try didn't work, so I changed ___'), give/receive feedback. Traits: Courage, Resilience, Creativity.", whatLearning: "Your child practices persistence through engineering challenges, reframes failure as learning, and builds grit. Q3 traits: Resilience, Courage, Adaptability.", howBuilds: "Self-Efficacy is at the CENTER of Q3. Engineering IS failing and trying again. This quarter builds the deepest resilience.", keySkills: ["Reframing failure", "Persisting through challenges", "Adapting strategies", "Building courage"], standards: ["SEL: self-management, resilience, growth mindset"], portfolio: ["My Growth Plan Q3 entry", "Failure-and-fix reflection"], questionsAtHome: ["What failed? What did you learn from it?", "When you felt like giving up, what happened?", "What would you tell someone afraid to try?"], }, { name: "Music / Performing Arts", emoji: "🎡", type: "core", lens: "Performance confidence β€” performing to an audience builds confidence transferable to all presentations; rehearsal-feedback-improve mirrors design cycle", bigIdea: "Performance takes practice, courage, and feedback; performing for others builds confidence that transfers to all presentations.", courseEssentialQuestion: "How can performing music help us become braver presenters for our design demonstration?", courseNarrative: "Students practice performing to an audience. The rehearsal-feedback-improvement cycle mirrors design-test-iterate. Skills β€” projecting voice, responding to audience β€” support the Innovation Demo.", whatLearning: "Your child explores sounds of building β€” hammering rhythms, material sounds β€” and creates a 'construction soundtrack.'", howBuilds: "Music adds creativity and rhythm to the building process, connecting engineering to artistic expression.", keySkills: ["Creating rhythmic patterns", "Connecting sound to materials", "Collaborative music-making"], standards: ["Creating", "Performing"], portfolio: ["Construction rhythm composition"], questionsAtHome: ["What sounds does building make?", "Can you create a rhythm for your construction process?"], }, { name: "Physical Education / Health", emoji: "πŸƒ", type: "core", lens: "Construction motor skills β€” fine/gross motor for cutting, taping, balancing, lifting; physical challenge as metaphor for engineering challenge", bigIdea: "Physical challenges build resilience; when we practice, fall, and try again, our bodies and minds grow stronger.", courseEssentialQuestion: "How is building physical strength and coordination like building and testing our shade structure?", courseNarrative: "Students develop fine and gross motor skills for construction: cutting, taping, balancing, lifting. Physical challenge as metaphor for engineering challenge. Cooperative games mirror Q3 design teams. Sun safety reinforced.", whatLearning: "Your child develops fine and gross motor skills through building β€” cutting, taping, lifting, assembling structures safely.", howBuilds: "PE ensures your child can physically BUILD. Construction requires coordination, strength, and safety awareness.", keySkills: ["Fine motor skills for construction", "Safe tool use", "Physical coordination", "Teamwork in building"], standards: ["Motor skills", "Safety", "Cooperative activity"], portfolio: ["Safe building practices demonstration"], questionsAtHome: ["How did you stay safe while building?", "What was the hardest part to build physically?"], }, ], dnaCourses: [ { name: "Leadership", emoji: "πŸ‘‘", type: "dna", lens: "Teaching & guiding β€” lead a partner through the wind test, guide peers through design, accept feedback gracefully", bigIdea: "Leaders take responsibility, teach others, listen to feedback, and make things better.", courseEssentialQuestion: "How can we lead someone through our design so they understand how and why it works?", courseNarrative: "Building on Q1 Communication and Q2 Storytelling, students practice leadership: teach a partner the wind test, guide a peer through design, accept feedback gracefully. Leaders listen as much as they talk.", whatLearning: "Your child practices leading a small team through a building challenge β€” assigning roles, making group decisions, and encouraging teammates.", howBuilds: "Leadership makes the engineering process COLLABORATIVE. Real projects need leaders who support their team.", keySkills: ["Assigning roles", "Making group decisions", "Encouraging peers", "Taking responsibility"], standards: ["Human Skills strand: leadership, teamwork"], portfolio: ["Leadership reflection"], questionsAtHome: ["How did you help your team today?", "What did you do when your team disagreed?"], }, { name: "Medical Science", emoji: "🩺", type: "dna", lens: "Sun safety as engineering β€” sunburn, dehydration, hats as mini-shade structures; the shade structure is a community HEALTH solution", bigIdea: "We can protect our bodies from the environment; sun safety, hydration, and proper clothing are design problems we solve daily.", courseEssentialQuestion: "How is protecting ourselves from the sun like engineering a shade structure?", courseNarrative: "Building on Q1 Brain & Mind and Q2 Health Science, students study sun safety as medical AND engineering topic. Sunburn, shade, hats as mini-shade structures. Sun safety tips added to documentation.", whatLearning: "Your child learns about sun safety, skin protection, and how shade structures protect health β€” connecting engineering to wellness.", howBuilds: "Medical Science shows WHY the shade structure matters for HUMAN health, not just organisms.", keySkills: ["Understanding sun exposure risks", "Skin protection awareness", "Connecting engineering to health"], standards: ["Human Science strand: health, prevention"], portfolio: ["Sun safety health poster"], questionsAtHome: ["Why is too much sun bad for your skin?", "How does your shade structure protect people?"], }, { name: "Makers Lab", emoji: "πŸ”§", type: "dna", lens: "Prototyping skills β€” from paper to real materials, safe tool use, material properties, construction techniques", bigIdea: "Makers use tools, materials, and techniques to turn ideas into real objects; building teaches what drawing alone cannot.", courseEssentialQuestion: "How can we use maker tools and techniques to build a prototype that actually works?", courseNarrative: "Building on Q1 Design & Making and Q2 Visual Communication, students move from paper to real materials. Safe tool use, material properties (rigid/flexible, opaque/transparent), construction techniques. Q3 = prototyping skills.", whatLearning: "Your child uses hands-on tools and materials to build and test prototypes β€” cutting, measuring, assembling, and iterating.", howBuilds: "Makers Lab is the BUILD SPACE. This is where sketches become real structures that can be tested.", keySkills: ["Using basic tools safely", "Prototype construction", "Testing and iterating", "Material joining techniques"], standards: ["Design & Arts strand: making, prototyping"], portfolio: ["Prototype photos and testing notes"], questionsAtHome: ["What tools did you use?", "How did you connect the pieces?", "What would you change next time?"], }, { name: "AI Literacy", emoji: "πŸ€–", type: "dna", lens: "Decision rules β€” IF/THEN rules for material selection; pattern-matching for strongest shapes; engineers and computers both follow rules", bigIdea: "Decision rules (IF this, THEN that) help us make choices; we can create rules for picking the best materials and shapes.", courseEssentialQuestion: "How can IF/THEN decision rules help us design a better shade structure?", courseNarrative: "Building on Q1 CT and Q2 Data Science, students create decision trees for material selection: 'IF needs to block sun THEN opaque.' Pattern-matching: which shapes are strongest? Engineers and computers both follow rules.", whatLearning: "Your child explores how computers and AI can help design β€” pattern recognition, simple optimization, and understanding that AI follows rules people create.", howBuilds: "AI Literacy shows that engineering today uses TECHNOLOGY. Even kindergarteners can understand that computers help us design better.", keySkills: ["Understanding AI as a tool", "Pattern recognition", "Simple optimization concepts", "Human vs. computer decisions"], standards: ["CT & Engineering strand: AI awareness"], portfolio: ["AI tool exploration record"], questionsAtHome: ["Can a computer help you design?", "What can AI do that people can't? What can't it do?"], }, ], }, { id: 4, title: "Ship & Sustain", subtitle: "Launch & Legacy", role: "The Habitat Founder", theme: "Legacy", weeks: "April – June Β· Weeks 1–9", emoji: "🌿", color: "sunflower", essentialQuestion: "How can we build, care for, and share a habitat that will last beyond our time in kindergarten?", quarterBigIdea: "Engineers use evidence, feedback, and iteration to create solutions that help living things and people; good solutions must work, be sustained, and be shared. Responsible builders think about today AND tomorrow.", quarterNarrative: "This is LAUNCH DAY. Students take everything from Q1–Q3 and DELIVER: assemble the classroom habitat/garden, install the shade structure, write a Care Guide so others can sustain it, and present the entire project to families. They must make decisions about tradeoffs, justify choices with evidence from all prior quarters, and plan for sustainability β€” who cares for this after we leave? Real impact means delivering a working solution, teaching others to sustain it, and reflecting on the journey from question to action.", problemContext: "We've investigated, collected data, and designed a shade structure. Now it's time to BUILD the actual habitat, create a Care Guide so it survives, and present our work to the school community. How do we leave a legacy?", story: "Your child becomes a Habitat Founder. They assemble the living habitat, plant organisms, build the shade structure, create a Care Guide booklet, and present everything at a public showcase for families and the school community. This is the culmination of the entire year.", buildingToward: "Living Habitat + Care Guide + Public Showcase β€” assembled habitat, care instructions booklet, and presentation to families", entryEvent: "THE EMPTY HABITAT β€” students arrive to find the approved habitat site marked and ready, with all materials gathered. 'Everything we've learned has led to this moment. What happens now?'", diagnostic: "Can they recall key learnings from Q1-Q3? Name organisms, describe data findings, explain design choices? Are they ready to synthesize everything?", formative: "Weeks 2–3: habitat assembly and planting. Weeks 4–5: Care Guide writing and illustration. Weeks 6–7: showcase preparation and rehearsal. Week 8: dress rehearsal with peer feedback.", summative: "Your child presents at the public Family Showcase. They guide families through the habitat, explain the Care Guide, and reflect on their year-long journey from investigator to founder.", rubric: "Product (quality of habitat, Care Guide, and presentation) and Performance (confidence and clarity at showcase) are PRIMARY. Progress, People, and Passion also assessed.", evidenceItems: [ "Habitat assembly contribution (photos/video)", "Care Guide booklet (written and illustrated)", "Showcase presentation", "Year-long portfolio compilation", "Math data summary for showcase display", "Reflective writing on year-long journey", "Care Guide instructions in target language", "Collaborative project reflection", "Peer feedback from showcase rehearsal", "Final self-reflection: 'Who I was in September vs. Who I am now'", "My Growth Plan final entry", ], assessmentSummary: "At the end of Q4, your child presents at the Family Showcase β€” guiding visitors through the habitat, explaining the Care Guide, and reflecting on their year-long growth journey.", portraitOfLearner: [ { dimension: "Inspiring Communicator", emoji: "πŸ’¬", pct: 95, description: "Public showcase presentation to families and community" }, { dimension: "Balanced Person", emoji: "βš–οΈ", pct: 85, description: "Managing excitement and nerves for the big showcase" }, { dimension: "Caring Citizen", emoji: "🌍", pct: 95, description: "Creating a lasting legacy for the school community" }, { dimension: "Respectful Relationship Builder", emoji: "🀝", pct: 90, description: "Collaborative building and shared ownership" }, { dimension: "Bold Visionary Leader", emoji: "πŸš€", pct: 85, description: "Owning the entire project from start to finish" }, { dimension: "Resilient Problem Solver", emoji: "πŸ’ͺ", pct: 80, description: "Solving real problems during habitat assembly" }, ], finksTaxonomy: [ { category: "Foundational Knowledge", emoji: "πŸ“š", description: "Synthesis of all year's knowledge β€” organisms, data, design, community" }, { category: "Application", emoji: "πŸ”§", description: "Building a real habitat, writing a real Care Guide, presenting to a real audience" }, { category: "Integration", emoji: "πŸ”—", description: "All 13 courses converge in a single authentic product" }, { category: "Human Dimension", emoji: "πŸ‘€", description: "'I am a Habitat Founder' β€” legacy identity, seeing oneself as a capable creator" }, { category: "Caring", emoji: "❀️", description: "Deep care for living things and the school community" }, { category: "Learning How to Learn", emoji: "πŸŽ“", description: "Reflecting on HOW they learned, grew, and changed throughout the year" }, ], deepInquiry: [ { question: "What's the most important thing you learned this year?", why: "Synthesizes the entire year's journey." }, { question: "If a first-grader asked you 'What is a habitat?', what would you say?", why: "Tests ability to explain clearly to a new audience." }, { question: "What's in your Care Guide? Why is each instruction important?", why: "Tests depth of understanding about organism needs." }, { question: "Who was the hardest part of building for β€” the plants, the bugs, or the people?", why: "Tests systems thinking across stakeholders." }, { question: "What would you do differently if you started the whole project over?", why: "Tests reflective thinking and growth mindset." }, { question: "How are YOU different from who you were in September?", why: "The most powerful question β€” tests metacognitive growth." }, { question: "What will happen to the habitat after you leave kindergarten?", why: "Tests legacy thinking and sustainability." }, { question: "If every school had a project like this, what would be different about the world?", why: "Pushes big-picture vision." }, ], coreCourses: [ { name: "Science", emoji: "πŸ”¬", type: "core", lens: "Synthesis & evidence β€” prove impact with before/after data, defend design choices, all K-band PEs synthesized", bigIdea: "Engineers use evidence, feedback, and iteration to create solutions that help living things and people; good solutions must work, be sustained, and be shared.", courseEssentialQuestion: "Can we build our habitat, prove it works, and teach others to care for it?", courseNarrative: "Students synthesize all learning to assemble the habitat, install shade structure, create Care Guide, and present before/after evidence. All K-band PEs synthesized. CCC: Systems & System Models, Cause & Effect. SEP: Constructing Explanations, Communicating Information.", whatLearning: "Your child applies all science knowledge β€” organism needs, weather data, materials β€” to assemble and maintain a living habitat.", howBuilds: "Science provides the LIFE KNOWLEDGE. What to plant, where to place organisms, how to ensure survival.", keySkills: ["Applying organism-needs knowledge", "Habitat assembly", "Monitoring conditions", "Predicting outcomes"], standards: ["K-LS1-1", "K-ESS3-1", "K-2-ETS1-3"], portfolio: ["Habitat assembly documentation", "Organism placement rationale"], questionsAtHome: ["Why did you put that plant there?", "What does the habitat need to survive?", "How will you know if it's healthy?"], }, { name: "Mathematics", emoji: "πŸ“", type: "core", lens: "Planning & communication β€” count/compare organisms and materials, solve resource problems, organize Care Guide by category", bigIdea: "Numbers help us plan, track, and communicate; math supports fair decisions and clear explanations for real audiences.", courseEssentialQuestion: "How can we use math to plan our habitat, write a Care Guide, and show our community what we've built?", courseNarrative: "Students count and compare organisms/materials, solve word problems, organize Care Guide by category, describe shapes in layout.", whatLearning: "Your child creates summary data displays for the showcase, measures habitat dimensions, and counts organisms placed.", howBuilds: "Math provides the YEAR'S DATA STORY. Summary charts show the complete journey in numbers.", keySkills: ["Creating summary displays", "Measuring real spaces", "Counting and organizing", "Presenting data to an audience"], standards: ["K.CC.1-6", "K.MD.1-3", "K.G.1-6", "K.OA.1-2"], portfolio: ["Year-long data summary display"], questionsAtHome: ["How many organisms are in your habitat?", "How big is your shade structure?", "What does your data from the whole year show?"], }, { name: "ELA / Literacy", emoji: "πŸ“–", type: "core", lens: "Published informational writing β€” compose Care Guide, recall year-long learning, present to authentic audience", bigIdea: "We can compose a complete informational text, present year-long learning to a real audience, and use language to build community.", courseEssentialQuestion: "How can we write a Care Guide and present our story so others can sustain what we've built?", courseNarrative: "Students compose the Care Guide, use shared research and year-long recall, and deliver public presentations. Conventions and vocabulary assessed.", whatLearning: "Your child writes the Care Guide β€” clear instructions for maintaining the habitat. They also write reflective pieces about their year-long journey.", howBuilds: "ELA makes the Care Guide USABLE. Clear writing ensures the habitat survives beyond this class.", keySkills: ["Writing clear instructions", "Reflective writing", "Publishing for a real audience", "Presenting at showcase"], standards: ["W.K.2", "W.K.3", "W.K.7-8", "SL.K.1-6", "L.K.1-2", "L.K.6"], portfolio: ["Care Guide booklet", "Reflective writing"], questionsAtHome: ["Can you read me your Care Guide?", "What are you most proud of writing?", "How has your writing changed since September?"], }, { name: "Humanities", emoji: "πŸ—ΊοΈ", type: "core", lens: "Civic action & stewardship β€” presenting habitat as community service, Care Guide as civic document, sustainability plan mirrors civic responsibility", bigIdea: "Responsible citizens take action to improve their community, share knowledge, and plan for the future.", courseEssentialQuestion: "How can we share what we've built with our community and make sure it lasts?", courseNarrative: "Students take informed civic action by presenting to the community. The Care Guide is citizenship β€” teaching others to sustain a shared resource. The sustainability plan: who is responsible? How do we transfer care?", whatLearning: "Your child explores legacy β€” what it means to leave something valuable for others. They think about civic responsibility and stewardship.", howBuilds: "Humanities frames the habitat as a CIVIC LEGACY. Students see themselves as community builders, not just learners.", keySkills: ["Understanding legacy", "Civic responsibility", "Community stewardship", "Presenting to the public"], standards: ["SS.IS.6-7"], portfolio: ["Legacy reflection", "Community stewardship plan"], questionsAtHome: ["What does it mean to leave a legacy?", "How does the habitat help our school community?"], }, { name: "World Languages", emoji: "🌎", type: "core", lens: "Bilingual community welcome β€” bilingual showcase signs, habitat labels, greetings in target language; Care Guide labels demonstrate inclusion", bigIdea: "Welcoming people in their language and sharing work bilingually includes more of our community.", courseEssentialQuestion: "How can we greet visitors and share our habitat in both English and the target language?", courseNarrative: "Students prepare bilingual showcase elements: welcome signs, habitat labels, and greetings. They learn 'Welcome to our habitat' and 'This plant needs water and sun' in the target language.", whatLearning: "Your child writes Care Guide instructions in the target language, creating a bilingual guide for diverse families.", howBuilds: "World Languages makes the Care Guide ACCESSIBLE to all families, regardless of language background.", keySkills: ["Writing instructions in target language", "Bilingual communication", "Cultural inclusivity"], standards: ["Interpersonal/presentational communication"], portfolio: ["Care Guide bilingual sections"], questionsAtHome: ["Can you read the Care Guide instructions in your new language?", "Why is it important to include both languages?"], }, { name: "Entrepreneurship", emoji: "πŸ’‘", type: "core", lens: "Launch & sustain β€” launch day, customer feedback (audience questions), sustainability plan as business continuity", bigIdea: "Launching means sharing your solution with the people it's meant to help β€” and planning for what comes next.", courseEssentialQuestion: "How do we launch our habitat and what does a good entrepreneur plan for after launch?", courseNarrative: "Students experience the full arc: launch day, customer feedback (audience questions), sustainability planning. Entrepreneurs don't stop at launch β€” they plan for the future.", whatLearning: "Your child 'launches' the habitat like a product launch β€” complete with a showcase presentation, a user guide (Care Guide), and plans for sustainability.", howBuilds: "Entrepreneurship frames the showcase as a PRODUCT LAUNCH. The Care Guide is the user manual.", keySkills: ["Product launch planning", "Creating user documentation", "Sustainability thinking", "Public presentation"], standards: ["Entrepreneurial mindset: launch, sustainability"], portfolio: ["Launch plan and sustainability pitch"], questionsAtHome: ["How is your showcase like launching a product?", "What's your plan for keeping the habitat going?"], }, { name: "Path to Self-Efficacy", emoji: "🧠", type: "core", lens: "Reflection & leadership β€” year-long growth reflection, My Growth Plan update, ethical leadership as showcase hosts", bigIdea: "I am capable of learning hard things, working with others, and making a difference; I grow into a leader by believing in myself.", courseEssentialQuestion: "How have I grown as a learner, teammate, and leader this year?", courseNarrative: "Students reflect on year-long growth (Q1 diagnostic vs. Q4 capability), update My Growth Plan, practice ethical leadership as showcase hosts. Traits: Stewardship, Purpose, Vision, Ethics.", whatLearning: "Your child completes their Growth Plan, reflects on the entire year, and celebrates how much they've grown. Q4 traits: Pride, Legacy, Gratitude.", howBuilds: "Self-Efficacy closes the GROWTH LOOP. Students see concrete evidence of how they've changed since September.", keySkills: ["Deep self-reflection", "Recognizing growth", "Celebrating achievements", "Setting future goals"], standards: ["SEL: self-awareness, reflection, gratitude"], portfolio: ["My Growth Plan final entry", "Year-long reflection"], questionsAtHome: ["How are you different from September?", "What's your proudest moment?", "What goals do you have for first grade?"], }, { name: "Music / Performing Arts", emoji: "🎡", type: "core", lens: "Celebration & community β€” habitat song, nature soundscape, or rhythmic performance for showcase; music connects audience emotionally", bigIdea: "Celebration is an important part of completing meaningful work; music brings people together to share joy and pride.", courseEssentialQuestion: "How can music help us celebrate our habitat and bring our community together at the showcase?", courseNarrative: "Students prepare musical elements for the showcase: habitat song, nature soundscape, or rhythmic performance. Creating: compose or select music. Connecting: music connects the audience emotionally.", whatLearning: "Your child creates a showcase performance piece β€” a song, poem, or soundscape that captures the year's journey.", howBuilds: "Music makes the showcase MEMORABLE. A performance piece adds emotional power to the presentation.", keySkills: ["Performance preparation", "Connecting music to story", "Public performance", "Collaborative creation"], standards: ["Creating", "Performing", "Connecting"], portfolio: ["Showcase performance piece"], questionsAtHome: ["What song will you perform at the showcase?", "How does your music tell the story of the year?"], }, { name: "Physical Education / Health", emoji: "πŸƒ", type: "core", lens: "Community health advocacy β€” health tips in Care Guide (outdoor play, gardening as exercise, shade protects skin); prepare physically for showcase", bigIdea: "Taking care of our bodies is a lifelong responsibility; healthy people build healthy communities.", courseEssentialQuestion: "How can we include health and movement advice in our Care Guide and showcase?", courseNarrative: "Students add well-being tips to Care Guide: outdoor play is healthy, gardening is exercise, shade protects skin. Prepare physically for showcase. The year's PE arc: individual awareness β†’ team coordination β†’ community health advocacy.", whatLearning: "Your child does the physical work of habitat assembly β€” planting, building, arranging β€” and reflects on year-long health habits.", howBuilds: "PE provides the PHYSICAL CAPABILITY to build and maintain the habitat. Year-long health habits come full circle.", keySkills: ["Physical assembly work", "Year-long health reflection", "Active outdoor work"], standards: ["Motor skills", "Health literacy"], portfolio: ["Habitat assembly participation"], questionsAtHome: ["What was the hardest physical work?", "How have your health habits changed this year?"], }, ], dnaCourses: [ { name: "Financial Literacy", emoji: "πŸ’°", type: "dna", lens: "Resource planning β€” needs vs. wants for sustainability, simple budgeting with 'resource tokens,' cost/quality/fairness thinking", bigIdea: "Everything we need has a cost; smart planners compare choices, think about needs versus wants, and plan for everyone.", courseEssentialQuestion: "What does our habitat need to survive, how much does that cost, and how do we plan wisely?", courseNarrative: "Culminating Human Skills strand. Students face real resource questions: What needs replacing? They sort needs vs. wants, practice budgeting with 'resource tokens,' think about cost, quality, fairness.", whatLearning: "Your child measures and communicates the impact of their project β€” how many organisms are thriving, how the community benefits.", howBuilds: "Impact teaches that projects should be MEASURED for success. Did the habitat actually help?", keySkills: ["Measuring impact", "Communicating results", "Understanding cause and effect at scale"], standards: ["Human Skills strand: impact assessment, financial literacy"], portfolio: ["Impact measurement report"], questionsAtHome: ["How do you know your habitat is helping?", "What impact has your project had?"], }, { name: "Decision Science", emoji: "βš–οΈ", type: "dna", lens: "Evidence-based reflection β€” evaluate year-long decisions, consider tradeoffs and who was affected", bigIdea: "The best decisions use evidence, consider everyone affected, and plan for the future.", courseEssentialQuestion: "Did our decisions work for everyone β€” and what would we decide differently next time?", courseNarrative: "Culminating Human Science strand. Students evaluate year-long decisions: right organisms? location? materials? Consider tradeoffs: 'If I could do it again, I would change ___ because ___.' Forward-looking sustainability.", whatLearning: "Your child reflects on all the decisions made throughout the year β€” which were good, which they'd change, and how they made them.", howBuilds: "Decision Science connects year-long decisions into a DECISION-MAKING FRAMEWORK.", keySkills: ["Reflecting on decisions", "Evaluating outcomes", "Understanding decision-making processes"], standards: ["Human Science strand: decision-making, reflection"], portfolio: ["Decision reflection journal"], questionsAtHome: ["What was the best decision you made this year?", "What would you decide differently?"], }, { name: "Makers Lab", emoji: "πŸ”§", type: "dna", lens: "Polished final products β€” Care Guide layout/cover, showcase displays, habitat aesthetic arrangement; Q4 applies Q3 prototyping skills to audience-ready deliverables", bigIdea: "Makers bring everything together into polished, functional products that serve a real audience.", courseEssentialQuestion: "How can we make our Care Guide, habitat, and displays beautiful, clear, and useful?", courseNarrative: "Culminating Design & Arts strand. Students apply all year's skills to final products: Care Guide (layout, cover, sections), showcase displays, habitat aesthetic. Q3 = prototyping; Q4 = polished, audience-ready deliverables.", whatLearning: "Your child does the final construction β€” assembling the real habitat with real materials, applying all prototype learnings from Q3.", howBuilds: "Makers Lab is where PROTOTYPE becomes REALITY. This is the culmination of the engineering strand.", keySkills: ["Full-scale construction", "Applying prototype learnings", "Quality finishing", "Team construction"], standards: ["Design & Arts strand: construction, finishing"], portfolio: ["Final construction photos and notes"], questionsAtHome: ["How was building the real thing different from the prototype?", "What did you learn from Q3 that helped?"], }, { name: "Robotics + Engineering", emoji: "πŸ€–", type: "dna", lens: "Full design cycle β€” planβ†’buildβ†’testβ†’improveβ†’deliver; complete engineering identity; reflect on the entire Q1β†’Q4 engineering journey", bigIdea: "Engineers complete a full design cycle: planβ†’buildβ†’testβ†’improveβ†’deliver; we ARE engineers when we build something that helps real people.", courseEssentialQuestion: "What does it mean to be a REAL engineer β€” and can we prove that we are one?", courseNarrative: "Culminating CT & Engineering strand. Students execute the complete engineering cycle. Apply Q3 decision rules, demonstrate full plan-build-test-improve-deliver. Identity shift: 'You ARE engineers.'", whatLearning: "Your child explores simple automation for the habitat β€” timers for watering, sensors that could monitor conditions.", howBuilds: "Robotics adds a TECHNOLOGY LAYER. The habitat could be enhanced with simple automated systems.", keySkills: ["Understanding simple automation", "Connecting technology to nature", "Problem-solving with robotics"], standards: ["CT & Engineering strand: robotics, automation"], portfolio: ["Robotics exploration record"], questionsAtHome: ["Could a robot help take care of the habitat?", "What would you automate?"], }, ], }, ];