ONE BOX · THREE LEARNING EXPERIENCES
Your 6-year-old stirs. Your 10-year-old experiments. Your 14-year-old builds a business plan.
Every Recipe Box ships with age-banded learning guides for three tracks — Explorer (4–7), Discovery (8–11), and Mastery (12+). Same project, same supplies, three completely different lab notebooks. No buying separate curricula. No kid left out. No one held back.
EXPLORER · AGES 4–7
🐿️ Little Makers — sensory, hands-on, short attention span.
Your 4-7 year old isn't reading recipe cards yet. They're smelling lavender, watching wax change from solid to liquid, picking which color of soap to make. Explorer guides are picture-led, parent-read-aloud, and observation-based. Math means counting drops. Science means 'what do you see happening?' Safety means parents handle all essential oils — kids do the safe steps. The goal: build a child who loves the smell of citrus, knows what 'mix' and 'pour' mean, and beams with pride at the bar of soap they decorated.
Science
Observation-based — "What do you see happening?" "How does it feel/smell?"
Math
Counting drops, simple measuring (tablespoons, cups), "more vs less"
Vocabulary
Simple words: mix, stir, pour, smell, melt — no Latin plant names
Reading
Picture-based instruction cards, parent reads aloud
Assessment
Coloring pages, draw-what-you-made, sensory journal (circle the smell you liked best)
Safety
Parent handles all essential oils. Child does safe steps: stirring, pouring, choosing colors
Standards
Aligned to K–2 NGSS (documentation included for state reporting)
DISCOVERY · AGES 8–11
🦊 Young Scientists — curious, follows instructions, wants to know WHY.
Your 8-11 year old can read recipe cards on their own. They want to know why oil and water don't mix until the soap base is added. Why does pH matter? What's actually happening when the lye hits the oils? Discovery guides introduce the scientific method — every recipe becomes a hypothesis your child predicts, tests, and writes down. Math is real measurement (mL, grams, ratios). Vocabulary is real chemistry words with kid-friendly definitions. By year's end, your kid has a lab notebook full of hypotheses, results, and 'I figured this out' moments.
Science
Scientific method: hypothesis → experiment → observation → conclusion
Math
Measuring in mL and grams, ratios, unit conversions, doubling/halving recipes
Vocabulary
Real terms with kid-friendly definitions: saponification, glycerin, pH, emulsification, terpenes
Reading
Reads recipe cards independently, answers comprehension questions
Assessment
Lab notebook entries (hypothesis → materials → procedure → results → conclusion), vocabulary quizzes
Safety
Child handles most steps with supervision. Learns WHY certain oils need dilution
Standards
Aligned to 3–5 NGSS + Common Core Math (documentation included)
MASTERY · AGES 12+
🦉 Apprentice Formulators — independent, abstract, ready for real chemistry + business.
Your 12+ student isn't being taught — they're studying. Mastery guides ship with full lab report templates, GC/MS test reports for every oil, dilution charts, INCI nomenclature, and cost analysis worksheets. They read Safety Data Sheets. They scale recipes by percentage. They calculate cost per unit and design product labels. Some of them ask 'Could I sell this at a farmers market?' — and many do. By the end of the year, your teen has a portfolio of lab reports, a business plan, and the chemistry vocabulary of a college freshman. This is college-prep work disguised as making lotion.
Science
Molecular chemistry, pH testing with strips, GC/MS test reports, research-level questions
Math
Percentage calculations, cost analysis, profit margins, scaling formulas for batch sizes
Vocabulary
Full scientific terminology, molecular structures, INCI names
Reading
Safety data sheets (SDS), independent research, formal technical writing
Assessment
Written lab reports, research papers, business plans, teach-back presentations
Safety
Full EO safety training — dilution charts, contraindications, patch testing. Responsible for own safety.
Entrepreneurship
Cost per unit, pricing strategy, product labels, "could you sell this at a farmers market?"
Standards
Aligned to MS/HS NGSS + Common Core Math + ELA (documentation included)
MULTI-CHILD FAMILIES
Your 6-year-old, 10-year-old, and 14-year-old — same kitchen table, three different experiences.
This is the magic. Same Recipe Box. Same Saturday morning. Same bar of soap on the counter. Your 6-year-old stirs and picks the lavender. Your 10-year-old measures the lye in grams and predicts what'll happen to the pH. Your 14-year-old designs a variation ("What if I doubled the shea butter?"), writes the lab report, and calculates how much it would cost to make 50 bars to sell at the farmer's market. One product. Three depths. No separate curricula. No kid bored, no kid overwhelmed.
This is the magic. Same Recipe Box. Same Saturday morning. Same bar of soap on the counter. Your 6-year-old stirs and picks the lavender. Your 10-year-old measures the lye in grams and predicts what'll happen to the pH. Your 14-year-old designs a variation ("What if I doubled the shea butter?"), writes the lab report, and calculates how much it would cost to make 50 bars to sell at the farmer's market. One product. Three depths. No separate curricula. No kid bored, no kid overwhelmed.
YEAR-OVER-YEAR
The Recipe Box grows with your kid.
A child who starts in Explorer at age 7 moves to Discovery at age 8 — same curriculum, deeper science. A 13-year-old who tops out of Mastery levels up to a Maker Kit deep-dive. Same product, harder curriculum each year. This isn't a one-year purchase. A child who starts at age 5 gets 12 years of progressively harder content from the same 12 monthly themes. The chemistry deepens. The math gets harder. The lab reports get more sophisticated. The Recipe Box grows with your kid.
A child who starts in Explorer at age 7 moves to Discovery at age 8 — same curriculum, deeper science. A 13-year-old who tops out of Mastery levels up to a Maker Kit deep-dive. Same product, harder curriculum each year. This isn't a one-year purchase. A child who starts at age 5 gets 12 years of progressively harder content from the same 12 monthly themes. The chemistry deepens. The math gets harder. The lab reports get more sophisticated. The Recipe Box grows with your kid.
SAMPLE: MONTH 2 — SOAP, ACROSS ALL THREE TRACKS
What "making soap together" looks like at three depths.
🐿️ Explorer (6 yrs)
Picks lavender essential oil. Stirs the melted soap base. Draws the bars in her observation journal. Names her soap "Sunshine." Parent handles the heat + EOs.
🦊 Discovery (10 yrs)
Reads the recipe card. Predicts what'll happen if she uses too much colorant. Measures in grams. Records the pH (8.5). Writes 3 sentences in his lab notebook about saponification.
🦉 Mastery (14 yrs)
Designs a variation — higher-glycerin formula for sensitive skin. Reads the SDS for the lye. Calculates cost per bar ($1.27). Writes a 1-page lab report including reaction equation, pH target, and post-batch reflection.
How the three tracks differ
Same Saturday morning. Same bar of soap on the counter. Three completely different learning experiences happening at once.
Explorer · Little Makers
Ages 4–7
- Role in the lesson
- Parent handles essential oils + heat. Child stirs, scents, observes.
- Lab notebook style
- Drawing-led. Coloring pages. Sensory journals. Pictures-first instruction cards.
- Assessment
- Draw-what-you-made · circle-the-smell-you-liked · sensory observation journal
- Example concept
- "What changed when we added the lavender? What does it smell like?"
Discovery · Young Scientists
Ages 8–11
- Role in the lesson
- Child runs the recipe with parent supervision. Reads instructions. Wants to know WHY.
- Lab notebook style
- Lab notebook: hypothesis → procedure → observation → conclusion. Vocabulary quizzes.
- Assessment
- Lab notebook entries · vocabulary quizzes · short reflection writeups
- Example concept
- "Predict: will adding more lye make the soap harder or softer? Then test."
Mastery · Apprentice Formulators
Ages 12+
- Role in the lesson
- Student works independently. Parent reviews. Ready for real chemistry + business.
- Lab notebook style
- Full lab reports. Safety data sheets (SDS). Cost analysis. Business plans.
- Assessment
- Written lab reports · research papers · teach-back presentations · cost-per-unit math
- Example concept
- "Diagram the saponification reaction at the molecular level. Calculate cost per bar."
Three ages. One box. Twelve months of science your whole family does together.
Start the Recipe Box — your family gets all three age tracks in every box. Zero extra cost. Zero extra planning.
Start the Recipe Box — $540/year