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Teach Real Chemistry with Plants, Fiber and Color —

One Ready-to-Teach Lesson a Month

A 12-month natural dyeing curriculum for ages 8–15. No dyeing experience needed.

The founding round sold out. We are opening our doors again soon!

Every lesson pack includes:

  • Teacher Notes — teach straight from them, no dyeing experience needed

  • Student Worksheets (4 sheets) — question, hypothesis, observation, conclusion

  • Classroom slide deck —matched to the lesson

  • 4-level rubric + copy-paste report card comments

  • Students build a Natural Dye Swatch Book

  • Teacher's Cheat Sheet — the whole lesson at a glance

  • STEM curriculum connections + three lines of inquiry

  • Extension for older students: fashion sustainability research & lesson glossary

You didn't become a teacher to spend Sunday nights building units from scratch.

There's never time.

Cross-curricular, hands-on units take hours you don't have — so the good ideas stay on the someday list.

"Hands-on" usually means "high-stress.

Practical science that's genuinely safe, structured and classroom-tested is surprisingly hard to find.

The paperwork eats your evenings.

Even when the lesson goes beautifully, the rubric, the assessment, the report card comments — that's still all on you.

Natural Color Science hands you the whole thing, done.

Every lesson arrives complete: the science explained in classroom-ready language, the demo steps, the worksheets, the slides, the rubric, the report comments.

You open the pack, gather kitchen-level materials, and teach.

Inside every monthly lesson pack

  • Teacher's Notes — the chemistry explained in warm, classroom-ready language. Analogies instead of molecular notation, plus a step-by-step teacher-led demonstration, materials list, safety guidance and pro tips.

  • Student Worksheets (Sheets 1–4) — built on the scientific method: Question → Hypothesis → Procedure → Observation → Conclusion.

  • Swatch Record pages — students build their own Natural Dye Swatch Book across the year. Real evidence of real chemistry.

  • Three extension lines of enquiry

  • Fashion sustainability research activity for older students

  • Presentation slide deck — classroom-ready and matched to the lesson, so you're never narrating from memory. Editable Google slides & PDF.

  • Teacher's Cheat Sheet — the whole lesson at one glance, printable.

  • 4-level assessment rubric + copy-paste report card comments — assessment done before you've even taught the lesson.

  • STEM curriculum connections — science, math, technology, engineering and literacy links, extension activities for older students, and three lines of enquiry.

  • Lesson glossary — every key science term, defined for ages 8–15.

The chemistry inside the first three lessons

  • Lesson 1: Fiber Classification & the Burn Test

    Can you tell what a fabric is made of without reading the label?

    Students test small samples and read the evidence: natural fibers burn to soft ash, synthetics melt into a hard plastic bead.

    • Combustion vs. thermal decomposition — two reactions, two pieces of evidence

    • Protein, cellulose and plastic-based fibers, and how to tell which is which

    • Why natural fiber has "sticky spots" that hold color, and synthetic chains don't

    • Classifying by evidence, not by appearance

  • Lesson 2: The Chemistry of Clean

    Why won't dye stick to a greasy fiber?

    Students weigh fiber, calculate Weight of Fiber percentages (real classroom math), and scour wool. The 5-minute Two-Plate Test shows exactly why soap beats grease.

    • Surfactants: one end grips water, the other grips oil

    • Physical vs. chemical change — what scouring actually does to fiber

    • Weight of Fiber percentages: real math, real result

    • Waxes and pectins — the coatings that block color before you start

  • Lesson 3: The Mordant Mystery

    Why does some dyed fiber fade in a week while some stays bright for years?

    Students solve the mystery of the invisible step that makes natural color last: the metal "bridge" between fiber and dye.

    • Metal salts as a bridge — how alum bonds color to fiber

    • Chemical change: the fiber is permanently altered, not just coated

    • Washfast vs. fugitive color, and how to test the difference

    • Controls and fair testing — mordanted and unmordanted, side by side

One story, told over 12 lessons

The lessons build on each other, following the La Creative Mama Natural Dyeing Method:

🌺First your students learn what fiber is and how to prepare it.

🌺Then the invisible chemistry that makes color permanent.

🌺Then — the moment they've been waiting for — the first real dye bath: onion-skin gold.

🌻From there the year opens up: dyeing with avocados, slow solar dyeing, the bug that changed history (cochineal), forest purples from logwood, pH color-changing chemistry, the science of dye exhaustion — until every student closes the year with a complete Natural Dye Swatch Book of their own.

Built for real classrooms, not perfect ones

  • The scientific method, every time.

    Every lesson runs Question → Hypothesis → Observation → Conclusion, so the structure does the classroom management for you.

  • Assessment included.

    A 4-level rubric and ready-to-personalise report card comments come with every lesson. Copy, paste, done.

  • Curriculum connections mapped.

    STEM links across science, math, technology, engineering and literacy — so justifying the unit to a department head takes one page, not one weekend.

  • Safety by design.

    Every flame and mordant step is teacher-led, with full safety guidance written into the lesson. Students hypothesise, observe and record; you handle the demonstration.

Hello, I'm Victoria

I'm the founder of La Creative Mama, and I've spent more than 20 years working with natural color — as a dyer, a fashion sustainability lecturer, and an educator who has taught thousands of makers online from my home in New Zealand.

Natural Color Science is my first curriculum built specifically for classrooms. I wrote it because natural dyeing is the best hands-on chemistry lesson I know: it's safe, it's beautiful, and students never forget the day they see color emerging from a leaf, a food, a flower...

Every lesson in this curriculum is one I'd be proud to hand to the teacher next door.

Priority list members get this amazing BONUS!

Your bonus: The Natural Color Science Teacher's Manual

  • Each lesson teaches one slice of the process. The manual is the whole picture in one place — the eight steps of natural dyeing, end to end, written for a teacher who has never dyed anything

  • The complete method — making a skein, fiber classification, weighing, scouring, mordanting, extraction, the dye bath, modifiers, aftercare

  • The science underneath every step — what's happening chemically, and which lesson it belongs to

  • A standards index for five countries — one page to put in front of a department head

  • Photographed throughout, from my own dye kitchen

  • Thirty-two pages, yours to keep whether you stay a month or the whole year.

Join the Priority List

One complete, ready-to-teach natural dyeing lesson a month. The chemistry, the worksheets, the slides, the rubrics — done.

FAQ

What ages is this for?

Ages 8–15, with extension activities for older students. Every lesson is written to adapt up or down.

Do I need any dyeing experience?

None at all. Every lesson assumes you've never dyed anything — the teacher notes walk you through each step, with pro tips where it matters.

What materials do I need?

Kitchen-level equipment: a digital scale, a dedicated pot, alum, and fiber. Each lesson pack includes the full materials list well before you need it.

Is it safe for a classroom?

Yes — every flame and mordant step is teacher-led, with complete safety guidance built into every lesson.