The Plant Lab
The Curriculum

Twelve modules of plant-based food science

Designed to be taken in order, but each module also stands on its own. Plan on roughly four to six hours per module, plus the time to actually cook the labs (which is the best part).

0 of 12 modules complete
01

Foundations of Plant-Based Food Chemistry

What food is — at the molecular level. Macromolecules, water activity, and the lens of food science.

4 hours macromoleculeswater activityscientific method
02

Plant Proteins: The Building Blocks

Legumes, grains, and novel sources. Amino acid scoring, protein isolation, and texturization fundamentals.

5 hours legumesamino acidsisolation
03

Fats, Oils, and Plant Lipids

Saturation, smoke points, emulsions, and engineering fat-like mouthfeel without animal fats.

5 hours lipidsemulsionssmoke point
04

Carbohydrates, Starches, and Hydrocolloids

Gelatinization, retrogradation, and the wizardry of pectin, agar, xanthan, and methylcellulose.

5 hours starchgelsthickeners
05

The Art and Science of Fermentation

Tempeh, miso, koji, and modern vegan cheese — wielding microbes to build flavor and texture.

6 hours lactic acidkojitempeh
06

Texturization Technologies

Extrusion, shear cell, mycelium, and 3D printing — how plants get bite, grain, and chew.

5 hours extrusionHMMAmycelium
07

Flavor and Sensory Science

Maillard chemistry, the umami toolbox, and taming the off-notes of plant proteins.

5 hours Maillardumamioff-notes
08

Replacing Eggs and Dairy

Aquafaba foams, plant milks, vegan butters, and the functional roles you must replace.

5 hours aquafabaplant milkbutter
09

Nutrition and Bioavailability

Complete proteins, B12, iron, omega-3s, and the science of fortification done well.

5 hours B12ironomega-3
10

Sustainability and Food Systems

Life-cycle assessment, planetary boundaries, and where plant-based food fits in a fed world.

4 hours LCAland usepolicy
11

The Frontier: Precision Fermentation, Cellular Ag & 3D Printing

Where the field is going next — and what "vegan" means when food is grown in a bioreactor.

5 hours precision fermentationmycelium3D printing
12

Capstone: Design a Plant-Based Product

Synthesize everything: a brief, a formulation, a kitchen prototype, and a product story.

6 hours formulationideationprototype

How to take this course

There's no enrollment. No grade. The course is structured as a self-guided sequence of reading + kitchen practice + a short quiz to check yourself.

What you'll need

  • A digital kitchen scale (preferably one that reads to 0.1 g)
  • An instant-read thermometer
  • A blender — ideally a high-speed one, but anything will do
  • A fine-mesh sieve and cheesecloth or a nut-milk bag
  • A few jars (mason jars are fine), a pH paper roll (optional but nice)
  • Patience for fermentation, and curiosity for everything else

Suggested pace

One module per week makes a comfortable 12-week course. Two modules a week works for the motivated. Don't skip the labs — the science only really lands when you've tasted the difference.

📍 Where to start

Begin with Module 1: Foundations. It introduces the framework we'll use to think about every food we encounter — the four macromolecules, water activity, and the simple but powerful idea of treating cooking as a series of controllable reactions.

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