Free Self-Paced Course
The Science of Cooking
9 Weeks · 302 Sections · Science — Food Science
This free, self-paced course provides a structured 9-week syllabus for learning The Science of Cooking. Each module builds on the previous one, guiding you from foundational concepts through advanced topics with 302 pages of in-depth reading material. All content is drawn from our comprehensive The Science of Cooking textbook, organized into a clear weekly schedule that you can follow at your own pace.
Weekly Syllabus
- Part I — Fundamentals: The Science in Every Kitchen
- Chapter 1 — Your Kitchen Is a Laboratory
- Chapter 2 — Water: The Solvent, the Heater, and the Most Important Ingredient You Never Think About
- Chapter 3 — Salt: Seasoning, Brining, Curing, and Why It's Not Just for Flavor
- Chapter 4 — Heat Transfer: Conduction, Convection, and Radiation — Why Cooking Methods Matter
- Acids, Bases, and pH: The Chemistry That Explains Marinades, Leavening, and Why Lemon Fixes Everything
- Taste, Flavor, and Aroma: How Your Brain Turns Molecules into Deliciousness
- Part II — The Big Molecules: Proteins, Carbohydrates, and Fats
- Chapter 7 — Proteins: Denaturation, Coagulation, and Why You Can't Uncook an Egg
- Chapter 8 — The Maillard Reaction: The Chemistry of Browning, Flavor, and Why Grilled Food Tastes Better Than Boiled
- Chapter 9 — Carbohydrates and Starches: Thickening, Gelling, and the Science of Texture
- Chapter 10 — Sugars and Caramelization: Candy, Caramel, and the Physics of Sugar Crystals
- Chapter 11 — Fats and Oils: Emulsions, Smoke Points, and Why Butter Makes Everything Better
- Chapter 12 — Foams and Aeration: Whipped Cream, Meringue, Soufflés, and the Bubbles in Your Beer
- Chapter 13 — Enzymes in the Kitchen
- Part III — The Foods
- Chapter 14 — The Science of Eggs
- Chapter 15 — The Science of Meat: Collagen, Myoglobin, and the Art of Low-and-Slow
- Chapter 16 — The Science of Dairy: Milk, Cream, Butter, Cheese, and Yogurt
- Chapter 17 — The Science of Grains and Bread
- Chapter 18 — The Science of Fruits and Vegetables
- Chapter 19 — Legumes, Nuts, and Seeds: Protein Without Animals
- Chapter 20 — The Science of Chocolate: From Cacao Bean to Tempered Bar
- Chapter 21 — The Science of Beverages: Tea, Coffee Brewing, Cocktails, Wine, and Carbonation
- Chapter 22 — The Science of Spices and Herbs: Why Some Flavors Bloom in Fat and Others in Water
- Part IV — The Processes
- Chapter 23 — Boiling, Simmering, Poaching, and Steaming: Wet Heat and Its Effects
- Chapter 24 — Roasting, Baking, and Broiling: Dry Heat and the Maillard Reaction at Scale
- Chapter 25 — Frying: Shallow, Deep, and the Physics of Oil-Water Interfaces
- Chapter 26 — Grilling, Smoking, and Fire: The Oldest Cooking Technology and Its Chemistry
- Chapter 27 — Sous Vide: Precision Temperature and the Science of Controlled Denaturation
- Chapter 28 — Cold and Ice: Freezing, Ice Cream, and the Physics of Crystallization
- Chapter 29 — Pressure Cooking, Microwave, and Modern Techniques: The Physics of Fast Cooking
How to Use This Syllabus
- Read at your own pace. Each module is designed for roughly one week of study, but there are no deadlines. Spend as much time as you need on each topic.
- Follow in order or jump around. The modules are arranged sequentially for a structured learning path, but feel free to skip to any topic that interests you most.
- No sign-up needed. Every page in this syllabus links directly to free, open-access content. Just click a topic and start reading immediately.
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