The Science of Cooking course Syllabus
Full curriculum breakdown — modules, lessons, estimated time, and outcomes.
Overview: This program explores the chemistry and physics behind everyday cooking processes, combining scientific principles with practical culinary applications. Through four core courses and a capstone project, learners will study heat transfer, flavor development, baking science, and fermentation. The course spans approximately 16–24 weeks with a time commitment of 6–8 hours per week, featuring engaging demonstrations and real-world kitchen experiments that connect theory to practice.
Module 1: Heat, Energy, and Food Transformation
Estimated time: 24 hours
- Understand conduction, convection, and radiation in cooking
- Explore protein denaturation and its effects on texture
- Analyze starch gelatinization and water’s role in cooking
- Study how temperature influences flavor and food structure
Module 2: Chemistry of Flavor and Texture
Estimated time: 24 hours
- Learn about Maillard reactions and caramelization
- Understand the science of emulsions and foams
- Explore fat chemistry and its impact on mouthfeel
- Analyze molecular flavor compounds and food structure
Module 3: Baking Science
Estimated time: 24 hours
- Study gluten formation and dough elasticity
- Understand the role of sugar in dessert chemistry
- Analyze leavening agents and their chemical reactions
- Explore the effects of heat on baked goods
Module 4: Fermentation Science
Estimated time: 24 hours
- Study yeast fermentation and microbial activity
- Understand acidity and pH in fermented foods
- Analyze flavor development in fermented recipes
Module 5: Molecular Gastronomy and Modern Techniques
Estimated time: 24 hours
- Explore spherification and gelification processes
- Understand the use of hydrocolloids and stabilizers
- Apply scientific principles to innovative dish design
Module 6: Final Project
Estimated time: 12 hours
- Design a recipe using scientific principles
- Experiment with ingredient substitutions and techniques
- Submit a scientific analysis of cooking methods and outcomes
Prerequisites
- Basic understanding of high school-level chemistry
- Interest in cooking and food science
- Access to a kitchen for hands-on experimentation
What You'll Be Able to Do After
- Explain how heat transforms food at the molecular level
- Apply chemical principles to improve flavor and texture
- Create stable emulsions, foams, and gels
- Optimize baking and fermentation processes scientifically
- Design innovative recipes grounded in food science