culinary

  • Food Safety and Illness (Pg. 102, 106):

    • Definitions: Foodborne illness, foodborne illness outbreak.

    • Risk Populations and Types of Contaminants: Chemical, physical, biological.

    • FATTOM: Understand each factor (Food, Acidity, Time, Temperature, Oxygen, Moisture).

    • TCS Foods: Identify and define.

    • Allergens: Examples like peanuts, dairy, gluten.

  • Temperature Management:

    • Temperature Danger Zone (41°F - 135°F).

    • Thermometer types (e.g., bimetallic).

    • Minimum internal cooking temps (Table 2.4).

    • Holding/reheating temperatures.

  • Cleaning and Sanitizing (Pgs. 122-132):

    • Difference between cleaning and sanitizing.

    • Setup for a 3-compartment sink (water type, soap, sanitizer).

    • Handwashing: Steps and guidelines.

    • Pest control measures.

  • Flow of Food (Pg. 141):

    • Cross-contamination and time-temperature abuse.

    • FIFO/LIFO principles.

    • 4-hour and 6-hour rules.

  • Equipment (Chapter 11):

    • Identification of large/small kitchen equipment.

    • Knife safety rules (Pg. 232-238): Handling, carrying, types, and cuts.

  • Herbs, Spices, and Techniques (Pgs. 252-263):

    • Difference between herbs and spices.

    • Pre-prep techniques: Clarified butter, dicing onions, separating eggs.

  • Measurements (Chapter 14):

    • Weight vs. volume and conversion relationships.

    • Measurement methods for sugar types.

    • Standard conversions (e.g., 1 cup = 8oz, 16 cups = 1 gallon).

  • Stocks and Soups (Pgs. 351-375):

    • Types of stocks and standard recipes.

    • Mirepoix ratios.

    • Cooling stock: 2-stage cooling method.

    • Soup types (puree, bisque, chowder) and examples.

  • Sauces (Pg. 359):

    • Mother sauces and derivatives.

    • Methods for making roux, slurry, liaison, compound butters.

    • Major ingredients in each sauce.

  • Cooking Methods (Pgs. 377-397):

    • Dry Heat: Sauté, bake, roast.

    • Moist Heat: Steam, boil.

    • Combination Cooking: Braising, stewing.

    • Heat transfer methods: Conduction, convection (types), radiation, infrared.