Skip to content

Module 11: Menu Planning and Costing

← Module 10: World Cuisines | Topic Home | Next → Module 12: Capstone Project

Status Difficulty Time

The professional cook's business literacy: nutritional balance, food cost percentage, yield calculations, menu engineering, and writing a standard recipe card.

Table of Contents

  1. Overview
  2. Prerequisites
  3. Objectives
  4. Theory
  5. Key Concepts
  6. Examples
  7. Common Pitfalls
  8. Cross-Links
  9. Summary

Overview

A chef who can cook brilliantly but cannot cost a menu is not ready to run a kitchen professionally. Food cost management is the economic foundation of every restaurant, catering operation, and food business. Understanding food cost percentage, yield loss, and menu engineering transforms cooking skill into viable professional practice.

This module bridges the craft of cooking with the business of food. It covers how to calculate the true cost of a dish (accounting for trim loss and yield), how to set a target food cost percentage, how to analyse a menu for profitability and popularity, and how to write a standard recipe card — the document that allows any trained cook to reproduce your dish with consistent quality.

Nutritional balance is also covered: a menu is not only a financial document but a nutritional one. Understanding macronutrient balance, portion sizing, and dietary restriction management is essential for professional and home menu planning.

[!IMPORTANT] This module is a stub. Full theory, examples, exercises, and test will be written in a future update.

Prerequisites

  • All preceding modules (01–10) — menu planning requires synthesis of all cooking knowledge
  • [[culinary-patisserie/modules/04_cooking-methods]] — understanding yield implications of different methods
  • [[culinary-patisserie/modules/10_world-cuisines]] — breadth of cuisine knowledge for diverse menu design

Objectives

By the end of this module, you will be able to:

  1. Calculate the food cost percentage of any dish, given ingredient costs and selling price
  2. Apply yield percentage calculations to account for trim loss in proteins and vegetables
  3. Write a standard recipe card that enables consistent reproduction by any trained cook
  4. Apply the four-quadrant menu engineering matrix (Stars, Plough Horses, Puzzles, Dogs)
  5. Design a balanced four-course tasting menu with appropriate macronutrient progression and dietary considerations
  6. Explain the typical target food cost ranges for fine dining, casual dining, and catering
  7. Describe three common nutritional balance strategies for a multi-course menu

Theory

STUB — Full theory to be written. Topics to cover:

Food Cost Percentage: - Formula: food cost % = (cost of ingredients / selling price) × 100 - Industry benchmarks: fine dining: 28–35%; casual: 25–30%; catering: 20–28% - Why food cost percentage is not the only metric: labour, overhead, and portion consistency all affect profitability

Yield Calculation: - Yield percentage = (usable weight / as-purchased weight) × 100 - Example: a 1 kg bunch of asparagus may yield 700 g after trimming (70% yield) - Cost per usable portion = (price per kg / yield %) × portion weight - Why yield matters: a fillet of salmon appears cheaper than whole salmon per kg, but yield calculation often reverses the economics

Standard Recipe Card: - Components: dish name, yield, portions, ingredients (weight/volume), procedure, plating instructions, allergens, photo - Why it matters: ensures consistency regardless of which cook executes the dish; the basis for food cost calculation

Menu Engineering: - The BCG matrix applied to menus: two axes — contribution margin (profitability) and popularity (sales volume) - Stars: high margin, high volume — feature and promote - Plough Horses: low margin, high volume — reduce cost or raise price - Puzzles: high margin, low volume — better positioning/description - Dogs: low margin, low volume — remove or redesign

Nutritional Balance in a Menu: - Macronutrient progression across courses: the classic tasting menu moves from light (amuse-bouche, entrée) to rich (main) to sweet (dessert) - Avoiding flavour fatigue: vary textures, temperatures, and flavour profiles across courses - Dietary restrictions as design constraints: allergen management (nuts, dairy, gluten, shellfish); vegetarian/vegan substitutions; religious dietary laws - Portion sizing: tasting menu portions are intentionally small (3–4 bites per course); the pleasure is cumulative, not volumetric

Key Concepts

  • Food cost percentage — the ratio of ingredient cost to selling price; the primary financial metric in food service
  • Yield percentage — the proportion of an as-purchased ingredient that is usable after trimming or processing
  • Standard recipe card — the written specification of a dish enabling consistent, costed reproduction
  • Menu engineering — the analysis of a menu by profitability and popularity to guide pricing and repositioning decisions
  • Contribution margin — the profit contribution per dish (selling price minus food cost); higher is better

Examples

STUB — Examples to be written:

  • Food cost calculation: a dish with four ingredients and a target food cost of 30%
  • Yield calculation: salmon fillet from whole fish, asparagus, and beef tenderloin
  • Standard recipe card template with all fields completed
  • Menu engineering matrix: classify a six-dish menu into the four quadrants

Common Pitfalls

STUB — Common pitfalls to be documented:

  • Calculating food cost without accounting for yield (underestimates true cost)
  • Setting price to achieve food cost target without considering portion satisfaction
  • Recipe cards without allergen information (professional and legal risk)
  • Menu fatigue: multiple rich, heavy dishes without textural or flavour contrast
  • [[culinary-patisserie/modules/12_capstone-project]] — Module 11 tools are applied directly to the capstone tasting menu
  • [[culinary-patisserie#cheatsheet]] — key ratios and food cost benchmark reference

Summary

STUB — To be written on full module completion.

  • Food cost % = (ingredient cost / selling price) × 100; typical range 25–35%
  • Yield percentage adjusts cost calculations for trim loss; always cost by usable yield
  • A standard recipe card is the professional tool for consistent, costed, reproducible cooking
  • Menu engineering classifies dishes as Stars, Plough Horses, Puzzles, or Dogs to guide profitability decisions
  • Nutritional balance in a tasting menu means varied textures, temperatures, and macronutrient profiles across courses