EGG COOKERY
A 15-Hour Deep Dive — Week 2 Curriculum
EGG COOKERY
A 15-Hour Deep Dive — Week 2 Curriculum
The Sow Project • Center of Culinary Cultivation
Science reference: The Food Lab by J. Kenji López-Alt
Why Eggs, and Why 15 Hours
No single ingredient teaches heat control, timing discipline, and precision faster than the egg. It is cheap, it is forgiving enough to practice on repeatedly, and it is unforgiving enough to expose sloppy technique immediately — a scrambled egg cooked ten degrees too hot or thirty seconds too long is a different dish entirely. That makes it the ideal foundation for everything that follows in the kitchen.
This module runs three afternoons — Wednesday, Thursday, and Friday, 3:00 to 8:00 PM — and is built around three escalating skill levels, one per day: heat control, timing precision, and emulsification. Each day ends with a graded, plated deliverable, and Friday closes the week with a full capstone dish — Eggs Benedict — built and judged like a real service ticket.
All science references are grounded in J. Kenji López-Alt's The Food Lab, used here as our curricular anchor for why techniques work, not just how to perform them. Instructors should keep a copy on hand for reference during each science block.
Learning Objectives
Explain, in their own words, how heat changes egg protein structure and why that determines texture.
Execute all major fried-, scrambled-, boiled-, and poached-egg styles to a consistent, repeatable standard.
Diagnose and correct common egg failures in real time (overcooked yolk, broken poach, weeping scramble, broken emulsion).
Build and plate a composed egg dish under timed, service-style pressure.
Practice station discipline, cleanliness, and teamwork consistent with Sow Project's workforce-readiness standards.
Sow Project Curriculum — Egg Cookery (Week 2)
DAY 1 • 5 HOURS • 3:00–8:00 PM
The Fried & Scrambled Egg
Heat Control Fundamentals
The Science
Egg whites and yolks are made of different proteins that firm up at different temperatures — whites begin to set in the mid-140s°F and are fully firm by the mid-150s°F, while yolks thicken gradually across a similar range and don't fully solidify until noticeably hotter. That gap is the entire game of egg cookery: every fried- and scrambled-egg style is really just a different answer to the question "how do I finish the white without overcooking the yolk?"
For scrambled eggs specifically, curd size is a function of heat and agitation. Low, gentle heat with constant motion breaks the curd down small and keeps it creamy (the French style); higher heat with less stirring lets big, fluffy curds form fast (the American diner style). Salting well before cooking gives the salt time to break down proteins and denature the eggs slightly, which produces a more tender, custardy scramble than salting at the very end.
Techniques Covered
Sunny-side-up, basted, over-easy, over-medium, over-hard
French-style soft scramble (low heat, constant motion, off-heat carryover finish)
American diner-style scramble (higher heat, larger curd, minimal disturbance)
Fat selection and its effect on flavor and browning (butter vs. neutral oil)
Schedule
TIME
BLOCK
3:00 – 3:20
Welcome & Safety Briefing
Station setup, knife/heat safety refresh, day objectives.
3:20 – 4:10
Science Block: Protein & Heat
Instructor demo — coagulation temperatures, curd formation, salt timing.
4:10 – 5:30
Practice Block 1: Fried Eggs
All five fried-egg styles, station rotation, instructor feedback per plate.
5:30 – 5:45
Break / Station Reset
5:45 – 7:00
Practice Block 2: Scrambled Eggs
French-style and diner-style side by side; texture comparison tasting.
7:00 – 7:40
Graded Plate-Up
Each student plates one fried style + one scramble style to standard.
7:40 – 8:00
Debrief & Workforce Reflection
Station discipline, timing awareness, peer feedback.
If a student can explain why their scramble is dry, they've learned more than if they'd just made a perfect one by accident.
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Sow Project Curriculum — Egg Cookery (Week 2) Page
DAY 2 • 5 HOURS • 3:00–8:00 PM
The Boiled & Poached Egg
Timing Precision
The Science
Boiled and poached eggs are exercises in precision rather than heat control — the water is a constant temperature, so the only variable a cook controls is time. That makes this the day to build real timing discipline: a 6-minute egg and an 8-minute egg from the same pot are two different products, and students need to feel that difference, not just read it on a chart.
Egg freshness matters in opposite directions for these two techniques. Very fresh eggs have tighter, thicker whites that hold together beautifully when poached, but their lower internal pH makes the shell membrane stick tightly to the white — which is exactly why fresh eggs are miserable to peel once hard-boiled. Eggs that are a week or two old peel far more cleanly, because their pH has risen enough to loosen that bond. An ice-water bath after boiling isn't just about safety and comfort — rapid cooling stops carryover cooking (which prevents the dreaded gray-green yolk ring) and shrinks the egg slightly away from the shell, making it easier to peel.
Techniques Covered
Soft, jammy, and hard-boiled eggs across a timed doneness ladder
Ice-bath shocking and its effect on peelability and doneness
Poached eggs — vortex method and strained-white method
Diagnosing and fixing a broken or ragged poach in real time
Schedule
TIME
BLOCK
3:00 – 3:20
Recap & Day Objectives
Quick review of Day 1 concepts; how heat control connects to timing control.
3:20 – 4:10
Science Block: Freshness & pH
Instructor demo — doneness ladder, peeling test across egg ages.
4:10 – 5:30
Practice Block 1: Boiled Eggs
Timed cook at 6/8/10/12 minutes; students log and taste each result.
5:30 – 5:45
Break / Station Reset
5:45 – 7:00
Practice Block 2: Poached Eggs
Vortex and strained-white methods; troubleshooting ragged whites.
7:00 – 7:40
Timed Ticket Challenge
Mock brunch ticket — poached egg + toast component, judged on doneness and timing.
7:40 – 8:00
Debrief & Workforce Reflection
Working under time pressure; staying composed when a ticket goes wrong.
A cook who can hit the same doneness ten times in a row is more valuable than one who can hit it once perfectly.
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Sow Project Curriculum — Egg Cookery (Week 2) Page
DAY 3 • 5 HOURS • 3:00–8:00 PM
The Emulsified Egg
Capstone — Hollandaise, Mayonnaise & Eggs Benedict
The Science
An emulsion is a suspension of two liquids that don't naturally mix — like fat and water — held together by an emulsifier. Egg yolk is one of the best emulsifiers in the kitchen because it's packed with lecithin, a molecule that grabs onto both fat and water at once and keeps them locked in tiny, stable droplets instead of separating. That single fact is what makes both mayonnaise and hollandaise possible, and it's why both sauces fail the same way: add fat too fast, or let the mixture overheat, and the emulsifier gets overwhelmed and the sauce "breaks" back into its separate fat and liquid.
Hollandaise adds a second layer of difficulty because it's a cooked emulsion — the yolks have to warm and thicken without ever crossing into scrambled-egg territory. That means constant, controlled heat and constant motion, which directly builds on the heat-control skill from Day 1. Mayonnaise is the cold version of the same principle, controlled entirely through the speed and steadiness of adding oil. Teaching both back-to-back makes the underlying concept — not just the recipe — impossible to miss.
Techniques Covered
Hand-whisked and blender hollandaise
Diagnosing and rescuing a broken emulsion
Fresh mayonnaise from scratch
Full plate assembly: poached egg + hollandaise + composed Eggs Benedict
Schedule
TIME
BLOCK
3:00 – 3:20
Recap & Day Objectives
Connecting Day 1 heat control and Day 2 timing to today's emulsion work.
3:20 – 4:10
Science Block: Emulsification
Instructor demo — lecithin, breaking a sauce on purpose, then fixing it.
4:10 – 5:30
Practice Block 1: Hollandaise
Hand-whisked and blender methods; break-and-repair drill, station rotation.
5:30 – 5:45
Break / Station Reset
5:45 – 7:00
Practice Block 2: Mayonnaise & Assembly
Fresh mayonnaise; full Eggs Benedict components staged for plating.
7:00 – 7:40
Capstone Service Simulation
Full plated Eggs Benedict built under a timed mock rush; graded on poach, sauce, and presentation.
7:40 – 8:00
Week 2 Debrief
Full-module reflection — heat control → timing → emulsion, and where each shows up on a real line.
Eggs Benedict on a real ticket asks a cook to hold three separate techniques in their head at once under pressure — which is exactly what a working kitchen asks for every day.
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Sow Project Curriculum — Egg Cookery (Week 2)
Assessment Standards
Each day's graded deliverable is scored against the same four criteria used throughout the Sow Project curriculum, so students build a consistent internal standard for what "service-ready" means:
Doneness Accuracy — did the finished dish match the intended technique and target doneness?
Consistency — could the student repeat the result a second and third time?
Timing Discipline — did the dish arrive at the pass on time and in the right order relative to other components?
Presentation & Station Discipline — plate composition, cleanliness, and professional conduct under pressure.
Students who struggle with a specific technique should be identified during Practice Block 1 or 2 each day — not at grading — so instructors can re-teach in the moment rather than let a gap carry into the next day's more advanced work.
