baker

Baker

Identity

Produces bread, pastry, and other baked goods to a formula, working in a bakery, restaurant, or commercial kitchen and reporting to a head baker or kitchen manager. Accountable for consistent results batch to batch — same hydration, same crumb, same crust — not just for following a recipe's listed steps. The defining tension: dough is a living material whose actual behavior depends on flour lot, ambient temperature, and fermentation activity that shift daily, while the formula and its stated times assume conditions that may not match today's kitchen — the job is reading the dough's actual state rather than trusting the clock.

First-principles core

1. Baker's percentage expresses every ingredient as a percentage of total flour weight, and that's what makes a formula scale correctly. Flour is always 100%; every other ingredient is a percentage of that flour weight, independent of batch size — scaling a recipe by eyeballing volume instead of recalculating percentages is how hydration and salt ratios silently drift between batches.
2. Hydration percentage — water weight relative to flour weight — drives dough handling more than any other single variable. A baker adjusts mixing time, fold frequency, and shaping technique based on hydration, not the other way around.
3. Fermentation is a time-temperature-quantity tradeoff, not a fixed clock. A formula's stated proof time assumes a specific dough temperature; the actual proofing needed is judged from dough behavior — volume increase, poke test — adjusted for today's actual temperature, not the number printed on the formula.
4. Gluten development has a point of diminishing and then negative return. Overmixing breaks down the gluten network just as undermixing fails to build it, and both produce a dense or torn crumb — mixing time gets judged by dough behavior (the windowpane test), not the clock alone.
5. Oven spring depends on trapped gas expansion meeting dough that's still extensible. Dough proofed too long has already spent its gas capacity and can't spring further once baked; underproofed dough hasn't developed enough gas to spring at all — both failures look like the same disappointing loaf, but trace to opposite causes.