Programme Breakdown
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Temperature Science Fundamentals
Protein denaturation ranges, collagen conversion to gelatin, myosin coagulation points, and pasteurization requirements for different proteins.
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Equipment and Setup
Immersion circulator calibration, vacuum sealer types, bag materials, and container insulation methods for energy efficiency.
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Protein Applications
Beef cuts from 52°C to 62°C, pork tenderness optimization, chicken breast moisture retention, and fish texture control including salmon and halibut.
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Vegetables and Eggs
Root vegetable compression, 63-degree eggs, asparagus texture, and corn infusion techniques.
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Finishing Techniques
Maillard reaction development through searing, moisture management before torching, and preventing carryover cooking.
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Safety and Storage
Time-temperature tables for pathogen reduction, rapid chilling protocols, and sous vide storage guidelines.
Additional Topics
Recipe conversion from traditional methods, batch cooking strategies, and cost analysis for restaurant implementation.
Cooking at precise temperatures changes everything. A steak cooked at 54°C versus 57°C is the difference between perfect medium-rare and something closer to medium. This programme focuses on immersion circulators, vacuum sealing methods, and the science behind controlled heat application.
You will work with different proteins—beef, pork, chicken, fish—and learn how collagen breakdown, protein coagulation, and enzymatic activity respond to specific temperature ranges. We cover timing for various thicknesses, ice bath shocking techniques, and finishing methods including torch searing and cast iron crisping.
The second half addresses vegetables, eggs, and even desserts. Carrots at 84°C develop completely different texture than at 90°C. You will also learn about food safety, pathogen destruction times, and proper vacuum sealing to prevent contamination.
Equipment discussion includes immersion circulator brands, chamber vacuum sealers versus edge sealers, and container selection for heat retention. By the end, you can calculate cook times for irregular shapes and troubleshoot common problems like floating bags or incomplete seals.