This document provides information about different types of cookies including drop cookies, bar cookies, rolled cookies, molded cookies, pressed cookies, and refrigerated cookies. It discusses basic cookie ingredients like flour, shortening, eggs, liquid, sugar, and leavening agents. Baking tools, mixing methods, tips for baking cookies, and causes of poor quality cookies are also outlined.
This document provides information on different types of cake icings and their uses. It discusses the main functions of cake icing, which are to decorate cakes, hold together overall cake designs, and help prolong the freshness of cakes. It then describes various icing types like fondant, buttercream, foam icings, and glazes. It provides guidelines for using different icings and discusses potential cake problems, causes, and solutions.
This document defines common baking terms and ingredients. It discusses various types of flour like bread flour, all-purpose flour, and cake flour. It also covers sugars, fats/shortening like butter and margarine, eggs, liquids, leavening agents, and flavorings used in baking. Wheat flour is described as the primary ingredient and provides structure. Different flours are suited for various baked goods. Fats contribute tenderness, moisture and mouthfeel. Leavening agents include yeast, baking soda and powder. Salt and other flavorings are also outlined.
Preparation and Mixing of Sponge Dough and StraightPrincess Orpilla
This document discusses three methods of mixing bread dough: the straight dough method, modified straight dough method, and sponge dough method. The straight dough method mixes all ingredients at once. The modified method breaks this into steps. The sponge dough method is a two-step process where a sponge is fermented before final dough ingredients are added. Advantages and disadvantages of each method are provided. Potential causes of common bread issues are also outlined.
Candidates should have knowledge of various baking processes including rubbing in, creaming, melting, whisking, all-in-one, kneading, folding, rolling, shaping, and cutting. The document then provides definitions and instructions for each of these processes used in baking products such as shortcrust pastry, cakes, biscuits, and bread.
Baking has been practiced since ancient Roman times, when it became a professional occupation. The Romans built ovens and mills to produce baked goods like bread. By the 1st century AD, there were over 300 pastry chefs in Rome. The art of baking spread from Rome throughout Europe and Asia. Key developments included the establishment of open-air cafes in Paris selling baked goods and the introduction of the baking industry to America by Jamestown colonists in 1604. Modern baking relies on ingredients like flour, sugar, yeast, fats, liquids, and leavening agents, and uses ovens and industrial equipment.
Food processing extends the edible time frame of foods through various preservation methods like drying, salting, curing, fermentation, freezing, smoking, canning, pasteurization, refrigeration, and freezing. These processes inhibit bacteria, molds, and yeasts through techniques like removing moisture, adding chemicals, or controlling temperature. Proper food safety considers hazards from pathogenic microorganisms and spoilage organisms and controls factors like pH, temperature, moisture, and protein content to prevent contamination and deterioration.
This document provides information about different types of cookies including drop cookies, bar cookies, rolled cookies, molded cookies, pressed cookies, and refrigerated cookies. It discusses basic cookie ingredients like flour, shortening, eggs, liquid, sugar, and leavening agents. Baking tools, mixing methods, tips for baking cookies, and causes of poor quality cookies are also outlined.
This document provides information on different types of cake icings and their uses. It discusses the main functions of cake icing, which are to decorate cakes, hold together overall cake designs, and help prolong the freshness of cakes. It then describes various icing types like fondant, buttercream, foam icings, and glazes. It provides guidelines for using different icings and discusses potential cake problems, causes, and solutions.
This document defines common baking terms and ingredients. It discusses various types of flour like bread flour, all-purpose flour, and cake flour. It also covers sugars, fats/shortening like butter and margarine, eggs, liquids, leavening agents, and flavorings used in baking. Wheat flour is described as the primary ingredient and provides structure. Different flours are suited for various baked goods. Fats contribute tenderness, moisture and mouthfeel. Leavening agents include yeast, baking soda and powder. Salt and other flavorings are also outlined.
Preparation and Mixing of Sponge Dough and StraightPrincess Orpilla
This document discusses three methods of mixing bread dough: the straight dough method, modified straight dough method, and sponge dough method. The straight dough method mixes all ingredients at once. The modified method breaks this into steps. The sponge dough method is a two-step process where a sponge is fermented before final dough ingredients are added. Advantages and disadvantages of each method are provided. Potential causes of common bread issues are also outlined.
Candidates should have knowledge of various baking processes including rubbing in, creaming, melting, whisking, all-in-one, kneading, folding, rolling, shaping, and cutting. The document then provides definitions and instructions for each of these processes used in baking products such as shortcrust pastry, cakes, biscuits, and bread.
Baking has been practiced since ancient Roman times, when it became a professional occupation. The Romans built ovens and mills to produce baked goods like bread. By the 1st century AD, there were over 300 pastry chefs in Rome. The art of baking spread from Rome throughout Europe and Asia. Key developments included the establishment of open-air cafes in Paris selling baked goods and the introduction of the baking industry to America by Jamestown colonists in 1604. Modern baking relies on ingredients like flour, sugar, yeast, fats, liquids, and leavening agents, and uses ovens and industrial equipment.
Food processing extends the edible time frame of foods through various preservation methods like drying, salting, curing, fermentation, freezing, smoking, canning, pasteurization, refrigeration, and freezing. These processes inhibit bacteria, molds, and yeasts through techniques like removing moisture, adding chemicals, or controlling temperature. Proper food safety considers hazards from pathogenic microorganisms and spoilage organisms and controls factors like pH, temperature, moisture, and protein content to prevent contamination and deterioration.
A cracker is a flat, dry baked food typically made with flour. Flavorings or seasonings, such as salt, herbs, seeds, or cheese, may be added to the dough or sprinkled on top before baking.[1] Crackers are often branded as a nutritious and convenient way to consume a staple food or cereal grain.
The document discusses different types of pastry, including their characteristics and uses. Shortcrust pastry is often used for tarts, quiches, and pies, and does not puff up due to the lack of a leavening agent. Puff pastry is the richest type as it contains equal weights of fat and flour. Rough-puff pastry incorporates fat differently than shortcrust or flaky pastry. Choux pastry includes eggs and is piped and baked, resulting in a puffed and hollow interior that can be filled. Hot water pastry is used for puddings and meat pies, while suet pastry contains beef suet and is the only type that can be boiled or
The document discusses various packaging materials and methods used in the bakery industry, including flexible packaging, cardboard boxes, pouches, and shrink wrapping. It describes how different packaging helps extend shelf life, prevent damage, and acts as advertisement for bakery products like biscuits and bread. The document also covers new packaging techniques such as modified atmosphere packaging, vacuum packaging, gas flushing, and active packaging that are being used to further improve shelf life of bakery goods.
Bread faults and remidies by indianchefrecipe @ www.indianchefrecipe.comindian chefrecipe
This document provides information on common bread faults, their causes, and solutions. It also discusses parameters for baking bread, including dough temperature, proofer humidity, proofing time, oven temperature, and baking time. Additional sections cover topics like kneading, the purposes of mixing dough, undermixing and overmixing dough.
Bakery ingrediends and their role in bakeryVînöd Påndëy
This document provides information about ingredients and processes used in baking. It discusses the basic ingredients used like sugar, shortening, fat, eggs, flour, milk and milk products, leavening agents and chocolate. It explains the types and properties of these ingredients. It also describes the stages of cooking sugar and temperatures used for yeast development. Finally, it lists some common bakery equipment used like various pans, cutters and electric mixers.
The document provides information on meat and poultry including recommended servings, cuts of beef and pork, types of poultry, safe cooking temperatures, and storage guidelines. It discusses the importance of protein for the body and recommends removing skin from poultry and using cooking methods like broiling or grilling to reduce fat. Grading systems for beef and poultry are explained to indicate quality.
There are several types of ovens described, including deck ovens, rack ovens, mechanical ovens, convection ovens, Dutch ovens, range ovens, and pizza ovens. The document also provides instructions on how to properly preheat an oven, including removing items, adjusting shelves, setting the correct temperature, and waiting for the oven to fully heat before adding food.
This document discusses dough rheology and various equipment used to analyze dough properties. It defines dough as a wet mass developed by mixing wheat flour, water, and other ingredients. Dough undergoes viscosity changes during mixing as it develops elastic and extensible characteristics. Equipment described includes the farinograph, extensograph, alveograph, mixograph, amylograph, and rapid visco analyzer. These tools measure properties like water absorption, viscosity, elasticity, and strength to evaluate dough development and quality.
There are many factors that can cause faults in bread, both external and internal. Some external faults include improper volume from too little or too much yeast, under or over fermentation, or too high oven temperature. Internal faults include holes and tunnels from weak flour or improper mixing, as well as cores from uneven mixing or skin formation during proving. Addressing factors like dough consistency, fermentation time, and oven conditions can help reduce faults.
The document discusses various methods for cake making, including shortening methods like creaming, two-stage, and flour batter. It also covers egg foam methods such as sponge, angel food, and chiffon. The creaming method involves softening and aerating fat with sugar before adding eggs and flour. The two-stage method is used for high-ratio cakes and involves mixing dry ingredients with shortening before adding liquids and eggs. Egg foam methods rely on beaten eggs for volume and involve folding dry ingredients into whipped eggs. Each method aims to combine and aerate ingredients while developing the proper texture.
This document discusses common cake faults, their causes, and ways to classify them. It identifies two main types of cake faults - external and internal. External faults include a crust that is too dark, cakes that are too small, spots on cakes, shrinkage, bursting or peaking on top, a crust that is too thick or pale. Internal faults cover uneven texture, holes and tunnels, coarse grain, poor flavor, sinking fruit, crumbling or pale fruitcakes, cakes being dense or having poor keeping quality. Each fault is explained along with potential causes such as incorrect ingredient amounts, quality issues, mixing errors, or baking problems.
This document provides an overview of cakes and their classification. It discusses classical and contemporary cakes as well as ingredients used in cake making such as eggs, sugar, flour, baking powder, and fat. It also describes steps for combining ingredients and forming air cells. Cakes are classified based on their mixture, such as fruit cakes, butter cakes, and cheese cakes. Cakes are also classified based on occasion, such as birthday cakes, high-tea cakes, and wedding cakes which traditionally have multiple tiers with symbolic meaning.
The document discusses the basic methods of cake making, including rubbing in, creaming, whisking, and melting. It describes how each method incorporates air into the mixture to allow it to rise. The creaming method is explained in more detail, with steps showing how to cream butter and sugar, add eggs and dry/wet ingredients alternately, and bake. Common cake faults like cracking, sinking, or uneven rising are identified along with possible causes. Remedies for faults and ways to adapt recipes are also covered.
Pasta is produced through a process of mixing milled durum wheat with water and sometimes eggs to form dough. This dough is extruded through dies to form different pasta shapes then dried and packaged. Key steps include mixing ingredients to form dough, extruding the dough through dies to shape it, pre-drying to harden the exterior while keeping the interior soft, then final drying to reduce the moisture content before packaging and shipping pasta for consumption. Pasta should be cooked al dente by stopping the cooking process before it becomes soft.
This document discusses various methods of bread making. It begins by introducing traditional bread making processes and how modern processes are faster and more efficient. The document then defines lean and rich doughs. It describes five common bread making methods: straight dough method, salt delayed method, no dough time method, sponge and dough method, and ferment and dough method. Each method is explained in one to three sentences. The document concludes by listing common bread faults, their causes, and suggested corrections.
This document discusses different types of icings and toppings used in baking. It begins by explaining that icings and toppings are used to complement cakes and provide flavor, texture, and decoration. Common icings described include buttercream, butter icing, fondant, and whipped toppings. The document then discusses the functions of icings, including making products more decorative, nutritious, contributing flavor, and protecting surfaces. It provides details on specific types of icings like buttercream, butter icing, soft icings, chocolate fudge, royal icing, and American whipped frosting. It concludes with instructions for coating cakes and recipes for different frostings.
The document provides information on baking ingredients and processes. It discusses various ingredients used in baking like butter, flour, raising agents, sugars, and eggs. It explains how to properly measure dry and wet ingredients using appropriate utensils. The basic steps of baking are outlined, including preheating the oven, preparing pans, mixing and assembling batter/dough, baking, testing for doneness, cooling, and decorating.
This document provides information about making pie crust and pies. It defines pie as a crust topped with sweet or savory fillings. The key ingredients of pie dough are flour, fat like shortening or butter, liquid, and salt. It is important to keep the dough cool, around 15 degrees Celsius, during mixing and forming to develop gluten slowly and maintain the shortening's consistency. Pies can be baked or unbaked. Baked pies have a raw shell filled and baked, while unbaked pies use a prebaked shell filled with items like pudding. The document outlines how to make single and double pie crusts and describes characteristics of a well-made pie and pastry.
The document discusses common faults that can occur when making sponge and cake, along with their potential causes. It identifies external faults like crusts being too dark or cakes cracking, which can result from issues like too much sugar, an oven being too hot, or a batter being too thick. Internal faults addressed include uneven texture, poor smell, holes and tunnels, and sogginess. The document also provides tips for properly making sponge and cake, such as correctly weighing ingredients, sieving flour, cleaning equipment, and allowing cakes to properly cool before storing.
A cracker is a flat, dry baked food typically made with flour. Flavorings or seasonings, such as salt, herbs, seeds, or cheese, may be added to the dough or sprinkled on top before baking.[1] Crackers are often branded as a nutritious and convenient way to consume a staple food or cereal grain.
The document discusses different types of pastry, including their characteristics and uses. Shortcrust pastry is often used for tarts, quiches, and pies, and does not puff up due to the lack of a leavening agent. Puff pastry is the richest type as it contains equal weights of fat and flour. Rough-puff pastry incorporates fat differently than shortcrust or flaky pastry. Choux pastry includes eggs and is piped and baked, resulting in a puffed and hollow interior that can be filled. Hot water pastry is used for puddings and meat pies, while suet pastry contains beef suet and is the only type that can be boiled or
The document discusses various packaging materials and methods used in the bakery industry, including flexible packaging, cardboard boxes, pouches, and shrink wrapping. It describes how different packaging helps extend shelf life, prevent damage, and acts as advertisement for bakery products like biscuits and bread. The document also covers new packaging techniques such as modified atmosphere packaging, vacuum packaging, gas flushing, and active packaging that are being used to further improve shelf life of bakery goods.
Bread faults and remidies by indianchefrecipe @ www.indianchefrecipe.comindian chefrecipe
This document provides information on common bread faults, their causes, and solutions. It also discusses parameters for baking bread, including dough temperature, proofer humidity, proofing time, oven temperature, and baking time. Additional sections cover topics like kneading, the purposes of mixing dough, undermixing and overmixing dough.
Bakery ingrediends and their role in bakeryVînöd Påndëy
This document provides information about ingredients and processes used in baking. It discusses the basic ingredients used like sugar, shortening, fat, eggs, flour, milk and milk products, leavening agents and chocolate. It explains the types and properties of these ingredients. It also describes the stages of cooking sugar and temperatures used for yeast development. Finally, it lists some common bakery equipment used like various pans, cutters and electric mixers.
The document provides information on meat and poultry including recommended servings, cuts of beef and pork, types of poultry, safe cooking temperatures, and storage guidelines. It discusses the importance of protein for the body and recommends removing skin from poultry and using cooking methods like broiling or grilling to reduce fat. Grading systems for beef and poultry are explained to indicate quality.
There are several types of ovens described, including deck ovens, rack ovens, mechanical ovens, convection ovens, Dutch ovens, range ovens, and pizza ovens. The document also provides instructions on how to properly preheat an oven, including removing items, adjusting shelves, setting the correct temperature, and waiting for the oven to fully heat before adding food.
This document discusses dough rheology and various equipment used to analyze dough properties. It defines dough as a wet mass developed by mixing wheat flour, water, and other ingredients. Dough undergoes viscosity changes during mixing as it develops elastic and extensible characteristics. Equipment described includes the farinograph, extensograph, alveograph, mixograph, amylograph, and rapid visco analyzer. These tools measure properties like water absorption, viscosity, elasticity, and strength to evaluate dough development and quality.
There are many factors that can cause faults in bread, both external and internal. Some external faults include improper volume from too little or too much yeast, under or over fermentation, or too high oven temperature. Internal faults include holes and tunnels from weak flour or improper mixing, as well as cores from uneven mixing or skin formation during proving. Addressing factors like dough consistency, fermentation time, and oven conditions can help reduce faults.
The document discusses various methods for cake making, including shortening methods like creaming, two-stage, and flour batter. It also covers egg foam methods such as sponge, angel food, and chiffon. The creaming method involves softening and aerating fat with sugar before adding eggs and flour. The two-stage method is used for high-ratio cakes and involves mixing dry ingredients with shortening before adding liquids and eggs. Egg foam methods rely on beaten eggs for volume and involve folding dry ingredients into whipped eggs. Each method aims to combine and aerate ingredients while developing the proper texture.
This document discusses common cake faults, their causes, and ways to classify them. It identifies two main types of cake faults - external and internal. External faults include a crust that is too dark, cakes that are too small, spots on cakes, shrinkage, bursting or peaking on top, a crust that is too thick or pale. Internal faults cover uneven texture, holes and tunnels, coarse grain, poor flavor, sinking fruit, crumbling or pale fruitcakes, cakes being dense or having poor keeping quality. Each fault is explained along with potential causes such as incorrect ingredient amounts, quality issues, mixing errors, or baking problems.
This document provides an overview of cakes and their classification. It discusses classical and contemporary cakes as well as ingredients used in cake making such as eggs, sugar, flour, baking powder, and fat. It also describes steps for combining ingredients and forming air cells. Cakes are classified based on their mixture, such as fruit cakes, butter cakes, and cheese cakes. Cakes are also classified based on occasion, such as birthday cakes, high-tea cakes, and wedding cakes which traditionally have multiple tiers with symbolic meaning.
The document discusses the basic methods of cake making, including rubbing in, creaming, whisking, and melting. It describes how each method incorporates air into the mixture to allow it to rise. The creaming method is explained in more detail, with steps showing how to cream butter and sugar, add eggs and dry/wet ingredients alternately, and bake. Common cake faults like cracking, sinking, or uneven rising are identified along with possible causes. Remedies for faults and ways to adapt recipes are also covered.
Pasta is produced through a process of mixing milled durum wheat with water and sometimes eggs to form dough. This dough is extruded through dies to form different pasta shapes then dried and packaged. Key steps include mixing ingredients to form dough, extruding the dough through dies to shape it, pre-drying to harden the exterior while keeping the interior soft, then final drying to reduce the moisture content before packaging and shipping pasta for consumption. Pasta should be cooked al dente by stopping the cooking process before it becomes soft.
This document discusses various methods of bread making. It begins by introducing traditional bread making processes and how modern processes are faster and more efficient. The document then defines lean and rich doughs. It describes five common bread making methods: straight dough method, salt delayed method, no dough time method, sponge and dough method, and ferment and dough method. Each method is explained in one to three sentences. The document concludes by listing common bread faults, their causes, and suggested corrections.
This document discusses different types of icings and toppings used in baking. It begins by explaining that icings and toppings are used to complement cakes and provide flavor, texture, and decoration. Common icings described include buttercream, butter icing, fondant, and whipped toppings. The document then discusses the functions of icings, including making products more decorative, nutritious, contributing flavor, and protecting surfaces. It provides details on specific types of icings like buttercream, butter icing, soft icings, chocolate fudge, royal icing, and American whipped frosting. It concludes with instructions for coating cakes and recipes for different frostings.
The document provides information on baking ingredients and processes. It discusses various ingredients used in baking like butter, flour, raising agents, sugars, and eggs. It explains how to properly measure dry and wet ingredients using appropriate utensils. The basic steps of baking are outlined, including preheating the oven, preparing pans, mixing and assembling batter/dough, baking, testing for doneness, cooling, and decorating.
This document provides information about making pie crust and pies. It defines pie as a crust topped with sweet or savory fillings. The key ingredients of pie dough are flour, fat like shortening or butter, liquid, and salt. It is important to keep the dough cool, around 15 degrees Celsius, during mixing and forming to develop gluten slowly and maintain the shortening's consistency. Pies can be baked or unbaked. Baked pies have a raw shell filled and baked, while unbaked pies use a prebaked shell filled with items like pudding. The document outlines how to make single and double pie crusts and describes characteristics of a well-made pie and pastry.
The document discusses common faults that can occur when making sponge and cake, along with their potential causes. It identifies external faults like crusts being too dark or cakes cracking, which can result from issues like too much sugar, an oven being too hot, or a batter being too thick. Internal faults addressed include uneven texture, poor smell, holes and tunnels, and sogginess. The document also provides tips for properly making sponge and cake, such as correctly weighing ingredients, sieving flour, cleaning equipment, and allowing cakes to properly cool before storing.
Pies and pastries are baked goods made with dough that contains flour, fat, and liquid. Pies have a crust and filling while pastries come from the word "paste" referring to their dough. Common ingredients for pastries include flour, shortening, liquid, and salt. There are many types of pie crusts and pastries such as flaky, mealy, puff, and more. Characteristics like flakiness and tenderness are influenced by the ingredients and techniques used. Tips for success include handling the dough lightly, using proportions of ingredients, and chilling the dough before baking.
The document discusses various types of baked goods and mixing techniques used in bakery products. It begins by describing different types of breads such as soft rolls, hard rolls, and quick breads like muffins and biscuits. It then discusses the different kinds of dough used in baking, including lean dough and rich dough. The document outlines various mixing procedures and techniques employed in bakeries such as the straight dough method, sponge dough method, and no-knead dough method. It concludes by discussing best practices for baking including proper measurement, ingredient preparation, and maintaining optimal oven temperature.
This document discusses faults that can occur in bread and their possible causes. It begins by describing the ideal characteristics of a good loaf of bread, such as even shape, golden brown crust, and soft fluffy crumb. It then lists five main categories of faults in bread: defective ingredients, unbalanced formulation, poor dough development, equipment issues, and poor handling. Specific faults like small loaf size, lack of rising, or odd shape are explained along with their potential causes like too much flour, not enough yeast, or improper shaping. Remedies for common problems are also provided.
Perfect Pie Bake 101- Achatz Handmade Pie Company Jill Christoff
This document provides tips for achieving the perfect bake of handmade pies from Achatz Handmade Pie Company. It emphasizes the importance of paying close attention to factors like oven temperature, bake time, and monitoring for even baking. Notes should be taken during the baking process so adjustments can be made. Common errors seen include over or under-sugaring the pies, missing parts of the crust with sugar, and removing pies from the oven too late or too early. Knowing your own oven is also critical, as ovens can have hot spots or inconsistent temperatures.
Preserving the Harvest: Canning Fruit Jam - Jennifer M. HerreraRGVSmallAcreage
This document provides instructions for safely canning fruit jam at home. It discusses proper canning practices like sterilizing jars and ensuring seals. There are two main canning methods - boiling water bath for high acid foods and pressure canning for low acid foods. Recipes must be tested and ingredients measured carefully. Jars are processed for a specified time then checked to ensure seals formed properly. Properly canned jam can be stored for up to a year.
The document provides instructions for making fresh bread. It discusses the three types of yeast - compressed, active dry, and instant dry yeast. It explains the temperatures at which yeast is inactive, grows slowly, grows best, and dies. It also provides conversion ratios for substituting between yeast types. The document outlines the 10 stages of yeast bread production: scaling ingredients, mixing and kneading, fermenting, punching down, portioning, rounding, shaping, proofing, baking, and cooling. It discusses egg washes, dough washes, and slashing dough.
PRINCIPLES OF BAKING - Foundation of bakingAbigailRIsidro
This document provides information on key concepts in baking such as weight, volume, count, formulas vs recipes, and basic units of measurement. It also summarizes mixing methods like beating, blending, creaming, and kneading. Additional sections cover flour mixtures, mixing and gluten development, the baking process and staling. Key points include that measurement by weight is most accurate, formulas are standard industry terms, and mixing develops gluten which gives structure to baked goods.
The document discusses the different types of baked goods such as pies, pastries, and turnovers. It describes the various kinds of pie crusts like flaky, mealy, oil-based, and crumb crust. Methods for preparing pie crusts are provided, including the pastry method using solid fat or the oil method, along with tips for making a well-made pie crust that is crisp, golden brown, and retains its shape.
The document discusses the different types of baked goods such as pies, pastries, and turnovers. It describes the various kinds of pie crusts like flaky, mealy, oil-based, and crumb crust. Methods for preparing pie crusts are provided, including the pastry method using solid fat and the oil method, along with tips for making a well-made pie crust.
The document discusses the different types of baked goods such as pies, pastries, and turnovers. It describes the various kinds of pie crusts like flaky, mealy, oil-based, and crumb crust. Methods for preparing pie crusts are provided, including the pastry method using solid fat and the oil method, along with tips for making a well-made pie crust.
The document provides details on Reggie H. Baguio's qualifications including his educational background, certificates earned, and experience. It lists that he has a BS in Industrial Technology majoring in Food Technology, a Master's degree in Technician Teacher Education focusing on Food and Services Management with 21 units earned. It also lists national certifications in bread and pastry production, food and beverage, housekeeping, and more. It notes he placed first in cake making at a provincial skills competition.
Yeast breads require flour, liquid, salt, and yeast. The yeast produces carbon dioxide that allows the bread to rise through the development of gluten during kneading. Proper temperatures and times are needed for mixing, kneading, fermentation, shaping and baking. Many techniques like cool rise, refrigerated, and freezer doughs allow breads to be made in advance. Careful attention to ingredients, methods and baking results in light, tender breads.
This document discusses types of bakery products including bread, dough, cookies, muffins, and biscuits. It provides details on the characteristics and production methods for each type. For bread, it describes kinds of dough, mixing methods, and characteristics of well-made bread. It defines types of cookies such as molded, dropped, rolled, pressed, refrigerator, bar, and no-bake cookies. The document also outlines characteristics that indicate quality for muffins and biscuits.
This document provides remedies for common faults in baking cookies, bars, brownies, and muffins. For cookies, potential issues include spreading too much or too little, being tough or over or under browned. Solutions include using butter instead of shortening, adjusting baking sheet type, and dough temperature. For bars, issues could be uneven or over/under baking, and remedies involve proper pan size and mixing. Brownies may crumble on cutting; solutions are full cooling and sawing the knife. Muffin faults include overmixing batter, not greasing pans, overfilling cups, and over/under baking; remedies involve proper mixing, greasing, filling, and bake time/testing.
This document discusses different types of biscuits (cookies), crackers, and factors that affect their quality. It describes that biscuits and crackers are categorized based on their balance of flour, sugar, fat, and water. The major ingredients used are flour, sugar, fats, leavening agents, and sometimes water. The processing typically involves mixing, sheeting, cutting or molding, and baking. Baking develops the structure and affects properties like texture, moisture, color, and flavor through processes like starch gelatinization and Maillard reactions. Quality is determined by parameters like appearance, texture, taste, and shelf life, which influence consumer acceptability.
The document discusses the key components of a pie - the crust, filling, and topping. It emphasizes that a good pie crust is essential and depends on using the proper ingredients and technique. A quality crust remains crisp yet sturdy, and is achieved through understanding the roles that flour, shortening, water, and salt play in the dough. The flour provides structure, shortening gives flakiness, water produces gluten for texture, and salt conditions the gluten. Proper proportions and keeping ingredients cold are also important to make a good pie crust.
1. PASTRY
DEFECTS AND
THEIR CAUSES
Baclili, Cadmolyn Binhaon, Jessica Garcia, Belson Pagosto, Rexton
Bachelor of Science in Home Economics. Benguet State University.
2. Pastry Defects
•Pastry dough sticks to the table.
•This problem manifests when we start
kneading or flattening our dough.
Bachelor of Science in Home Economics. Benguet State University.
3. Common CAUSE and
SOLUTION
PROBLEM
Pastry dough
sticks to the
table.
solution
chill your
tools, dust the
working
surface with
flour.
cause
Work
surface or
dough is too
warm to
handle.
Bachelor of Science in Home Economics. Benguet State University.
4. •Loss of sweetness/flavour and lack of
crust colour.
• It means that your baked product was
tasteless and the colour of it was pale or
even white.
Bachelor of Science in Home Economics. Benguet State University.
6. •Deformed and shrunken Crust
•Ask one group to identify the problem
of the shown picture
Bachelor of Science in Home Economics. Benguet State University.
7. • Blisters on crust is manifested in the
outcome. We can see a raised are on
the surface of our product that is
filled with air.
Blister on crust.
Bachelor of Science in Home Economics. Benguet State University.
8. Soggy Lower Crust
•The lower crust wet and when it
is lifted it will fall down.
Bachelor of Science in Home Economics. Benguet State University.
9. •The pie was placed in too high and too low
oven temperature.
•The air did not circulate well under the pie in
the cooling time after baking
•The fillings have been a bit too runny.
•Over handling of pastry.
Bachelor of Science in Home Economics. Benguet State University.
10. Crumbly and Mealy
Pastry
•When it is lifted it easily
break down.
Bachelor of Science in Home Economics. Benguet State University.
11. Tough Baked Product.
•The baked product is tough.
When we say tough in terms of
baking it is very difficult to chew.
Bachelor of Science in Home Economics. Benguet State University.