COURSE CURRICULUM
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1
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Pre-Course Survey
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2
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Definition and History
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Key Components and Their Functions
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Types of Tunnel Ovens Used in the Industry
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3
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Importance of the Baking Process
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The Three Stages of Baking
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Comparison With Other Baking Methods
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Benefits of Using Tunnel Ovens
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4
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Heat Transfer Mechanisms (Convection, Conduction, Radiation, Dielectric)
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Control Systems and Automation
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Energy Efficiency Considerations
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The Effects of Humidity in Baking
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5
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Design and Construction
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Operational Principles
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Applications and Advantages
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6
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Design and Construction
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Operational Principles
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Applications and Advantages
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7
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Design and Construction
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Applications and Advantages
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8
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Importance of Uniform Heat Distribution
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Methods For Controlling Heat
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Impact on Product Quality
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9
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Types of Airflow Systems
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Role in Product Consistency
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Techniques for Optimizing Airflow
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10
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Importance of Temperature Profiling
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Tools and Techniques for Monitoring
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Adjusting Temperature Profiles for Different Products
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11
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Types of Loading Systems
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Efficiency and Speed Considerations
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12
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Principle Elements of a Friction Drive Band
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Types of Conveyor Belts and Materials
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Cleaning of Bands
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Maintenance and Troubleshooting
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13
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Adapting Recipes for Tunnel Oven Baking
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Process Parameter Adjustments
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Scaling Production Without Compromising Quality
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14
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Key Quality Indicators for Biscuits and Crackers
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Testing and Inspection Methods
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Common Quality Issues and Solutions
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15
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Routine Maintenance Tasks
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Extending the Lifespan of Tunnel Ovens
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16
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Safety Standards and Best Practices
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Training and Safety Programs for Staff
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17
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Recent Advancements in Oven Design
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Smart Oven Applications
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Future Trends in Tunnel Oven Technology
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18
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Reducing Energy Consumption
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Minimizing Emissions
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Sustainable Practices in Baking
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19
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Final Assignment
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INSTRUCTOR
Kevin Knott