Unit Outlines
Pathway B Food Technology: Assessment And Revision
AI Generated
Intermediate
40 hours
9 topics
Learning Objectives
5 objectives- Understand and apply key food safety regulations and guidelines in the food technology industry.
- Analyze various food processing and preservation techniques and their effects on food quality and safety.
- Evaluate the role of packaging, storage, and sensory evaluation in maintaining and improving food products.
- Develop knowledge of nutritional labeling, food product development stages, and quality assurance practices.
- Examine sustainability, ethical sourcing, and environmental impacts within the food technology sector.
Content Outline
PreviewUnit 3782: Comprehensive Food Technology
1. Food Safety Regulations
1.1 Overview of Food Safety in Food Technology
1.2 HACCP Principles
- Definition and importance
- Seven principles of HACCP
- Implementation in food production
1.3 Food Labeling Laws
- Mandatory labeling requirements
- Allergen information
- Nutritional information guidelines
1.4 Government Agencies Responsible for Food Safety
- Role of FDA, USDA, EFSA, and other regulatory bodies
- Inspection and monitoring processes
2. Food Processing Techniques
2.1 Pasteurization
- Methods and temperature/time parameters
- Effects on microbial load and nutrients
2.2 Sterilization
- Techniques and applications
- Differences from pasteurization
2.3 Dehydration
- Methods (air drying, freeze drying, spray drying)
- Impact on shelf life and nutritional content
2.4 Fermentation
- Types of fermentation
- Benefits to food safety and flavor development
3. Food Preservation Methods
3.1 Freezing
- Types of freezing methods
- Effects on texture and microbial growth
3.2 Canning
- Procedures and safety considerations
- Shelf life extension
3.3 Drying
- Types and mechanisms
- Advantages and limitations
3.4 Pickling
- Chemical and microbial principles
- Preservation and flavor influences
4. Food Packaging and Storage
4.1 Importance of Packaging
- Protection against contamination
- Barrier properties and materials
4.2 Storage Conditions
- Temperature, humidity, and light considerations
- Impact on food quality and safety
4.3 Reducing Food Waste through Packaging and Storage
5. Sensory Evaluation of Food Products
5.1 Sensory Analysis Techniques
- Descriptive analysis
- Discrimination tests
- Consumer acceptance tests
5.2 Parameters Assessed
- Appearance, aroma, taste, texture
5.3 Influence on Product Development and Marketing
6. Nutritional Labeling and Analysis
6.1 Principles of Nutritional Labeling
- Mandatory information (calories, macronutrients, vitamins, minerals)
- Label formats and regulations
6.2 Calculating Nutritional Values
- Methods and software tools
6.3 Role in Product Development
- Meeting consumer needs
- Regulatory compliance
7. Food Product Development
7.1 Stages of Development
- Ideation and concept generation
- Formulation and recipe development
- Testing and sensory evaluation
- Commercialization and launch
7.2 Factors Affecting Success
- Market trends
- Regulatory requirements
- Cost and scalability
8. Food Quality Control and Assurance
8.1 Quality Control Methods
- Sampling and inspection
- Microbiological and chemical testing
8.2 Quality Assurance Procedures
- Standard operating procedures
- Documentation and traceability
8.3 Compliance with Standards and Consumer Expectations
9. Food Sustainability and Ethics
9.1 Concepts of Food Sustainability
- Resource management
- Waste reduction
9.2 Ethical Sourcing
- Fair trade
- Supply chain transparency
9.3 Environmental Impact
- Carbon footprint
- Sustainable packaging
9.4 Role of Food Technologists
- Promoting sustainable practices
- Innovation for sustainability
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