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Module 1: Basic Principles: Food Science
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Lecture 1. What is Food Science?
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Lecture 2. Introduction To Food Science Industry
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Lecture 3. Inter-relationship Between Food Chemistry, Food Microbiology, and Food Processing
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Lecture 4. Need For Convenience Food
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Lecture 5. What is Food Technology?
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Lecture 6. What is Food?
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Lecture 7. Function of Food
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Module 2: Food Biochemistry and Food Quality Characteristics
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Lecture 9. Food constituents
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Lecture 10. What is Nutrients
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Lecture 11. Functions of the Nutrients
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Lecture 12. Classification of Nutrients; Macro and Micro Nutrients
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Lecture 13. Macronutrients (Carbohydrates, Proteins, Lipids)
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Lecture 14. Micronutrients (Minerals, Vitamins, Nutrients)
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Lecture 15. Introduction to Biochemistry of Food
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Lecture 16. Food Carbohydrates Biochemistry
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Lecture 17. Food Proteins Biochemistry
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Lecture 18. Food Lipid Biochemistry
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Lecture 19. Nucleic Acids and Food Science DNA
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Lecture 20. Natural Toxicants
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Lecture 21. Food Spoilage
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Module 3: Food Processing: Basic Principles
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Lecture 22. Properties of Food
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Lecture 23. Material Transfer
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Lecture 24. Fluid Flow
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Lecture 25. Heat Transfer
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Lecture 26. Process Control
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Module 4: Food Quality and Standards
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Lecture 27. Food Quality and Food Quality Attributes
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Lecture 28. Quality Specifications For The Consumer, Quality of Processed Foods and Factors That Affect Food Quality
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Lecture 29. Food Quality Evaluation, Subjective Evaluation and Objective Evaluation
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Lecture 30. Improving Quality of Foods , Functions of Quality Control
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Lecture 31. Food Quality Standards
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Lecture 32. Food Regulations for International Organizations
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Module 5: Mechanical Operations in Food Processing
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Lecture 33. Raw Material Preparation, Cleaning, Sorting, Grading, Peeling, Size Reduction, Mixing and Foaming
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Lecture 34. Separation Processes, Mechanical Separation, Contact Equilibrium Processes
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Lecture 35. Membrane Separation Processes, Food Freezing
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Module 6: Processing by Application of Heat
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Lecture 36. Heat Processing Using Steam or Water
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Lecture 37. Blanching, Pasteurization
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Lecture 38. Heat Sterilization
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Lecture 39. Evaporation and Distillation
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Lecture 40. Extrusion
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Lecture 41. Heat Processing using Hot Air Dehydration, Baking and Roasting
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Lecture 42. Heat Processing using Hot Oils Frying
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Lecture 43. Heat Processing by Direct and Radiated energy Dielectric, Ohmic and Infrared Heating,
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Module 7: Processing by the Removal of Heat
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Lecture 44. Processing by the Removal of Heat, Chilling
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Lecture 45. Controlled- or modified-atmosphere storage and packaging
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Lecture 46. Freezing, Freeze Drying and Freeze Concentration
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Module 8: Processing by Direct and Radiated Energy
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Lecture 47. Direct and Radiated Energy- Theory, Effect on Micro-organisms
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Lecture 48. Application, Effect and Detections of Irradiated Food
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Module 9: Processing using Electric Fields, High Hydrostatic Pressure, Light or Ultrasound
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Lecture 49. Pulsed Electric Field Processing
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Lecture 50. High Pressure Processing
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Lecture 51. Processing using Pulsed Light
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Lecture 52. Processing using Ultrasound
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Module 10: Post Processing Operation: Materials Handling, Storage and Distribution
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Lecture 53. Post Processing Operation Materials Handling, Storage and Distribution
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Module 11: Career in Food Industry
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Lecture 54. Career in Food Industry
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