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Guided learning journeys that build knowledge step by step.
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This learning path provides a systematic introduction to edible oil and fat processing for food science and engineering students. It covers the fundamental chemistry of oils and fats, the main processing steps (extraction, refining, hydrogenation, interesterification), and the production of specialty fats, emphasizing the underlying principles and their applications.
This learning path introduces food science and engineering students to the principles and unit operations involved in processing various beverages, including juices, carbonated drinks, bottled water, tea, coffee, and sports drinks. It covers raw material characteristics, processing technologies, quality and safety considerations, and packaging. The path progresses from basic food processing concepts to specific beverage categories and concludes with quality assurance and emerging trends.
This learning path guides food science and engineering students through the fundamental principles and unit operations of fruit and vegetable processing. It covers the key preservation technologies of canning, freezing, drying, juice processing, and jam production, emphasizing the scientific basis and practical considerations for each.
This learning path guides food science and engineering students through the systematic processing of meat products, covering key unit operations from slaughter to ready-to-eat products. It integrates foundational food processing principles with meat-specific science, ensuring a comprehensive understanding of quality, safety, and technology.
This learning path provides a systematic understanding of cereal grain processing, covering the fundamentals of cereal chemistry, dry and wet milling, and the production of bakery products, pasta, breakfast cereals, and snack foods. It is designed for food science and engineering students, building from basic principles to specific applications.
A systematic path covering the fundamentals of dairy processing, from milk composition and quality to the production of cheese, yoghurt, butter, and milk powder. It is designed for food science and engineering students at an intermediate level.
A systematic learning path covering waste streams, characterization, treatment technologies, valorization, and sustainability in food processing. It integrates environmental science fundamentals and engineering approaches, culminating in real-world case studies.
This advanced learning path guides food science and chemistry students through the principles and applications of supercritical fluid extraction (SFE), with a focus on supercritical CO2. It covers the necessary thermodynamics, process fundamentals, food applications, and scale-up considerations, providing a comprehensive understanding for research and industrial contexts.
A comprehensive learning path for food science and engineering students covering the fundamentals of membrane processing, transport phenomena, and applications in dairy, juice, and water treatment. It progresses from basic principles to advanced applications, emphasizing the underlying physics and engineering.
This path provides a systematic understanding of enzyme applications in food processing, starting from biochemistry basics, covering enzyme sources, immobilization, and specific applications in baking, dairy, and brewing industries. It is designed for food science and biotechnology students with a university-level background.