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Guided learning journeys that build knowledge step by step.
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This learning path guides food science and culinary students through the scientific principles underlying sugar-based confections. Beginning with fundamental sugar chemistry and food chemistry basics, it progresses through crystallization, glass transition, and the specific technologies of chocolate, candies, and caramelization, culminating in practical applications and quality considerations.
This learning path guides students through the fundamental chemistry of edible oils and fats, from fatty acid structure to the processing techniques that modify their properties. It covers hydrogenation, interesterification, and oxidative stability, providing a systematic understanding of lipid science.
This learning path guides food science students through the scientific principles underlying beverage production. Starting with fundamental food chemistry, it systematically covers the processing, quality, and sensory aspects of various beverage categories, including carbonated drinks, juices, sports drinks, tea, coffee, and fermented beverages.
This learning path guides food science students through the fundamental principles and practices of fruit and vegetable processing. Starting with raw material characteristics and food chemistry, it covers major preservation technologies including canning, freezing, drying, and juice processing, and concludes with quality maintenance strategies.
This learning path guides food science students through the fundamental science of meat, from muscle structure and chemistry to processing, curing, and safety. It integrates essential food microbiology basics to ensure a comprehensive understanding of meat product development and safety.
A structured learning path for food science students covering the fundamentals of cereal grains, from structure and composition through milling, baking, extrusion, and breakfast cereal production. Builds on food chemistry basics and progresses through processing principles and applications.
This learning path introduces food science students to the fundamental principles of dairy science, covering milk composition, dairy microbiology, and the processing of dairy products such as cheese, yogurt, and butter. It begins with the basics of food microbiology and milk chemistry, then progresses to specific processing technologies and product-specific considerations.
This advanced learning path equips food industry professionals with the knowledge to systematically reduce and valorize food waste. It covers foundational environmental science, food waste streams, valorization technologies, circular economy principles, and life cycle assessment, culminating in strategic implementation.
This advanced graduate-level learning path systematically explores the science behind functional foods, from foundational nutrition and biochemistry to bioactive compounds, probiotics, prebiotics, and the regulatory and clinical evidence framework. Learners will develop the expertise to critically evaluate health claims and understand the mechanisms by which foods promote health.
This advanced learning path provides a systematic understanding of toxic substances in foods, covering natural toxins, environmental contaminants, food allergens, and the principles of dose-response and risk assessment. It integrates biochemistry and pharmacology to explain mechanisms of toxicity and health impacts, preparing food safety professionals for advanced roles.