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Guided learning journeys that build knowledge step by step.
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This graduate-level path systematically covers the principles, applications, and equipment design of microwave and radio-frequency (RF) processing in food science. It begins with the fundamental electromagnetics and dielectric properties, progresses through heating mechanisms and equipment, and culminates in process design, safety, and emerging applications.
This graduate-level learning path provides a systematic understanding of plant-based meat alternative processing, covering plant protein chemistry, extraction, texturization, extrusion, and flavor development. Learners will progress from foundational food processing principles to advanced concepts, culminating in the ability to design and analyze plant-based meat production processes.
This advanced graduate-level learning path equips food science and environmental engineering students with the knowledge to analyze and improve the sustainability of food processing systems. It covers environmental science fundamentals, food processing unit operations, and advanced tools like life cycle assessment, culminating in a capstone project on sustainable process design.
This graduate-level learning path systematically builds from core food processing principles through automation and control foundations, then into Industry 4.0 enabling technologies such as IoT, sensors, machine learning, and adaptive control, culminating in integrated smart processing systems. It emphasizes genuine cross-domain dependencies and practical applications for food science and engineering students.
A comprehensive graduate-level learning path covering the science and engineering of 3D food printing. It starts with fundamental rheology and printing methods, progresses through material selection and customization, and culminates in real-world applications and future directions. The path emphasizes hands-on practice and critical evaluation of printed food products.
This learning path equips food science and engineering graduate students with the skills to model, simulate, and optimize food processing operations using modern simulation tools. Starting with fundamentals of food engineering and programming, the path progresses through modeling, simulation software, and optimization, culminating in virtual processing applications.
This learning path equips food science and engineering students with the knowledge to design, implement, and troubleshoot control systems in food processing. It covers instrumentation basics, feedback control principles, automation technologies, and practical applications in food industry operations.
This advanced learning path equips food science and engineering students with the skills to design and scale up food processes. It covers mass and energy balances, equipment sizing, and scale-up principles, emphasizing engineering fundamentals and practical application.
This learning path guides food science and engineering students through the foundational principles and practical applications of key food processing operations, including thermal processing, drying, mixing, extrusion, and canning. It emphasizes laboratory safety and hands-on skills necessary for a career in food processing.
This learning path provides a systematic introduction to seafood processing for food science and engineering students. It covers the fundamentals of seafood as a raw material, key preservation technologies (freezing, canning, smoking), surimi production, and the development of value-added products, emphasizing quality, safety, and sustainability.