Path Catalog
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Path Catalog
列表数据实时取自 GET /api/v1/paths，仅包含存在已发布版本的 Path。
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共 7800 条 Path · 第 111 / 780 页
This learning path equips food industry professionals with the economic principles essential for evaluating and managing food processing operations. It covers cost analysis, capital investment, operating costs, and profitability, integrating business fundamentals with engineering economics. Learners will develop skills to make informed financial decisions in food processing contexts.
A comprehensive learning path for food engineers to master the design of food processing plants, covering layout, equipment selection, utilities, cost estimation, and safety. The path progresses from foundational principles to advanced integration, emphasizing practical application and professional standards.
This learning path equips food industry professionals with the skills to systematically optimize food processing operations. It covers process parameters, experimental design, response surface methodology, cost analysis, and continuous improvement strategies, enabling learners to enhance efficiency, quality, and profitability.
This learning path equips food industry professionals with a comprehensive understanding of quality assurance in food processing. It covers foundational principles, regulatory frameworks, prerequisite programs, HACCP, quality control, audits, and certification, culminating in a capstone project for practical application.
This advanced graduate-level path equips food science students with the knowledge and skills needed to navigate and lead in modern food processing. It covers emerging technologies, industrial innovations, and career skill trends, emphasizing sustainability, digitalization, and safety. Learners will explore current practices, assess their own competencies, and develop a forward-looking professional development plan.
This advanced learning path guides food science and engineering students through the integration of core knowledge in food processing. It covers fundamental principles, key unit operations, and processing technologies, culminating in scale-up and process design. The path emphasizes the interconnectedness of concepts to prepare learners for professional careers in food engineering.
This learning path covers the essential microbiology needed for food processing, including microbial growth and control, hygiene and sanitation, and fermentation. It progresses from foundational concepts to advanced applications, ensuring learners understand how microorganisms impact food safety and quality.
This learning path provides a systematic foundation in materials science applied to food processing, covering atomic structure, bonding, and material properties, then applying these to biopolymers, packaging materials, and structure-property relationships in food systems. It is designed for food science and materials science students seeking a comprehensive understanding of how materials principles govern food quality and processing.
This learning path bridges chemical engineering fundamentals with food processing applications. It covers transport phenomena, unit operations, and reaction engineering, providing a systematic understanding of how engineering principles apply to food systems.
This learning path systematically covers advanced drying technologies for food preservation, focusing on microwave, infrared, solar, and combined/hybrid drying methods. It begins with fundamental principles of drying and progresses to the operation, optimization, and quality impacts of each novel technology, culminating in the design of combined drying processes. Designed for graduate food science and engineering students, the path integrates necessary heat and mass transfer, food quality, and process engineering concepts.