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 135 / 780 页
This path introduces high school engineering students to the core physics concepts—mechanics, thermodynamics, fluids, and electricity—as applied to agricultural systems. It builds from fundamental principles to practical applications, preparing students to analyze and design simple agricultural technologies.
A beginner-friendly path for high school pre-engineering students to apply essential math skills in agricultural engineering contexts. Covers foundational algebra, geometry, calculus, and statistics, each linked to practical engineering applications.
This learning path introduces high school students to the field of agricultural engineering, covering its definition, historical development, core sub-disciplines, global importance, and role in sustainability. Basic physics concepts are integrated as foundational knowledge to understand the engineering principles applied in agriculture.
This learning path equips graduate research students with rigorous methodological skills to design, conduct, and communicate impactful biotech research in agriculture. It integrates hypothesis-driven experimental design, molecular techniques, data analysis, scientific writing, ethics, and reproducibility, culminating in a comprehensive research proposal.
This advanced learning path equips food biotechnologists with the knowledge and skills to use biotechnological tools for improving the texture of plant-based protein products. It covers the molecular basis of protein functionality, precision fermentation, and structure-forming processes like extrusion and shear cell technology, culminating in a capstone project.
This learning path equips graduate synthetic biologists with the knowledge to design synthetic genomes for crops. It covers foundational genomics, genome engineering, and the principles of minimal genomes and designer plants, culminating in the application of synthetic genomics to crop improvement.
This advanced graduate-level path equips climate researchers with the knowledge to design biotechnological strategies for enhancing soil organic carbon (SOC). It covers soil carbon dynamics, plant root traits, microbial processes, enzyme pathways, and biotechnological tools, culminating in a systems-level understanding of SOC enhancement.
This advanced learning path equips entomologists with the knowledge to apply biotechnology in protecting bees and other pollinators. It covers the molecular foundations of insect biology, the gut microbiome, pathogen resistance, and pesticide detoxification, culminating in the design of integrated biotechnological interventions.
This learning path equips interdisciplinary researchers with the knowledge to apply nanotechnology in agricultural biotechnology, focusing on nanosensors, targeted delivery, and precision agriculture. It begins with foundational concepts in nanobiotech and progresses through advanced applications, emphasizing the design and implications of nanomaterials in agricultural systems.
This advanced professional path equips experienced professionals with the knowledge and skills to provide expert consulting in agricultural biotechnology. It covers advanced scientific foundations, regulatory and ethical frameworks, and consulting competencies such as project evaluation, technical writing, and client communication.