Focus on extracting value from industrial data through advanced analytics, visualization, and efficient data retrieval in Cognite Data Fusion.
Essential knowledge required for all subsequent courses.
Master the core concepts of data ingestion, contextualization, and the foundational architecture. This comprehensive path sets the stage for advanced engineering tasks.
Master the tools and techniques for analyzing industrial data.
Utilize CDF Transformations to convert data from the RAW layer into the Core Data Model.
Structure and manage data using containers, views, and semantic layer best practices.
Understand the concept of asset hierarchy and perform basic linking of CogniteTimeSeries and files to CogniteAssets.
Demonstrate basic proficiency with the Cognite Python SDK and Toolkit for simple read/write operations and authentication.
Properly define and apply Spaces to manage data ownership and access control.
Learn to utilize Cognite Charts, Canvas, and third-party integrations to visualize and explore industrial data.
Master advanced filtering and retrieval patterns to access large-scale industrial data efficiently via SDKs.
Deep dive into specific capabilities once you have the core skills.
Advanced specialization tracks for Data Scientists, including Industrial AI, Function Scheduling, and Advanced Analytics, are currently under development.
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