
Explore Microsoft Fabric's architecture and components, including its unified one lake, lakehouse, data factory, Synapse, Kusto, and Power BI, as an all-in-one SaaS data platform.
Learn to copy data from adls gen2 to a fabric lakehouse using fabric pipeline, including configuring connections, mapping source and destination, and using wildcard paths for multiple files.
Demonstrate real-time data ingestion in Microsoft Fabric by using a configuration table with lookup and for each to copy from blob storage to Lakehouse, with retries.
Copy multiple SQL tables from the SQL database to the warehouse and archive the data in Lakehouse, using zip-compressed archival files to cut storage costs.
Copy data from an Azure SQL database to lakehouse using tables, queries, and parameterized stored procedures, exploring dynamic query options and incremental loads with delta parquet files.
This microsoft fabric masterclass demonstrates incrementally loading data from multiple sql tables into a lakehouse. It uses a watermark and config table, max-date logic, and per-table copy activity.
Extract and store pipeline logs in Fabric by copying data from Azure SQL database to lakehouse and log run id, status, duration, and errors in a Fabric SQL audit table.
Learn to copy data from on premise file system to lakehouse using a data gateway, covering gateway setup, workspace configuration, and a script-driven for-each data pipeline.
Learn to ingest incremental files from SFTP to lakehouse with Microsoft Fabric, using a config table and lower and upper time bounds to track progress.
Copy data from Snowflake into Fabric warehouse while evaluating shared disk vs shared nothing architectures, and explore Snowflake's scalable storage and compute separation for real-time data ingestion.
Ingest data from a REST API to a lakehouse in this hands-on Microsoft Fabric Masterclass, using dynamically generated bearer tokens per run passed to the copy activity.
Learn to ingest Excel data from multiple stores into a unified fabric table with dynamic schema using get metadata and for each, add source name, file name, and load date.
Master how to ingest multiple Excel sources with different schemas into a unified warehouse table using dynamic sheet index mappings in Microsoft Fabric masterclass.
Explore how to coordinate a multi-trigger data pipeline in microsoft fabric by verifying the first three success files and invoking the ingestion pipeline with the invoke pipeline activity.
Learn how to safely load large REST API data into a Lakehouse using Microsoft Fabric, with two pagination rules: next-page URL and offset-based batching, via a copy data pipeline.
Unlock the full potential of Microsoft Fabric with this hands-on masterclass designed for data engineers, analysts, and architects. This course takes you step by step through real-world scenarios, helping you build pipelines, ingest and transform data, work with Dataflows Gen2, stream real-time data, and query with KQL.
You’ll start with the fundamentals of Microsoft Fabric architecture and progress into advanced data engineering techniques such as incremental loading, mirroring databases, building reusable ingestion frameworks, and setting up multi-trigger dependencies.
Through 34 practical, project-based lessons, you’ll learn how to:
Connect to diverse data sources (SQL, Snowflake, REST APIs, SFTP, Blob Storage, Excel).
Design and optimize pipelines for efficiency, parallelism, and incremental loads.
Work with Lakehouse and Warehouse for structured and unstructured data.
Perform data quality checks, profiling, and cleansing using Dataflows Gen2.
Stream real-time data from Event Hubs to Fabric Eventhouse and KQL databases.
Implement best practices for scheduling, orchestration, and monitoring pipelines.
By the end of this course, you’ll have built a portfolio of end-to-end Microsoft Fabric projects that prepare you for solving real-world data challenges at scale.
Whether you’re a beginner exploring Microsoft Fabric or a professional looking to upskill in modern data engineering, this course will give you the confidence and expertise to design and deliver data solutions using Microsoft Fabric.