Data Engineering
Build, transform and process large-scale data using Spark-based tools and lakehouse experiences.
Lakehouse • Notebook • Apache Spark
Microsoft Fabric brings different data and analytics capabilities together in one platform. In this lesson, you will understand what a workload is, what each workload is designed for, and how to recognize the right workload in a DP-700 scenario.
01 • Start Here
A workload is a collection of capabilities targeted to a specific functionality.
Think of a workload as a specialized area of Microsoft Fabric. Each area is designed to help you perform a particular type of data or analytics task.
For DP-700, the important skill is not simply memorizing workload names. You should be able to read a scenario and understand which workload fits the requirement.
Simple way to remember
Requirement→Workload→Fabric capability
Start with the problem you need to solve. Then identify the Fabric workload designed for that type of work.
02 • Watch Before Continuing
If you are new to Fabric, watch this overview first. It gives you the platform-level picture before we break down individual workloads.
03 • The Fabric Workloads
Microsoft currently documents nine Fabric workloads. Learn them by purpose rather than trying to memorize isolated names.
Build, transform and process large-scale data using Spark-based tools and lakehouse experiences.
Lakehouse • Notebook • Apache Spark
Connect data sources, move data, transform data and orchestrate data workflows.
Pipelines • Copy activity • Dataflow Gen2
Explore data, build machine learning experiments and develop analytical models.
Notebooks • Experiments • Machine Learning
Work with structured analytical data using an enterprise data warehouse and T-SQL.
Warehouse • T-SQL • SQL analytics
Use transactional database capabilities within Microsoft Fabric.
SQL database in Fabric • Cosmos DB in Fabric
Ingest, process and analyze streaming and event data with low latency.
Eventhouse • Eventstream • KQL
Create semantic models, reports and visual analytics from governed data.
Semantic models • Reports • Dashboards
Work with business context, semantics and intelligence capabilities across organizational data.
Business semantics • Ontology • Intelligence
Use industry-focused capabilities and solutions designed around specific business domains.
Industry-focused solutions • Business scenarios
04 • Connect the Concepts
Fabric workloads are not isolated islands. A real data solution can use several Fabric experiences for different parts of the same data journey.
01
Data Factory
02
Data Engineering
03
OneLake
04
Warehouse / Data Science
05
Power BI
This is a simplified learning model. The exact architecture depends on the business requirement, data sources, processing needs and consumption pattern.
05 • DP-700 Scenario Thinking
Imagine a company receives customer data every night from several systems. The data must be copied into Fabric, transformed using Spark, analyzed with SQL and finally presented to business users.
Moving and orchestrating data → Data Factory
Spark-based transformation → Data Engineering
SQL-based warehouse analytics → Data Warehouse
Reports and business visualization → Power BI
DP-700 Exam Tip
Read the requirement first. Then identify the workload.
When you see words such as pipeline, orchestration, Spark, T-SQL, streaming, KQL, semantic model or report, use those clues to identify the Fabric experience being described.
06 • Check Your Understanding
Select the correct definition.
Review the workloads, recognize the scenario cues, and mark the lesson as finished to lock your progress.
Phase 1
Microsoft Fabric Fundamentals