Operating and Governing Data Platforms in Microsoft Fabric

Microsoft via Coursera

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Provider

Coursera
Pricing

Paid Course
Languages

English
Certificate

Certificate Available
Effort

8 weeks, 1 hour a week
Sessions

Self-Paced
Level

Intermediate
Subtitles

English

Found in

Part of

Microsoft Fabric Data Engineer

Overview

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This course focuses on the operational management, performance optimization, and governance practices required to maintain production data engineering systems within Microsoft Fabric environments. After pipelines, streaming workflows, and analytics datasets have been implemented, data engineers must ensure that these systems operate efficiently, securely, and reliably within enterprise environments. This requires monitoring system performance, managing platform capacity, implementing security controls, and maintaining data lifecycle policies. Learners explore how engineers optimize data pipeline performance, manage platform resource usage, and implement governance mechanisms that protect data assets while enabling analytics teams to work effectively. The course also examines how enterprise data platforms enforce security and compliance controls through role-based access management, data classification, and governance policies. Finally, learners explore how data lifecycle management practices ensure that datasets remain reliable, secure, and properly maintained throughout their operational lifespan. By the end of the course, learners understand how engineers manage performance, security, governance, and lifecycle policies within Microsoft Fabric environments.

Syllabus

Performance Optimization
- This module introduces the performance optimization practices used to maintain efficient data engineering systems within Microsoft Fabric environments. As data pipelines and analytics workloads grow, engineers must ensure that data processing tasks execute efficiently and that system resources are used effectively. Learners explore how engineers evaluate pipeline execution performance, identify performance bottlenecks, and adjust system configurations to improve processing efficiency. The module examines how query performance, dataset structure, and pipeline design can influence the performance of analytics systems. Rather than focusing on low-level system tuning, the module emphasizes the practical decisions engineers make to maintain efficient data workflows. Learners examine how engineers analyze performance metrics and identify opportunities to improve the reliability and responsiveness of data engineering pipelines. By understanding performance optimization practices, learners develop the skills required to maintain scalable and efficient data engineering environments.
Cost and Resource Management
- This module introduces the practices used to manage resource consumption and operational costs within Microsoft Fabric environments. As data engineering pipelines grow in scale and complexity, engineers must ensure that platform resources are used efficiently while maintaining reliable system performance. Learners examine how Microsoft Fabric workloads consume compute capacity and how engineering teams manage resource usage across ingestion pipelines, transformation workflows, and analytics queries. The module explains how engineers monitor system utilization, identify inefficient workloads, and adjust configurations to maintain stable platform performance. Rather than focusing on financial accounting, the module emphasizes operational resource management. Learners explore how engineers interpret capacity metrics, manage concurrent workloads, and ensure that data processing systems operate efficiently within available platform resources. By understanding resource and cost management practices, learners develop the operational awareness required to maintain scalable and efficient Fabric data engineering environments.
Security and Governance
- This module introduces the security and governance mechanisms used to protect enterprise data platforms within Microsoft Fabric environments. As data engineering systems process sensitive operational and analytical data, engineers must ensure that access to data assets is properly controlled and that governance policies protect the integrity and confidentiality of organizational data. Learners examine how Microsoft Fabric environments enforce access control using role-based permissions and how governance mechanisms allow organizations to manage data access across analytics environments. The module focuses on the responsibilities of data engineers in implementing and maintaining security controls rather than on enterprise security administration. Learners explore how engineers configure permissions, monitor access to data assets, and ensure that data platforms operate within established governance policies. By understanding how security and governance practices protect enterprise data environments, learners develop the operational awareness required to maintain secure and compliant data engineering systems.
Data Lifecycle Management
- This module introduces the lifecycle management practices used to maintain reliable and compliant data platforms within Microsoft Fabric environments. As data engineering systems grow, datasets must be managed throughout their operational lifespan to ensure that storage resources are used efficiently and that outdated or unnecessary data is handled appropriately. Learners examine how organizations implement lifecycle policies that govern how datasets are retained, archived, and removed within enterprise data platforms. The module explains how lifecycle management supports both operational efficiency and governance requirements by ensuring that data assets remain accurate, secure, and compliant with organizational policies. The module focuses on the responsibilities of data engineers in maintaining data assets over time rather than on complex archival infrastructure. Learners explore how lifecycle policies control data retention, how datasets are maintained as systems evolve, and how organizations ensure that outdated data does not compromise analytics environments. By understanding lifecycle management practices, learners develop the operational awareness required to maintain sustainable and compliant data engineering systems.
AI-Assisted Security Review
- This module introduces how generative AI tools can assist engineers when reviewing security and governance configurations within data engineering environments. Rather than replacing human oversight, AI systems can help engineers analyze configuration information, identify potential governance risks, and suggest improvements to security settings. Learners examine how AI assistants can interpret access configurations, analyze permission structures, and highlight potential governance issues within data engineering platforms. The module emphasizes that AI-generated recommendations must always be validated by engineers before any changes are implemented. The module focuses on practical augmentation of governance review workflows rather than automated system administration. Learners explore how AI tools can help engineers analyze role assignments, dataset permissions, and governance policies to identify potential security concerns. By the end of the module, learners understand how generative AI tools can assist security review workflows while maintaining the engineer’s responsibility for validating governance decisions and protecting enterprise data assets.
Portfolio Project: Operating and governing a Microsoft Fabric data platform
- In this project, learners evaluate the operational configuration of a Microsoft Fabric data platform used by an analytics team. The project consolidates the operational engineering concepts introduced throughout the course, including performance monitoring, platform resource management, governance configuration, and data lifecycle management. Learners examine a simulated Fabric environment containing several data engineering assets including datasets, pipelines, and workspace configurations. The environment reflects a typical enterprise analytics platform where multiple teams interact with shared data assets. Rather than building a new pipeline, learners analyze the environment to determine whether the system operates efficiently, securely, and in accordance with governance policies. Learners review platform performance metrics, examine access control configurations, evaluate dataset lifecycle policies, and assess the results of an AI-generated governance analysis. By completing this project, learners demonstrate their ability to evaluate and manage operational data engineering environments within Microsoft Fabric.
Building a Data Engineering Portfolio
- This module helps learners translate their data engineering work into a clear, professional portfolio that demonstrates real capability to employers. Learners examine how to structure project entries, describe end-to-end workflows, and present technical decisions so that completed Microsoft Fabric projects communicate their skills effectively.
Preparing for Data Engineering Roles
- This module prepares learners to present their data engineering capability during hiring processes and technical discussions. Learners review what employers expect from data engineers and practice explaining project architecture, workflows, and engineering decisions clearly and confidently when preparing for roles.