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Databricks Certified-Data-Engineer-Professional Exam Syllabus Topics:

SectionObjectives
Data Sharing and Federation- Lakehouse Federation
  • 1. Configure Lakehouse Federation with appropriate governance
    - Delta Sharing
    • 1. Share live Lakehouse data with external computing platforms
      • 2. Configure sharing with external platforms using the open sharing protocol
        • 3. Configure Databricks-to-Databricks Sharing
          Data Governance- Metadata and Discoverability
          • 1. Create and maintain descriptions and metadata for enterprise data
            - Unity Catalog Permissions
            • 1. Understand the Unity Catalog permission inheritance model
              Data Transformation, Cleansing, and Quality- Advanced Data Transformation
              • 1. Apply window functions, joins, and aggregations to large datasets
                • 2. Write efficient Spark SQL and PySpark transformations
                  - Data Quality
                  • 1. Apply data quality controls using Lakeflow Spark Declarative Pipelines or Auto Loader
                    • 2. Develop data quarantining processes for invalid data
                      Developing Code for Data Processing using Python and SQL- Using Python and Tools for Development
                      • 1. Develop User-Defined Functions using Pandas/Python UDFs
                        • 2. Manage and troubleshoot third-party library installations and dependencies
                          • 3. Design and implement scalable Python project structures optimized for Databricks Asset Bundles
                            - Building and Testing ETL Pipelines
                            • 1. Configure environments, dependencies, memory, and retry behavior
                              • 2. Use control flow operators in pipeline components
                                • 3. Use APPLY CHANGES APIs for change data capture
                                  • 4. Build production-ready batch and streaming pipelines using Lakeflow Spark Declarative Pipelines and Auto Loader
                                    • 5. Develop unit and integration tests for data processing code
                                      • 6. Create and automate ETL workloads using Jobs through UI, APIs, and CLI
                                        • 7. Compare streaming tables and materialized views
                                          • 8. Compare Spark Structured Streaming and Lakeflow Spark Declarative Pipelines
                                            Data Ingestion & Acquisition- Design and implement data ingestion pipelines
                                            • 1. Build append-only pipelines for batch and streaming data using Delta
                                              • 2. Ingest Delta Lake, Parquet, ORC, Avro, JSON, CSV, XML, Text, and Binary data
                                                • 3. Ingest data from message buses and cloud storage
                                                  Cost & Performance Optimisation- Query Performance
                                                  • 1. Use Query Profile to identify performance bottlenecks
                                                    • 2. Identify inefficient joins and excessive data shuffling
                                                      - Delta Optimization
                                                      • 1. Understand deletion vectors and liquid clustering
                                                        • 2. Use Change Data Feed to address streaming table limitations and improve latency
                                                          • 3. Apply data skipping and file pruning techniques
                                                            - Cost Optimization
                                                            • 1. Understand how Unity Catalog managed tables reduce operational overhead
                                                              Monitoring and Alerting- Monitoring
                                                              • 1. Use Lakeflow Spark Declarative Pipelines event logs for monitoring
                                                                • 2. Use Databricks REST APIs and CLI for monitoring jobs and pipelines
                                                                  • 3. Use Query Profiler and Spark UI to monitor workloads
                                                                    • 4. Use system tables for resource, cost, audit, and workload monitoring
                                                                      - Alerting
                                                                      • 1. Configure Lakeflow Jobs notifications for job status and performance issues
                                                                        • 2. Use SQL Alerts for data quality monitoring
                                                                          Data Modelling- Scalable Data Models
                                                                          • 1. Optimize data layout using Liquid Clustering
                                                                            • 2. Design and implement scalable data models using Delta Lake
                                                                              • 3. Understand Liquid Clustering versus partitioning and Z-Ordering
                                                                                - Dimensional Modelling
                                                                                • 1. Design dimensional models for analytical workloads
                                                                                  Debugging and Deploying- Deploying CI/CD
                                                                                  • 1. Integrate Git-based CI/CD workflows using Databricks Git Folders
                                                                                    • 2. Build and deploy Databricks resources using Databricks Asset Bundles
                                                                                      - Debugging and Troubleshooting
                                                                                      • 1. Use Spark UI, cluster logs, system tables, and query profiles for diagnostics
                                                                                        • 2. Analyze errors and remediate failed job runs
                                                                                          • 3. Use Lakeflow Spark Declarative Pipelines event logs and Spark UI for debugging
                                                                                            Ensuring Data Security and Compliance- Data Security
                                                                                            • 1. Use row filters and column masks for sensitive data
                                                                                              • 2. Use ACLs to secure workspace objects and enforce least privilege
                                                                                                • 3. Apply anonymization and pseudonymization techniques
                                                                                                  - Compliance
                                                                                                  • 1. Develop data purging solutions according to data retention policies
                                                                                                    • 2. Implement pipelines that detect and mask personally identifiable information

                                                                                                      Databricks Certified Data Engineer Professional Sample Questions:

                                                                                                      1. A Data Engineer is building a simple data pipeline using Lakeflow Declarative Pipelines (LDP) in Databricks to ingest customer data. The raw customer data is stored in a cloud storage location in JSON format. The task is to create Lakeflow Declarative Pipelines that read the raw JSON data and write it into a Delta table for further processing. Which code snippet will correctly ingest the raw JSON data and create a Delta table using LDP?

                                                                                                      A) import dlt
                                                                                                      @dlt.table
                                                                                                      def raw_customers():
                                                                                                      return spark.read.json("s3://my-bucket/raw-customers/")
                                                                                                      B) import dlt
                                                                                                      @dlt.table
                                                                                                      def raw_customers():
                                                                                                      return spark.read.format("parquet").load("s3://my-bucket/raw-customers/")
                                                                                                      C) import dlt
                                                                                                      @dlt.table
                                                                                                      def raw_customers():
                                                                                                      return spark.read.format("csv").load("s3://my-bucket/raw-customers/")
                                                                                                      D) import dlt
                                                                                                      @dlt.view
                                                                                                      def raw_customers():
                                                                                                      return spark.format.json("s3://my-bucket/raw-customers/")


                                                                                                      2. When evaluating the Ganglia Metrics for a given cluster with 3 executor nodes, which indicator would signal proper utilization of the VM's resources?

                                                                                                      A) Bytes Received never exceeds 80 million bytes per second
                                                                                                      B) CPU Utilization is around 75%
                                                                                                      C) Total Disk Space remains constant
                                                                                                      D) The five Minute Load Average remains consistent/flat
                                                                                                      E) Network I/O never spikes


                                                                                                      3. A Delta table of weather records is partitioned by date and has the below schema:
                                                                                                      date DATE, device_id INT, temp FLOAT, latitude FLOAT, longitude FLOAT
                                                                                                      To find all the records from within the Arctic Circle, you execute a query with the below filter:
                                                                                                      latitude > 66.3
                                                                                                      Which statement describes how the Delta engine identifies which files to load?

                                                                                                      A) All records are cached to attached storage and then the filter is applied
                                                                                                      B) The Parquet file footers are scanned for min and max statistics for the latitude column
                                                                                                      C) The Delta log is scanned for min and max statistics for the latitude column
                                                                                                      D) The Hive metastore is scanned for min and max statistics for the latitude column
                                                                                                      E) All records are cached to an operational database and then the filter is applied


                                                                                                      4. A data engineer is evaluating tools to build a production-grade data pipeline. The team must process change data from cloud object storage, filter out or isolate invalid records, and ensure the timely delivery of clean data to downstream consumers. The team is small, under tight deadlines, and wants to minimize operational overhead while keeping pipelines auditable and maintainable.
                                                                                                      Which approach should the data engineer implement?

                                                                                                      A) Use a hybrid approach: Ingest with Auto Loader into Bronze tables, then process using SQL queries in Databricks Workflows to generate cleaned Silver and Gold tables on a schedule.
                                                                                                      B) Ingest data directly into Delta tables via Spark jobs, apply data quality filters using UDFs, and use LDP for creating Materialized Views.
                                                                                                      C) Implement ingestion using Auto Loader with Structured Streaming, and manage invalid data handling and table updates using checkpointing and merge logic.
                                                                                                      D) Use LDP to build declarative pipelines with Streaming Tables and Materialized Views, leveraging built-in support for data expectations and incremental processing.


                                                                                                      5. A data architect is designing a Databricks solution to efficiently process data for different business requirements. In which scenario should a data engineer use a materialized view compared to a streaming table?

                                                                                                      A) Precomputing complex aggregations and joins from multiple large tables to accelerate BI dashboard performance.
                                                                                                      B) Processing high-volume, continuous clickstream data from a website to monitor user behavior in real-time.
                                                                                                      C) Implementing a CDC (Change Data Capture) pipeline that needs to detect and respond to database changes within seconds.
                                                                                                      D) Ingesting data from Apache Kafka topics with sub-second processing requirements for immediate alerting.


                                                                                                      Solutions:

                                                                                                      Question # 1
                                                                                                      Answer: A
                                                                                                      Question # 2
                                                                                                      Answer: B
                                                                                                      Question # 3
                                                                                                      Answer: C
                                                                                                      Question # 4
                                                                                                      Answer: D
                                                                                                      Question # 5
                                                                                                      Answer: A

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