DP-700 Real Exam Questions
Implementing Data Engineering Solutions Using Microsoft Fabric. Everything you need to prepare, practice, and pass.
127
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8
Exam Domains
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Explanations
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Certification Overview
The exam tests your ability to architect and implement the complete data lifecycle on Microsoft Fabric: ingesting data from multiple sources, transforming it efficiently through pipelines and Delta Lake, modeling data for analytics in Warehouses, optimizing performance across the platform, and implementing governance and security controls in shared environments.
What This Certification Proves
This certification validates expertise in building end-to-end data engineering solutions on Microsoft Fabric, from data ingestion and transformation through modeling and governance. It demonstrates proficiency with Fabric's integrated analytics platform, including Lakehouse architecture, Delta Lake, and enterprise data pipelines—essential skills for modern cloud data engineers.
Who Should Take This Exam
Data engineers or analysts with 1-2+ years of experience (SQL, data warehousing, or ETL), or Azure specialists transitioning into data engineering. Best suited for those already familiar with cloud platforms who want to specialize in the Microsoft Fabric ecosystem.
Topic Breakdown
8 domains covering 92 questions
| Domain | Questions | Weight |
|---|---|---|
| Design And Implement Data Ingestion And Transformation | 31 | 34% |
| Monitor And Optimize A Data Analytics Solution | 19 | 21% |
| Manage Data Governance And Security | 15 | 16% |
| Implement And Manage An Analytics Solution | 13 | 14% |
| Monitor And Optimize An Analytics Solution | 6 | 7% |
| Ingest And Transform Data | 5 | 5% |
| Design And Implement Data Modeling | 2 | 2% |
| Design And Implement A Data Analytics Solution | 1 | 1% |
Study Plans
Choose a study plan that matches your schedule and experience level
30 Days
Intensive Sprint
Week 1-2
- Master fundamentals: Design And Implement Data Ingestion And Transformation
- Read Microsoft official documentation
- Complete 5 questions daily
Week 3
- Deep dive: Monitor And Optimize A Data Analytics Solution
- Review weak areas from results
- Take 2 full-length exams
Week 4
- Review all flagged questions
- Timed exams to build stamina
- Final revision of key concepts
60 Days
Balanced Approach
Week 1-2
- Survey all exam domains
- Set up study environment
- Begin with foundational topics
Week 3-4
- Focus: Design And Implement Data Ingestion And Transformation
- Focus: Monitor And Optimize A Data Analytics Solution
- 3 questions daily
Week 5-6
- Focus: Manage Data Governance And Security
- Hands-on labs if applicable
- Review explanations for wrong answers
Week 7-8
- Complete all 127 questions
- Identify and eliminate weak areas
- Take 3 full-length timed tests
90 Days
Comprehensive Study
Month 1
- Learn all exam domains at a comfortable pace
- Build strong foundational knowledge
- 2 questions daily
Month 2
- Deep dive into each domain
- Hands-on practice and labs
- Take weekly timed exams
Month 3
- Work through all 127 questions
- Identify and eliminate weak areas
- Take 3 full-length timed exams
DP-700-Specific Tips
- Build hands-on projects in Microsoft Fabric workspace—practice creating Lakehouses, warehouses, and data pipelines, not just theory
- Master Delta Lake format specifics: table operations, time travel, ACID transactions, and Lakehouse optimization patterns
- Deep dive into KQL (Kusto Query Language) and T-SQL querying in Fabric—both are heavily tested in transformation and modeling scenarios
- Study data pipeline design: understand medallion architecture (bronze/silver/gold), incremental loads, and monitoring patterns specific to Fabric
- Focus on performance optimization: partition strategies, indexing in Fabric Warehouse, and query tuning for complex transformations
- Practice governance scenarios: row-level security (RLS), data classification, lineage tracking, and compliance in Fabric shared workspaces
- Work through multi-stage ETL scenarios connecting Fabric components (Data Factory pipelines → Lakehouse → Warehouse) end-to-end
Relevant Career Roles
Sample Questions
Try 5 free questions from the DP-700 question bank
Which two components should you include in the workflow? Each correct answer presents part of the solution.
You need to recommend a solution for handling old files. The solution must meet the technical requirements. What should you include in the recommendation?
Your organization is tasked with transforming a dataset containing semi-structured JSON data into a structured tabular format. The workflow includes: - Parsing the nested JSON data into individual columns. - Applying advanced transformations such as pivoting rows into columns and calculating aggregated metrics. - Writing custom Python logic to handle outliers and fill missing values. Which tool in Microsoft Fabric would be the most appropriate for this transformation task?
You have an Azure event hub. Each event contains the following fields: - BikepointID - Street - Neighbourhood - Latitude - Longitude - No_Bikes - No_Empty_Docks You need to ingest the events. The solution must only retain events that have a Neighbourhood value of Chelsea, and then store the retained events in a Fabric lakehouse. What should you use?
You have the following code segment: def loading_pattern_sample(df_source): try: deltatable = DeltaTable.forName(spark, target_table) except Exception as e: df_source.write.format('delta').mode('overwrite').saveAsTable(f'{target_table}') except Exception as e: print(f'load for table {target_table} failed with error: {str(e)}') return try: change_detection_columns = [col for col in df_source.columns if col not in candidate_key] match_condition = ' AND '.join([f'target.{col} = source.{col}' for col in candidate_key]) update_condition = ' OR '.join([f'target.{col} != source.{col}' for col in change_detection_columns]) update_expr = {col: f'source.{col}' for col in df_source.columns} merge_operation = deltatable.alias('target').merge( source=df_source.alias('source'), condition=match_condition ).whenMatchedUpdate( condition=update_condition, set=update_expr ).whenNotMatchedInsertAll() merge_operation.execute() except Exception as e: print(f'insert operation for table {target_table} failed with error: {str(e)}') return Based on the code, does the loading pattern support both full and incremental loading requirements?
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