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  • Total Questions: 92
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Busy professionals, parents, students — the 070-776 exam attracts all of them, and iPassleader serves all of them. 92 practice questions with verified answers, usable in the gaps of any schedule, on paper, offline on Windows, or in any browser.

Microsoft 070-776 Exam Overview:

Certification Vendor:Microsoft
Exam Name:Engineering Data with Microsoft Cloud Services
Exam Number:70-776
Available Languages:English
Exam Duration:120-150
Exam Price:USD 165
Passing Score:700/1000
Real Exam Qty:40-60
Certificate Validity Period:Certification retired; exam retired June 30, 2019
Related Certifications:MCSA: Data Engineering with Azure
MCSE: Data Management and Analytics
Exam Format:Scenario-Based Questions, Case Study, Multiple Response, Build List, Drag and Drop, Multiple Choice
Sample Questions: DOWNLOAD DEMO
Exam Way:Pearson VUE testing centers worldwide; retired June 30, 2019.
Pre Condition:No mandatory prerequisite exam. Intended for data engineers, data architects, data scientists, and data developers. Common prerequisites included Azure data services, relational databases, Windows administration, and data analytics experience.
Official Syllabus URL:https://learn.microsoft.com/en-us/credentials/

Microsoft 070-776 Exam Syllabus Topics:

SectionWeightObjectives
Design and Implement Cloud-Based Integration by Using Azure Data Factory15-20%- Orchestrate data processing pipelines
  • 1. Design end-to-end data flows
  • 2. Provision and run pipelines
  • 3. Manage dependencies
  • 4. Design schedules
- Implement datasets and linked services
  • 1. Configure linked services
  • 2. Create datasets
  • 3. Implement availability and policies
- Move, transform, and analyze data
  • 1. Extend processing with custom activities
  • 2. Copy data between environments
  • 3. Move data to and from SQL Data Warehouse
  • 4. Create activity types
- Monitor and manage Azure Data Factory
  • 1. Perform redeployments
  • 2. Use monitoring tools
  • 3. Identify failures
  • 4. Create alerts
Design and Implement Complex Event Processing by Using Azure Stream Analytics15-20%- Design and implement Azure Stream Analytics
  • 1. Integrate Azure Machine Learning
  • 2. Support continuous learning scenarios
  • 3. Implement scoring models
  • 4. Configure thresholds and alerts
- Query real-time data
  • 1. Use Stream Analytics query language
  • 2. Use built-in functions and data types
  • 3. Manage time windows
  • 4. Guarantee event delivery
- Ingest data for real-time processing
  • 1. Select appropriate ingestion technologies
  • 2. Design partitioning schemes
  • 3. Design reference data streams
  • 4. Estimate throughput and latency requirements
  • 5. Process streaming data sources
- Implement and manage streaming pipelines
  • 1. Archive streaming data
  • 2. Coordinate stream and batch processing
  • 3. Stream data to dashboards
Design and Implement Analytics by Using Azure Data Lake25-30%- Manage Azure Data Lake Analytics
  • 1. Manage users and data sources
  • 2. Create and manage analytics accounts
  • 3. Optimize jobs and review historical execution
  • 4. Monitor and troubleshoot jobs
- Integrate Azure Data Lake with other services
  • 1. Integrate with Azure Data Factory
  • 2. Connect with Azure SQL Data Warehouse
  • 3. Integrate with Data Catalog and Event Hubs
  • 4. Integrate with HDInsight
- Extract and transform data using U-SQL
  • 1. Manage catalogs and structured data
  • 2. Use U-SQL data types and expressions
  • 3. Perform joins and analytical operations
  • 4. Generate output files
- Ingest data into Azure Data Lake Store
  • 1. Copy and secure data
  • 2. Create and configure Data Lake Store accounts
  • 3. Tune performance and diagnostics
  • 4. Implement authentication and access control
- Extend U-SQL programmability
  • 1. Perform federated queries
  • 2. Implement user-defined functions and operators
  • 3. Share code and data assets
  • 4. Integrate Python and R
Design and Implement Azure SQL Data Warehouse Solutions15-20%- Query data in Azure SQL Data Warehouse
  • 1. Monitor query performance
  • 2. Implement query labels
  • 3. Manage resource classes
  • 4. Manage statistics
- Integrate Azure SQL Data Warehouse with other services
  • 1. Use PolyBase and data ingestion tools
  • 2. Integrate with Azure Machine Learning
  • 3. Import and export data
  • 4. Migrate enterprise data warehouses
- Design tables in Azure SQL Data Warehouse
  • 1. Design table geometry
  • 2. Select distribution methods
  • 3. Minimize data skew
  • 4. Design columnstore indexes
Manage and Maintain Azure SQL Data Warehouse, Azure Data Lake, Azure Data Factory, and Azure Stream Analytics20-25%- Provision Azure services
  • 1. Deploy Azure Data Lake
  • 2. Deploy Azure Stream Analytics
  • 3. Deploy Azure SQL Data Warehouse
  • 4. Deploy Azure Data Factory
- Monitor and optimize services
  • 1. Implement elastic scaling
  • 2. Troubleshoot performance
  • 3. Manage concurrency
  • 4. Monitor workloads
- Implement authentication, authorization, and auditing
  • 1. Implement auditing
  • 2. Configure firewalls
  • 3. Integrate with Azure Active Directory
  • 4. Secure integrated services
- Manage data recovery
  • 1. Backup and recovery
  • 2. Support migration scenarios
  • 3. Implement geo-redundancy
- Design storage solutions for big data
  • 1. Select storage technologies
  • 2. Integrate cloud and on-premises solutions
  • 3. Optimize storage performance
  • 4. Migrate data

Frequently Asked Questions: Microsoft Engineering Data with Microsoft Cloud Services Preparation

iPassleader refunds you in full if you take the Microsoft Engineering Data with Microsoft Cloud Services exam within 60 days of purchase and do not pass. The policy does not apply if the exam is taken within 3 days of purchase, if the exam was never actually taken, or to free materials or expired orders, and the candidate name must match the payer name. Submit a scan of your enrollment slip and the official Score Report PDF within 2 days of the exam; claims are processed within 7 days. Alternatively, exchange for two free exam products of equal value and keep your original update service. Delivery is by email within 1 minute of purchase — contact support if nothing arrives within 2 hours.

The 070-776 exam is a Microsoft certification exam covering the Microsoft Engineering Data with Microsoft Cloud Services syllabus shown above. It forms part of these credential paths: MCSA: Data Engineering with Azure, MCSE: Data Management and Analytics. Most candidates are working people studying around jobs and families, which is why iPassleader built its 92 practice questions for fragmented schedules — PDF, Desktop Test Engine, and Online Test Engine formats included.

Pearson VUE testing centers worldwide; retired June 30, 2019. Register for the Microsoft Engineering Data with Microsoft Cloud Services exam through these official channels:

    Once your date is confirmed, your iPassleader practice questions arrive by email within 1 minute, so the study clock starts immediately.

    The official Microsoft Engineering Data with Microsoft Cloud Services outline divides the exam into 5 domains, the largest being Design and Implement Azure SQL Data Warehouse Solutions (15-20%), Design and Implement Analytics by Using Azure Data Lake (25-30%), and Design and Implement Cloud-Based Integration by Using Azure Data Factory (15-20%). The full list is in the topics section above, and iPassleader's 92 practice questions address every domain in it.

    Registration for the Microsoft Engineering Data with Microsoft Cloud Services exam costs USD 165, and the passing score is 700/1000. Retaking means paying the fee again, so check your level with the iPassleader engines before you commit to a date.

    Everything needed to start the minute your order arrives: 92 practice questions for the Microsoft Engineering Data with Microsoft Cloud Services exam in three formats — a printable, expert-prepared PDF with instant download; a Desktop Test Engine for Windows that simulates the real exam with two practice modes and works offline; and an Online Test Engine for any browser on Windows, Mac, Android, and iOS with test history and performance review. Also included: a free demo, 365 days of free updates, a 50% renewal discount afterward, unlimited installations, and remote installation guidance from professional IT staff if you need it.

    Microsoft recommends these training resources for the Microsoft Engineering Data with Microsoft Cloud Services exam:

      Reinforce the training with the 92 practice questions from iPassleader — short, frequent sessions fit working schedules better than marathon weekends.

      No mandatory prerequisite exam. Intended for data engineers, data architects, data scientists, and data developers. Common prerequisites included Azure data services, relational databases, Windows administration, and data analytics experience. Since requirements can change, confirm the current version on the official Microsoft exam page before scheduling.

      The Microsoft Engineering Data with Microsoft Cloud Services exam contains 40-60 with a limit of 120-150. That is tight pacing — rehearse it in the iPassleader Desktop Test Engine's timed mode until it feels natural.

      Microsoft Engineering Data with Microsoft Cloud Services Sample Questions:

      You have an on-premises deployment of Active Directory named contoso.com.
      You plan to deploy a Microsoft Azure SQL data warehouse.
      You need to ensure that the data warehouse can be accessed by contoso.com users.
      Which two components should you deploy? Each correct answer presents part of the solution.
      NOTE: Each correct selection is worth one point.

      • A. Azure AD Connect
      • B. Azure AD Privileged Identity Management
      • C. Azure Active Directory
      • D. Cloud App Discovery
      • E. Azure Active Directory B2C
      • F. Azure Information Protection
      Reveal Solution  Discussion  0

      Correct Answer: A,C  🗳️

      You have a Microsoft Azure Data Lake Analytics service.
      You plan to configure diagnostic logging.
      You need to use Microsoft Operations Management Suite (OMS) to monitor the IP addresses that are used to access the Data Lake Store.
      What should you do?

      • A. Send the request logs to Log Analytics.
      • B. Stream the audit logs to an event hub.
      • C. Send the audit logs to Log Analytics.
      • D. Stream the request logs to an event hub.
      Reveal Solution  Discussion  0

      Correct Answer: C  🗳️

      Note: This question is part of a series of questions that present the same scenario. For your convenience, the scenario is repeated in each question. Each question presents a different goal and answer choices, but the text of the scenario is exactly the same in each question in this series.
      Start of repeated scenario
      You are migrating an existing on-premises data warehouse named LocalDW to Microsoft Azure. You will use an Azure SQL data warehouse named AzureDW for data storage and an Azure Data Factory named AzureDF for extract, transformation, and load (ETL) functions.
      For each table in LocalDW, you create a table in AzureDW.
      On the on-premises network, you have a Data Management Gateway.
      Some source data is stored in Azure Blob storage. Some source data is stored on an on-premises Microsoft SQL Server instance. The instance has a table named Table1.
      After data is processed by using AzureDF, the data must be archived and accessible forever. The archived data must meet a Service Level Agreement (SLA) for availability of 99 percent. If an Azure region fails, the archived data must be available for reading always. The storage solution for the archived data must minimize costs.
      End of repeated scenario.
      You need to define the schema of Table1 in AzureDF.
      What should you create?

      • A. a pipeline
      • B. a gateway
      • C. a linked service
      • D. a dataset
      Reveal Solution  Discussion  0

      Correct Answer: D  🗳️

      Note: This question is part of a series of questions that present the same scenario. For your convenience, the scenario is repeated in each question. Each question presents a different goal and answer choices, but the text of the scenario is exactly the same in each question in this series.
      Start of repeated scenario
      You are migrating an existing on-premises data warehouse named LocalDW to Microsoft Azure. You will use an Azure SQL data warehouse named AzureDW for data storage and an Azure Data Factory named AzureDF for extract, transformation, and load (ETL) functions.
      For each table in LocalDW, you create a table in AzureDW.
      On the on-premises network, you have a Data Management Gateway.
      Some source data is stored in Azure Blob storage. Some source data is stored on an on-premises Microsoft SQL Server instance. The instance has a table named Table1.
      After data is processed by using AzureDF, the data must be archived and accessible forever. The archived data must meet a Service Level Agreement (SLA) for availability of 99 percent. If an Azure region fails, the archived data must be available for reading always. The storage solution for the archived data must minimize costs.
      End of repeated scenario.
      You need to configure an activity to move data from blob storage to AzureDW.
      What should you create?

      • A. a pipeline
      • B. an automation runbook
      • C. a linked service
      • D. a dataset
      Reveal Solution  Discussion  0

      Correct Answer: A  🗳️

      Explanation: Only visible for iPassleader members. You can sign-up / login (it's free).

      You have a Microsoft Azure Data Lake Analytics service.
      You have a tab-delimited file named UserActivity.tsv that contains logs of user sessions. The file does not have a header row.
      You need to create a table and to load the logs to the table. The solution must distribute the data by a column named SessionId.
      How should you complete the U-SQL statement? To answer, select the appropriate options in the answer area.
      NOTE: Each correct selection is worth one point.

      Reveal Solution  Discussion  0

      Correct Answer:


      Explanation

      References:
      https://msdn.microsoft.com/en-us/library/mt706197.aspx

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