Pass 70-465 MCSE Certification Exam Fast

70-465 Exam Has Been Retired

This exam has been replaced by Microsoft with new exam.

Microsoft 70-465 Exam Details

The capability to design database solutions aimed at Microsoft SQL Server is directly associated with the Microsoft 70-465 exam. Its intention is to avail specialists the vital skills in creating plans alongside designs related to database structures, servers, objects, and storage.

Potential Audience

The possible audience for such a test is specialists in the database industry who do the designing and building of database solutions within enterprises or organizations. They come out with plans meant for the environment, where database solutions will be running. By passing 70-465, they end up with the MCSE: Data Management and Analytics certification, which is among expert-level certificates.


Earning one of the following qualifications is what you need to proceed with 70-465 exam before it expires on January 31st of 2021:

  • the MCSA: SQL Server 2012/2014;
  • the MCSA: BI Reporting;
  • the MCSA: SQL 2016 BI Development;
  • the MCSA: SQL 2016 Database Administration;
  • the MCSA: SQL 2016 Database Development.

Details for 70-465 Exam

Candidates for the Microsoft 70-465 test are set to experience 40-60 questions which vary in styles and whose time of completion is 2.5 hours. The primary style is MCQs, but you’ll also find such types as active screen, short answer, review screen, mark review, best answer, etc. When it comes to the registration procedure, there is a payment of $165 that one has to make. It takes points starting from 700 to move to the next step of possessing the certificate.

Exam Topics for 70-465

This is what candidates get to know regarding the domains for the Microsoft 70-465 test:

  • Designing Structures for a Database;
  • Creating Databases and Objects for Databases;
  • Defining Security for Database;
  • Outlining Troubleshooting & Optimization Solutions.

Each topic, in particular, searches into various issues that are essential for their overall comprehension. Below is a look at the test objectives and what to comprehend through studying them.

Extensive Coverage of Test Domains

When it comes to Designing Structures for Databases, the sections presented are like these:

  • Outlining for business requirements

    This portion captures the translation of business requirements to data structures, de-normalizing databases with the use of SQL Server features like materialization that use indexed views, distributed partitioned views, snapshots, and filtered and non-key column indexes.

  • Constituting physical database & object placement

    This part addresses designing physical databases that include file placement, FILETABLE, FILESTREAM, RAID, file groups, and configuring settings for system databases.

  • Creating a strategy for table & index partitioning

    It covers an optimal strategy meant for indexing, archiving with the use of tables and partitions, and designing column indexes as well as XML ones.

  • Building a strategy for migration, upgrading, and consolidation

    This area goes into minimal downtime upgrades, designing cross-cluster migrations, planning database deployment that includes Windows PowerShell, contained databases, and Server Core, migrating query plans, using Distributed Replay Controller in a designing migration strategy, and creating a virtualization strategy for SQL Server.

  • Defining SQL Server instances

    It includes identifying hardware aimed at new instances, designing CPU affinity, clustered instances with the use of Microsoft Distributed Transaction Control (MSDTC), instance memory allocation, installation strategies that include slipstream, SMB file server, and sysprep, and chaining for cross db ownership.

  • Designing backup and recovery

    In such a topic, you'll deal with a backup strategy, database snapshot strategy, proper recovery models, backup strategy for system database, and Tail-Log backup.

The next tested area discusses Creating Databases and Objects for Databases. This is what it concerns in details:

  • Designing a model for database

    Within this scope, you'll be exposed to logical schema, data access & data layer infrastructure, database schema, security architecture, cross-server instance database model that include security, providers, linked services, distributed partitioned views, Service Broker, and distributed transactions.

  • Describing tables

    It’s about designing tables properly that includes temp tables, physical tables, temp table variables, columnstore indexes, common table expressions, user-defined table types, In-Memory OLTP, FILETABLE, & FILESTREAM, views & table valued functions, a compression strategy, which includes row alongside page, and selecting proper data types & computed columns.

  • Constituting for concurrency

    This sector concerns developing a strategy that maximizes concurrences, defining a strategy for locking & concurrency, transaction isolation strategy, which includes server database & session, and triggers for concurrency.

  • Creating stored procedures for T-SQL

    Such a domain explains stored procedures, designing a data access strategy with the use of stored procedures, proper parameters for stored procedures, which include input, output & Table Valued, error handling, and In-Memory OLTP strategy aimed at stored procedures.

  • Making an automation strategy for management

    It’s about creating a solution for data archiving, designing automation & auditing, which includes alerts, jobs, SSIS, CDC, operators, Windows PowerShell, and DDL triggers, automating across multiple instances and databases, processing for data batch, database load test, deploying to various environments, including staging, development, and production.

  • Constructing for transactions

    This segment scrutinizes managing transactions that include savepoint, time, and mark, implicit & explicit transactions, ensuring data integrity with the usage of transactions, error handling targeting transactions, which include THROW, TRY, and CATCH.

The third domain goes into Defining Database Security. This is broken further into these subdomains:

  • Creating an app strategy for supporting security

    It touches on designing security, which includes security roles, encryption, signed stored procedures, EXECUTE AS, contained logins, and credentials, implementing schemas alongside schema security, and security maintenance, which includes SQL logins, permissions, mirroring, and integrated authentication.

  • Designing database, object, and schema security permissions

    Tasks detailed here spin around database schema that satisfy security requirements, ownership chaining, schema ownership, and cross database chaining.

  • Making up configurations for instance-level security

    Here, you’ll get enlightened on separating duties with the use of different login roles, choosing an authentication type that includes logon triggers, certificates, and regulatory requirements, data encryption that includes database master key & configuration, triggers for Data Description Language (DDL), and defining a secure service account.

The final objective about Outlining a Solution for Troubleshooting & Optimization discusses the following:

  • Designing a strategy for maintaining database servers

    This concerns maintenance plans, index maintenance that includes rebuild, statistics, defragmentation, thresholds, offline, and online rebuilds, physical & logical consistency (DBCC), database files that include MDF, LDF, garbage collection, and In-Memory OLTP, and retention policy.

  • Troubleshooting and resolving concurrency issues

    In this area, candidates will get familiar with examining deadlocking issues with the use of SQL Server logs & trace flags, reporting database architecture that includes replicated database, monitoring concurrency, which includes Dynamic Management Views (DMV), diagnosing blocking, which includes deadlocking and live locking, diagnosing waits, using Extended Events, and implementing query hints to enable an increase in concurrency.

  • Outlining and implementing a solution for high availability

    Tasks here include configuring failover clustering that includes multi-subnet, designing readable mirrors, creating highly available configuration bearing low time for recovery, designing and ensuring uptime requirements, which include monitoring & patching, replication architecture, and implementing AlwaysOn Availability Groups & AlwaysOn failover clusters.

  • Making up a solution for monitoring performance & concurrency

    It’s about identifying counters for a performance monitor, controlling for bottlenecks and performance, which includes Wait Stats, designing a strategy for query monitoring & review, checking for missing statistics.

  • Constituting a solution for monitoring within the instance level

    Here, one should have abilities in designing auditing strategies that include Event Traces, Extended Events, SQL Audit, event-based or profiler-scheduled maintenance, DMV usage, and Performance Monitor, setting up monitoring for file & table growth, collecting performance indicators & counters, creating jobs for monitoring server health, and auditing with the use of Windows Logs.

Career Opportunities, Job Roles, and Salary

The MCSE: Database Management and Analytics proves the presence of an individual’s broad knowledge and skills in building data solutions for the enterprise, in SQL administration, and in leveraging BI data in environments related to cloud alongside on-premise. Job roles to opt for with such a certificate are a database designer, database engineer, database management analyst, database analyst, database administrator, and BI analyst. displays the salary for the MCSE certified professionals at about $98k yearly.

What’s Next Plan after MCSE?

Since this certification is of the expert-level, you can choose another domain and start from the associate-level certificates to expand your knowledge and skills or you can reinforce your excellent data analysis skills with any other certificate availed by the varied certification vendors like Cisco, Oracle, or CompTIA. Of course, while choosing which one to take, it’s best that you consider the plans that you have regarding your career.