SQL Server Developer Training Course helps you to gain insights on the data and to manage a hybrid cloud environment. This training course will enable you to attain mastery in managing database solutions and several processes over databases and to drift them to the cloud and to scale them as per the requirement.

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SQL Server Developer Course

SQL Server Developer training Course is framed by highly qualified and experienced IT professionals as per the current industry requirements and to match every learner who intends to learn SQL and operate in the IT industry. In this limited training period, you will acquire hands-on experience and strong core basics to advanced concepts deeply in various concepts namely SQL architecture, types of databases, the relationship between the client/server, methods to deploy various functions, operators to design relational databases, ways to transform the data through T-SQL, stored procedures, views, trigger concepts, use of records to search, sort, group, index, tools in SQL server, services, DB administrator, types, backup and restoring databases and many more.

We offer this SQL Server Developer training and hence aspirants can learn this course with high flexibility in both weekends/weekdays and in your flexible time schedules. Candidates who wish to function in the industries such as Computer Software, Retail Sector, etc., join with the top-rated training industry and learn SQL Server Developer Training Course.    

This training course will help you to get good command over the fundamentals of SQL, relational databases, queries/sub-queries, unions, joins and many more. The entire training sessions will be efficiently handled by working professionals from leading IT companies such as IBM, DELL, Microsoft, Accenture, Infosys, etc., This elaborative training session will be managed by well experienced IT experts who impart you high-quality training which supports you to pursue the SQL by clearing the exam easily. The average compensation gained by an SQL developer is $73242 per annum.     

Upcoming Training Batches

Yuva Sakthi Academy provides flexible timings to all our students. Here is the SQL Server Developer Training Course Schedule in our branches. If this schedule doesn’t match please let us know. We will try to arrange appropriate timings based on your flexible timings.

Time Days Batch Type Duration (Per Session)
8:00AM - 12:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
12:00PM - 5:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
5:00PM - 9:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs

SQL Server Developer Course Syllabus

MS SQL Training Concepts

DBMS introduction

  • What is mean by DBMS and its usage?
  • Introduction to the relational databases
  • Difference between relational and non-relational databases
  • Different types of DBS available in the market
  • Different version of MS SQL server

SQL introduction

  • Why we are using SQL in DBMS?
  • What is SQL and introduction to the SQL scripts?

Walkthrough to the SSMS IDE

  • Important icons and options in SSMS
  • Get to know all the features in SSMS

SQL commands (DDL, DML, DCL, TCL)

  • Types of SQL commands
  • DDL:
  • DML:
  • DCL:
  • TCL:


  • Types of SQL constraints
  • Primary key
  • Foreign key
  • Unique key
  • Not null
  • Default constraint
  • Check constraint

Data types in SQL and UDD

  • Integer datatypes
  • String datatypes
  • Date time data types
  • UDD-User Defined Data types

Operators in SQL

  • Arithmetic operator
  • Logical operator
  • Comparison operator

Variables in SQL

  • Variable definition
  • Types of variables
  • Local variables
  • Global variables
  • MS SQL Training Concepts

System functions

  • What is meant by system functions?
  • Different types of system functions available in sql server?
  • Aggregate functions
  • Mathematical functions
  • String functions
  • Date time functions
  • Other functions


  • What is meant by identity?
  • how to manually insert a value in identity column?
  • How to reseed identity column values?
  • How to get the last generated identity values?


  • What is meant by sequence?
  • How to create a sequence?
  • Reseeding a sequence object
  • How to get the last generated seq value?
  • Difference between identity and sequence?
  • Order by, group by, top, distinct, having clause and alias


  • Definition – CTE
  • CTE creation and usage
  • How to use CTE to delete the duplicate records?


  • What is meant by schema?
  • How to create and drop a schema in sql server?

SQL Joins

  • What is meant by joins in sql?
  • Types of joins
  • Inner join
  • Outer join
  • Left join
  • Right join
  • Full join
  • Cross join
  • MS SQL Training Concepts


  • What is mean by subquery?
  • Types of subqueries
  • Independent subquery
  • Co related subquery

SET operations

  • Types of set operations in sql
  • Union
  • Union all
  • Intersect
  • Except
  • Pre-conditions to use a set operator
  • Difference bw union and union all?

Temp tables

  • How to create temp tables
  • Types of temp tables
  • Local temp table
  • Global temp table
  • Difference between local and global temp table?

Table variables

  • How to define and create table variables
  • Difference between temp tables and table variables in sql server.?

Ranking functions

  • Types of ranking functions
  • Row_number()
  • Rank()
  • Dense_Rank()
  • Ntile()
  • Pre-Conditions to use ranking functions


  • What are views in sql ?
  • Usage of views
  • Limitations of view in sql

Stored procedures

  • Definition- stored procedure
  • Types of SP
  • System stored procedure
  • User defined stored procedure

MS SQL Training Concepts

  • How to create execute and drop stored procedure/
  • Advantages of SP


  • Definition- functions
  • Types of functions
  • Scalar functions
  • Inline table valued functions
  • Multi statement table valued functions
  • Deterministic and non-deterministic functions
  • Difference between in line and multi statement functions?


  • Definition – triggers
  • Types of triggers
  • DML triggers
  • DDL triggers
  • Logon triggers
  • How to enable and disable a trigger
  • Magic tables in SQL Server


  • Definition –cursors
  • Types of cursors
  • ANSI cursor (or) Forward cursor
  • Enhanced cursor (or) Scroll cursor
  • Life cycle on a cursor

Indexes and statistics

  • What is meant by index?
  • Types of indexes?
  • How to create statistics?

Execution plan and performance tuning concepts

  • How to identify the estimated and actual execution plan?
  • Important concepts in execution plan
  • Index fragmentation
  • Rebuild index
  • Reorganize index

Linked servers

  • Linked server creation and its usage

Backup and Restore:

  • Types of back up files
  • How to take back and restore in sql?
  • How to automate these activities?

MS SQL Training Concepts
SQL Profiler:

  • Introduction to the sql server agent
  • How to capture different events in sql profiler

SQL Agent

  • Job creation
  • Job configuration and scheduling of the job
  • Error handling in SQL Agent

Import and export:

  • How to do import and export in SQL server?

Trainer Profile of SQL Server Developer Training Course

Our Trainers provide complete freedom to the students, to explore the subject and learn based on real-time examples. Our trainers help the candidates in completing their projects and even prepare them for interview questions and answers. Candidates are free to ask any questions at any time.

  • Trained more than 2000+ students in a year.
  • Strong Theoretical & Practical Knowledge.
  • Certified Professionals with High Grade.
  • Expert level Subject Knowledge and fully up-to-date on real-world industry applications.
  • Trainers have Experienced on multiple real-time projects in their Industries.
  • Our Trainers are working in multinational companies such as CTS, TCS, HCL Technologies, ZOHO, Birlasoft, IBM, Microsoft, HP, Scope, Philips Technologies etc

SQL Server Developer Training Exams

Yuva Sakthi Academy is Accredited by all major Global Companies around the world. We provide after completion of the theoretical and practical sessions to fresher’s as well as corporate trainees.

Our at Yuva Sakthi Academy is accredited worldwide. It increases the value of your resume and you can attain leading job posts with the help of this in leading MNC’s of the world. The is only provided after successful completion of our training and practical based projects.

Key Features of Our Training Institute


One on One Teaching


Flexible Timing


Fully Practical Oriented Classes


Class Room Training


Online Training


Corporate Training


100 % Placement

Projects in SQL Server Developer Training Course

Sales Pipeline Dashboard

Build a dashboard to get a clearer view of your sales pipeline and know where your leads are coming from, so that you can double down on your efforts there to meet your targets.

Sales Growth Dashboard

Build a dashboard to measure your sales team’s performance and how much revenue can be raised within a specific time frame.

Healthcare Data Dashboard

The SQL Server Developer Training Healthcare Data dashboard for hospital managers to manage and identify patients’ risk from one screen.

Training Courses Reviews

I highly recommend the computer training institute for anyone who wants to improve their computer skills. The instructors are knowledgeable and patient, and they create a comfortable and supportive learning environment. The curriculum is well-structured and covers a range of topics, from basic computer operations to advanced programming languages.



*Right place to learn new technologies *Self motivated staffs ... *This institution is a good start for emerging youngster who has a passion in their life I have trained for core Java. It was very useful to learn java from basic level. *The trainers are knowledgeable and real time worked employees. I like this institutions be hope with us. You are really reached your goals....


Harish Arjunan

One of the best academy to easy learn tally prime from kalpana mam one to one teaching is very excellent ..,coaching is very good and motivational person are here ...great service and excellent teach and friendly staff, good environment and comfortable to learn easily Thank you for wonderfull guide mam. ....


Priya Mohan

Frequently Asked Questions

What are the advantages of using SQL Server over other database systems?

SQL Server offers several advantages that make it a preferred choice for many organizations:

  • Scalability: SQL Server scales efficiently from small databases to large, enterprise-level databases without compromising performance.
  • Security: It provides robust security features such as encryption, role-based access control (RBAC), and auditing to protect sensitive data.
  • High Availability: SQL Server supports features like AlwaysOn Availability Groups and Failover Clustering for high availability and disaster recovery.
  • Performance: Optimized query execution plans, in-memory processing with columnstore indexes, and efficient indexing options enhance query performance.
  • Integration Services: Built-in ETL (Extract, Transform, Load) capabilities with SQL Server Integration Services (SSIS) simplify data integration and migration tasks.
  • Business Intelligence: SQL Server Analysis Services (SSAS) and SQL Server Reporting Services (SSRS) provide powerful tools for business intelligence and reporting.
  • Cloud Integration: SQL Server integrates seamlessly with Azure SQL Database and Azure SQL Managed Instance, enabling hybrid cloud scenarios and flexible deployment options.
  • Developer-Friendly: Support for T-SQL (Transact-SQL), .NET framework integration, and extensive documentation and community support make SQL Server developer-friendly.
  • Comprehensive Toolset: SQL Server Management Studio (SSMS) and SQL Server Data Tools (SSDT) offer a rich set of tools for database administration, development, and monitoring.
  • Licensing Options: SQL Server provides flexible licensing options, including per-core and subscription-based models, catering to different budget and deployment needs.

These advantages make SQL Server a versatile and powerful relational database management system for modern enterprise applications.

What are SQL Server indexes and why are they important?

SQL Server indexes are data structures associated with database tables that improve the speed of data retrieval operations on those tables. They are important because:

  • Improving Query Performance: Indexes allow SQL Server to quickly locate rows in tables based on the indexed columns, reducing the time required to retrieve data.
  • Enforcing Uniqueness: Unique indexes ensure that no two rows have the same value in specified columns, maintaining data integrity.
  • Supporting Constraints: Indexes can enforce primary key and foreign key constraints, ensuring relational integrity in the database.
  • Optimizing Joins: Indexes facilitate efficient join operations between tables, especially when joining on indexed columns.
  • Reducing Disk I/O: By storing index data in a structure optimized for quick access, indexes minimize the amount of disk I/O required for data retrieval.
  • Supporting Filtered Queries: Filtered indexes allow optimization of queries that select a subset of rows based on a condition.
  • Facilitating Covering Queries: Covering indexes include all columns required by a query, allowing SQL Server to satisfy the query from the index itself without accessing the table.
  • Statistics Generation: Indexes enable SQL Server to automatically generate statistics that help the query optimizer generate efficient execution plans.
  • Monitoring and Maintenance: Regularly monitoring index usage and performing maintenance tasks such as index rebuilds and defragmentation helps optimize database performance over time.

Effective use of indexes is crucial for optimizing SQL Server performance and ensuring efficient data access in relational databases.

What is SQL Server AlwaysOn Availability Groups?

SQL Server AlwaysOn Availability Groups is a high-availability and disaster recovery feature that provides a set of options to improve database availability and support a failover environment. Key aspects include:

  • Failover Clustering: Ensures that if a SQL Server instance fails, another instance can take over and continue to process transactions.
  • Automatic Failover: Enables SQL Server to automatically switch from a failing primary replica to a synchronized secondary replica without manual intervention.
  • Readable Secondary Replicas: Allows offloading read-only workloads to secondary replicas, improving overall database performance.
  • Multiple Replicas: Supports configuring multiple synchronous or asynchronous replicas across different geographical locations for disaster recovery purposes.
  • Integrated with Windows Server Failover Clustering (WSFC): Utilizes WSFC for automated failover management and resource coordination.
  • Load Balancing: Distributes read-only workload among readable secondary replicas to optimize performance and resource utilization.
  • Transparent Failover: Ensures minimal disruption during failover operations, maintaining database availability and minimizing downtime.
  • Support for Hybrid Environments: Integrates with Azure Virtual Machines (VMs) and Azure SQL Database Managed Instances for hybrid cloud scenarios.
  • Enhanced Security and Compliance: Provides secure communication between replicas and supports encryption and auditing features for compliance requirements.

SQL Server AlwaysOn Availability Groups enhances database availability and disaster recovery capabilities, making it suitable for mission-critical applications and enterprise deployments.

How does SQL Server handle transactions?

SQL Server uses a transactional model to ensure data integrity and consistency. Key features of SQL Server transactions include:

  • ACID Properties: Transactions in SQL Server adhere to the ACID properties (Atomicity, Consistency, Isolation, Durability) to maintain data reliability.
  • Begin Transaction: Starts a new transaction explicitly or automatically when executing a SQL statement that modifies data.
  • Commit Transaction: Saves all modifications made during the transaction to the database permanently if the transaction completes successfully.
  • Rollback Transaction: Reverts all modifications made during the transaction to maintain data consistency if an error or exception occurs.
  • Savepoints: Allows defining savepoints within a transaction to provide a rollback point for partial transaction rollback.
  • Concurrency Control: Manages concurrent access to data by multiple transactions to ensure isolation and prevent data integrity issues.
  • Transaction Log: Records all transactions and modifications made to the database to support transaction recovery, rollback, and replication.
  • Distributed Transactions: Supports transactions that span multiple databases or servers, ensuring consistency across distributed systems.
  • Deadlock Detection: Identifies and resolves deadlocks automatically by choosing a victim transaction to roll back and release resources.
  • Transaction Isolation Levels: Offers different isolation levels (e.g., Read Uncommitted, Read Committed, Repeatable Read, Serializable) to control the visibility of data changes to concurrent transactions.

SQL Server's transaction handling capabilities ensure data integrity, consistency, and reliability, supporting robust database operations and application transactions.

What is SQL Server Management Studio (SSMS) and how is it used?

SQL Server Management Studio (SSMS) is an integrated environment used to manage SQL Server databases and instances. Key features and uses of SSMS include:

  • Database Management: SSMS allows administrators to create, delete, modify, and manage databases, tables, views, stored procedures, and other database objects.
  • Query Editor: Provides a powerful interface for writing and executing T-SQL queries against SQL Server databases.
  • Object Explorer: Offers a hierarchical view of SQL Server instances, databases, and objects, enabling easy navigation and management.
  • Backup and Restore: Supports backup and restore operations for databases, providing options for full, differential, and transaction log backups.
  • Performance Monitoring: Includes tools for monitoring SQL Server performance, analyzing query execution plans, and identifying performance bottlenecks.
  • Security Management: Allows configuring server and database-level security settings, managing users, roles, permissions, and auditing database activities.
  • Data Import and Export: Facilitates importing data from external sources into SQL Server databases and exporting database objects and query results to various file formats.
  • Integration with Azure: Provides integration with Microsoft Azure services for managing Azure SQL Database and Azure SQL Managed Instance deployments.
  • Scripting and Automation: Supports scripting tasks and automating administrative tasks using PowerShell and SQL Server Agent.
  • Visual Tools: Includes graphical tools for creating and editing database diagrams, analyzing index fragmentation, and managing maintenance plans.

SSMS is essential for SQL Server administrators, developers, and database professionals for efficiently managing SQL Server instances and databases.

What are SQL Server Reporting Services (SSRS) and how are they used?

SQL Server Reporting Services (SSRS) is a server-based reporting platform that allows organizations to create, deploy, and manage reports to support business intelligence needs. Key features and uses of SSRS include:

  • Report Authoring: Provides tools for designing and creating interactive, tabular, graphical, and mobile reports using a variety of data sources.
  • Report Management: Allows publishing, scheduling, and managing reports centrally, providing access control and versioning capabilities.
  • Data Sources: Supports various data sources including SQL Server databases, Oracle, ODBC, OLE DB, XML, and custom data sources for report datasets.
  • Report Delivery: Enables delivering reports via email, file share, SharePoint, or through web-based and mobile portals for widespread accessibility.
  • Report Integration: Integrates with SharePoint and other Microsoft products, enabling embedding reports into applications and portals.
  • Interactive Reporting: Provides interactive features such as drill-down, drill-through, and parameterized reports for data exploration and analysis.
  • Subscription and Alerting: Supports report subscriptions to deliver reports at scheduled intervals and alerts based on data-driven conditions.
  • Security and Authentication: Implements role-based security and integrates with Active Directory for user authentication and access control.
  • Performance Optimization: Includes caching, snapshot reports, and report execution snapshots to optimize report performance and scalability.
  • Customization and Extensibility: Allows extending SSRS capabilities through custom report items (CRIs), custom data extensions, and report server extensions.

SSRS enhances decision-making and business intelligence by providing rich, interactive reports that enable users to analyze and visualize data effectively.

How does SQL Server handle concurrency control?

Concurrency control in SQL Server ensures that transactions operate correctly and efficiently in a multi-user environment. SQL Server implements concurrency control mechanisms such as:

  • Locking: Uses locks to control access to data resources, preventing simultaneous access that could lead to data inconsistency.
  • Isolation Levels: Provides different isolation levels (e.g., Read Uncommitted, Read Committed, Repeatable Read, Serializable) to manage the visibility of data changes to concurrent transactions.
  • Transaction Versioning: Uses row versioning and snapshot isolation to maintain multiple versions of rows, allowing read operations to access a consistent snapshot of data.
  • Deadlock Detection: Automatically detects and resolves deadlocks by choosing a victim transaction to terminate and release resources.
  • Concurrency Models: Supports optimistic concurrency control with row versioning, minimizing lock contention and improving concurrency for read-intensive workloads.
  • Resource Governor: Allows prioritizing and limiting resource usage for concurrent transactions, ensuring fair resource allocation and preventing performance degradation.
  • Lock Escalation: Optimizes resource usage by converting fine-grained locks into fewer coarse-grained locks when managing large data sets.
  • Monitoring and Tuning: Provides tools and DMVs (Dynamic Management Views) to monitor lock activity, identify concurrency issues, and optimize database performance.
  • High Concurrency Workloads: Supports high concurrency workloads through scalable architecture and optimization techniques for multi-threaded processing.

SQL Server's concurrency control mechanisms ensure data consistency, transactional integrity, and optimized performance in multi-user database environments.

What is SQL Server Always On and how does it work?

SQL Server Always On is a high-availability and disaster recovery feature that provides redundancy and failover capability for SQL Server databases. Key aspects of SQL Server Always On include:

  • Availability Groups: Groups multiple databases into availability replicas for failover and redundancy.
  • Automatic Failover: Supports automatic failover of databases to secondary replicas in case of primary replica failure.
  • Readable Secondary Replicas: Allows read-only access to secondary replicas for offloading read-intensive workloads.
  • Synchronous and Asynchronous Commit: Supports synchronous and asynchronous data replication between primary and secondary replicas for different recovery objectives.
  • Listener: Provides a virtual network name and IP address for connecting to the current primary replica, enabling seamless client connections during failover.
  • Monitoring and Alerts: Includes monitoring capabilities and alerts for availability group health, replica synchronization, and failover events.
  • Failover Modes: Supports automatic and manual failover modes, with options to prioritize availability and data protection.
  • Integration with Windows Server Failover Clustering (WSFC): Leverages WSFC for cluster management and quorum configuration to ensure high availability and fault tolerance.
  • Disaster Recovery: Provides disaster recovery solutions by maintaining secondary replicas in remote locations for geographic redundancy.
  • Scaling Out: Enables scaling out read workloads by distributing read-only queries across multiple secondary replicas.

SQL Server Always On enhances database availability, minimizes downtime, and provides robust disaster recovery capabilities for critical business applications.

What is SQL Server Integration Services (SSIS) and how is it used?

SQL Server Integration Services (SSIS) is a platform for building enterprise-level data integration and transformation solutions. Key features and uses of SSIS include:

  • Data Integration: Extracts data from various sources, transforms it using built-in transformations or custom scripts, and loads it into destination systems.
  • ETL (Extract, Transform, Load): Automates ETL processes to cleanse, enrich, and integrate data from heterogeneous sources into data warehouses or operational databases.
  • Workflow Automation: Designs workflows using control flow elements such as tasks, containers, precedence constraints, and event handlers to orchestrate data flow operations.
  • Connectivity: Supports connectivity to a wide range of data sources including SQL Server, Excel, flat files, OLE DB, ODBC, and cloud-based platforms.
  • Data Transformation: Includes data transformation tasks for sorting, aggregating, pivoting, merging, and performing complex transformations on data sets.
  • Package Deployment: Deploys SSIS packages to SQL Server instances, file systems, or SSIS catalogs for execution and scheduling.
  • Error Handling and Logging: Implements error handling mechanisms, logging options, and event notifications to monitor package execution and troubleshoot failures.
  • Scripting and Custom Components: Allows scripting tasks and components using VB.NET or C#, and integrates custom components for specialized data processing requirements.
  • Integration with SQL Server: Integrates seamlessly with SQL Server databases, Analysis Services, Reporting Services, and other Microsoft data platform components.
  • Performance Optimization: Optimizes data integration performance through parallel execution, in-memory data transformation, and buffer management techniques.

SSIS empowers organizations to implement scalable, high-performance data integration solutions, streamline ETL processes, and support data-driven decision-making.

What are SQL Server indexes and why are they important?

SQL Server indexes are database objects that improve query performance by enabling quick retrieval of data rows based on indexed columns. Key aspects and benefits of SQL Server indexes include:

  • Fast Data Retrieval: Accelerates data retrieval operations by minimizing the number of data pages accessed during query execution.
  • Query Optimization: Improves query execution plans by providing efficient access paths to data rows, reducing query response time and resource consumption.
  • Clustered vs. Non-clustered Indexes: Supports clustered indexes (physically sorts and stores data rows) and non-clustered indexes (separate index structure with pointers to data rows).
  • Unique Indexes: Enforces uniqueness constraints on indexed columns, preventing duplicate values and ensuring data integrity.
  • Covering Indexes: Includes all columns required by a query in the index, allowing the query optimizer to satisfy queries entirely from the index structure.
  • Index Maintenance: Requires periodic maintenance (e.g., rebuilding, reorganizing) to optimize index performance, manage fragmentation, and reclaim storage space.
  • Filtered Indexes: Indexes a subset of rows based on a filter condition, improving query performance for frequently accessed data subsets.
  • Indexing Guidelines: Follows best practices for index design, such as considering query patterns, balancing index size versus query performance, and monitoring index usage.
  • Index Statistics: Maintains statistical information about index keys and distribution of data values, helping the query optimizer generate efficient execution plans.
  • Monitoring and Optimization: Utilizes tools and DMVs (Dynamic Management Views) to monitor index usage, identify index fragmentation, and optimize index performance.

SQL Server indexes play a crucial role in database performance tuning, query optimization, and enhancing overall system efficiency for mission-critical applications.

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