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Beginner-Friendly Learning
Start with database fundamentals before progressing to advanced SQL and database programming.
Build practical database development skills with Codelyra's Database Developer Course in Chennai. Learn SQL, relational database concepts, database design, normalization, stored procedures, functions, triggers, indexing, query optimization, transactions, and database integration through hands-on training.
The course is designed for beginners, graduates, software professionals, testers, developers, and career switchers who want to build a strong foundation in database development and SQL programming.
Beginner-to-Advanced Database Development Curriculum
SQL & Relational Database Concepts
Database Design & Normalization
MySQL & PostgreSQL
PL/SQL Fundamentals
Stored Procedures & Functions
Triggers & Views
Indexing & Query Optimization
Transactions & Database Security
API & Application Database Integration
6 Industry-Relevant Capstone Projects
2+ Certifications
Placement & Career Support
Flexible Timing
EMI Options
Choose a batch based on your schedule and learning requirements.
| Batch Type | Suitable For | Learning Approach |
|---|---|---|
| Weekday Batch | Students & Job Seekers | Regular instructor-led training |
| Weekend Batch | Working Professionals | Weekend-focused sessions |
| Flexible Batch | Busy Learners | Flexible scheduling |
| Fast-Track Batch | Intensive Learners | Accelerated learning |
Whether you're starting with SQL or looking to strengthen your database programming skills, a structured database development course can help you progress from basic queries to designing and optimizing production-oriented databases.
Modern applications depend heavily on databases. A database developer needs more than the ability to write simple SQL queries.
You need to understand how data is structured, stored, retrieved, validated, secured and optimized. Codelyra's training focuses on these practical database development skills.
Start with database fundamentals before progressing to advanced SQL and database programming.
Learn how to write queries for:
Understand how to design databases that are structured, maintainable, and suitable for application requirements.
Work with:
Learn how indexes, execution plans, query structure, and database design affect application performance.
Understand how databases interact with:
Complete six practical projects covering domains such as e-commerce, banking, healthcare, and employee management.
Career-oriented support can include:
Progress from SQL fundamentals and database design to advanced programming, optimization, application integration, and practical project work.
Follow a structured Database Development Syllabus from beginner to advanced. Build your foundation in databases and SQL, then progress into database design, programming, performance optimization, security, application integration, cloud databases, and practical project development.
Build a strong foundation in relational databases and SQL.
Learn to structure databases and write more advanced queries.
Develop reusable database-side logic using procedures, functions and triggers.
Work with widely used relational database platforms and database programming concepts.
Understand how to build reliable, secure and performance-conscious databases.
Connect databases with backend applications and REST APIs.
Explore cloud database concepts and practical database development workflows.
Apply database development concepts through projects and career-focused practice.
Develop practical Database Developer skills across SQL programming, database design, relational databases, application integration, performance optimization, security and cloud database fundamentals.
By completing the program, learners can develop a broad set of database development skills that can be applied to database-driven applications and backend development workflows.
Apply database development concepts through a structured workflow that moves from requirements and design to testing, optimization and deployment.
Get familiar with commonly used database platforms, development tools, programming technologies, version-control tools and cloud database services used across database development workflows.
Relational database development
Advanced relational database development
Enterprise database concepts
Oracle database programming
Database querying
Database design & development
PostgreSQL management
Oracle development
Version control
Project management
Database connectivity
Application-database integration
Backend database integration
Cloud database concepts
Work across database platforms, SQL development, database administration tools, application connectivity, version control and cloud database fundamentals as part of a practical learning workflow.
Build practical database projects based on real-world business scenarios. These capstone projects provide opportunities to apply SQL, database design, programming, transactions, optimization, security and application integration concepts.
Work through different database use cases, from relational database design and transaction management to backend API integration.
Design and develop a relational database for an e-commerce platform.
Database design, SQL, joins, constraints and transactions.
Build a database for managing customers, accounts and financial transactions.
Design a database for managing patients, doctors and appointments.
Use joins, subqueries, views, procedures and reporting queries to retrieve useful information.
Create a database for employee management and payroll processing.
Database normalization, SQL, stored procedures, functions, triggers and reporting.
Build a database to track inventory movement and supplier operations.
Relational database design, SQL analytics, indexing, views and query optimization.
Design the database layer for a real-world application and connect it with a backend API.
Build practical database development skills through structured learning, hands-on projects, performance-focused concepts and career-oriented support.
Flexible learning schedules can help students and working professionals balance training with their existing commitments.
Earn applicable Codelyra course certifications based on the program requirements.
Explore available EMI options, subject to eligibility and applicable terms.
Career-oriented assistance can include:
Build practical database solutions across e-commerce, banking, healthcare, payroll, inventory and application development.
Go beyond basic SQL and learn database indexing, execution plans, transactions and query optimization.
Strengthen your SQL knowledge, work on real-world database projects and develop skills that support application development and database performance.
Enquire NowFind answers to common questions about database development, SQL, course eligibility, projects, technologies and career-oriented learning.
A database developer designs, develops and maintains database structures, SQL queries, stored procedures, functions and other database components used by applications and business systems.
SQL is a fundamental skill, but professional database development generally requires additional knowledge of database design, normalization, programming, transactions, indexing, performance optimization and application integration.
The curriculum can include MySQL, PostgreSQL and Oracle/PLSQL concepts, giving learners exposure to different relational database environments.
Yes. The curriculum begins with database and SQL fundamentals before progressing to advanced SQL, database programming, optimization and application integration.
You can start without advanced programming knowledge. However, programming becomes useful when connecting databases with applications and APIs.
A Database Developer focuses primarily on database design, SQL, stored procedures, functions, application integration and query optimization.
A Database Administrator (DBA) generally focuses more on database operations, availability, backup, recovery, monitoring, security and infrastructure administration.
There can be overlap between the two roles.
Yes. Database design topics include ER modeling, relationships, primary and foreign keys, normalization, constraints and schema design.
Yes. Advanced SQL topics can include CTEs, subqueries, window functions, views, complex joins, analytical queries and query optimization.
Normalization is a database-design technique used to organize data and reduce unnecessary duplication while maintaining data integrity.
Yes. The syllabus includes stored procedures, functions, triggers, cursors and database programming concepts.
Yes. The proposed curriculum includes six capstone projects covering e-commerce, banking, healthcare, payroll, inventory and application database integration.
Yes. Modern database developers can work with managed cloud database services. The curriculum introduces cloud database concepts and AWS RDS fundamentals.
Career-oriented placement support can include resume guidance, interview preparation, technical discussions and job-readiness assistance. Placement support should not be presented as a guaranteed job.
Database skills remain useful across software applications, enterprise systems, analytics platforms and backend applications. Learning SQL alongside database development, cloud and application integration can broaden career opportunities.
Speak with the Codelyra course team to understand the curriculum, learning format, batch options and available course support.
Enquire Now