Sivalingam Esvaramurthy

Led offshore development team as Technical Architect, driving solution design and technical delivery.

Collaborated with onshore product owners to refine backlog and prioritize technical requirements.

Designed serverless applications using AWS Lambda, enhancing data flow with S3 and API Gateway.

• Provided architectural leadership on design patterns and optimization for Java and Node.js microservices.
• Facilitated adoption of GitHub Copilot, boosting developer efficiency and code quality.
• Conducted code reviews, established best practices, and ensured compliance with security standards.
• Supported CI/CD pipelines and deployment automation through collaboration on DevOps initiatives.
• Mentored team members to cultivate a culture of technical excellence and continuous improvement.

Architected resilient microservices utilizing Java 8+, Spring Boot, and Azure tech stack.

Established Agile-driven sprints and TDD culture, reducing production defects by 20%.

• Participated in review and planning meetings to facilitate sprint planning.
• Developed code using test-driven development methodologies to enhance reliability.
• Managed build deployment processes with Jenkins to ensure streamlined delivery.
• Conducted thorough code reviews, providing constructive feedback to team members.
• Guided team members through technical challenges to foster skill development.
• Assigned tasks effectively to optimize team productivity and project outcomes.

Conducted requirement analysis, design, development, and testing of product deliverables.

Created user stories, functional specifications, and design documents for high-level and low-level architecture.

Executed coding aligned with low-level designs and wireframes to ensure product accuracy.

Facilitated build deployment through Jenkins while conducting code reviews via merge requests.

Reviewed team members' code and assigned tasks to enhance productivity and quality.

• Guided team members in overcoming technical challenges, fostering skill development.

Estimated backlog item sizes for effective project prioritization and resource allocation.

Translated backlog items into detailed engineering designs and logical work units.

Evaluated technical feasibility to confirm project viability.

Implemented backlog items to fulfill project requirements and specifications.

Conducted unit testing with JUnit to ensure functionality accuracy.

Wrote and verified code, ensuring adherence to acceptance criteria for quality assurance.

Corrected code compliance issues using Sonar to enhance overall code quality.