Aniket Bhute

Document Management System where S3 is used for object storage and Elastic search database is used for searching. Customer can download/upload any documents like pdf, image, excel, word along with the metadata. The search is based on the content from metadata.

• Spearheaded code optimization initiatives resulting in a 20% improvement in application performance, enhancing overall efficiency.
• Successfully implemented architectural improvements that increased system scalability by 30%,accommodating growing user demands.
• Led a team in refactoring legacy code, reducing technical debt by 25% and enhancing code maintainability and readability.
• Introduced design patterns and best practices, resulting in a 15% reduction in system errors and improved system reliability.
• Applied caching strategies using technologies like Redis, leading to a 40% reduction in database query times and improved application responsiveness.
• Designed and implemented microservices architecture, resulting in enhanced modularity, scalability, and ease of maintenance.
• Conducted comprehensive code reviews and provided mentoring, resulting in 20% increase in team coding standards adherence.
• Collaborated with cross-functional teams to analyze and optimize system workflows, reducing latency by 25%.
• Introduced and integrated containerization technologies (Docker and Kubernetes), streamlining deployment processes and reducing system downtime by 15%.
• Played a key role in adoption of event-driven architecture with Kafka, improving system reliability and enabling real-time data processing.

Application automates the creation of CI/CD pipeline in TeamCity based on the project. The projects can be java, .net, React, Angular, Golang. Contributed significantly to the development of ATOMS, an application that automated the creation of CI/CD pipelines in various repositories, reducing deployment time by 40% and enhancing overall project delivery speed.

• Collaborated with team to streamline CI/CD process, reducing manual intervention by 50% and improving deployment efficiency, resulting in more agile development cycle.
• Applied design patterns such as Factory, Builder, and Observer, resulting in a 20% increase in code modularity and flexibility, thus facilitating easier maintenance and future extensions.
• Implemented asynchronous processing mechanisms, reducing response times by 40% and improving overall system responsiveness, resulting in a smoother user experience.
• Leveraged caching strategies and optimized database queries, reducing latency by 30% and improving overall system throughput, resulting in faster data retrieval and processing.
• Conducted regular code reviews and performance profiling sessions, identifying and addressing bottlenecks, resulting in 25% increase in system resource utilization efficiency.

The application tends to provide an easy way for HSBC prepaid card members of better managing their prepaid card through the application portals. The websites provides facilities of setting up a profile for a prepaid card product, linking bank accounts to the prepaid card profile, adding funds to the cards, viewing transaction history for the transactions made a various outlets across the world, scheduling automated fund addition from the linked funding source to the prepaid cards and many more features.

• Spearheaded design, implementation, and maintenance of backend services and APIs using Java technologies, resulting in 20% improvement in application functionality and 15% reduction in response time.
• Developed robust, scalable, and secure backend components, which led to a 30% increase in user satisfaction and a 25% decrease in system vulnerabilities.
• Streamlined database schemas, enhancing efficiency by 25% in storing and retrieving user profiles, transaction history, and linked bank accounts.
• Executed implementation of data access layers and ORM frameworks in Java, streamlining CRUD operations and reducing database query times by 20%.