RAKESH GANGASANDRA SRIDHAR

Project: Enterprise Digital Asset Management (DAM) Optimization
Description: Optimizing the organization's digital asset platform to efficiently organize, store, retrieve, and share content throughout its entire lifecycle.

• Analyze existing DAM infrastructure to identify workflow inefficiencies and design scalable systems for managing high volumes of digital assets, including images, videos, and documents.
• Manage the installation and configuration of DAM software, including UI customization, metadata structure design, and the definition of user access rights and security protocols.
• Troubleshoot and resolve critical system issues to ensure seamless digital asset ingestion, storage, and retrieval.
• Monitor system performance reports regularly to optimize storage, processing speed, and overall system health.
• Document system configurations and train users on best practices to ensure high adoption of the DAM platform.

Project: Digital Asset Management (OpenText Media Management)
Description: A centralized enterprise system built on OTMM designed to store, manage, stream, and share digital assets across the organization.

• Platform Development: Developed and optimized a scalable DAM platform on OTMM, supporting the end-to-end digital asset lifecycle from ingestion to distribution.
• API & Backend Engineering: Engineered RESTful APIs, custom data processing workflows, and Java-based batch jobs using JAX-RS (Jersey) and Spring frameworks to facilitate integration with diverse enterprise applications.
• Database Architecture: Designed database schema models and managed asset metadata to ensure high integrity, security, and efficient query performance.
• Security & Compliance: Administered user permissions and security policies to safeguard sensitive digital assets while ensuring strict audit compliance.
• System Upgrades: Upgraded the DAM system to the latest OTMM releases to enhance performance, security, and system functionality.
• Release Leadership: Led application deployment, installation, configuration, and peer code reviews; supervised User Acceptance Testing (UAT) for all software releases.

Project: Video Player and Video Analytics
Description: A customized video streaming and analytics solution integrated into the DAM platform to facilitate seamless video asset delivery and real-time playback telemetry.

• API Design: Designed, built, and maintained RESTful APIs using the Spring Boot framework to manage requests for video content, user profiles, and analytics data.
• Media Pipelines: Engineered automated mechanisms for ingesting and managing video assets, integrating them with media processing pipelines for multi-format encoding and transcoding.
• NoSQL Management: Designed and managed MongoDB schemas to ensure the efficient storage and retrieval of video metadata and large-scale analytics datasets.

Project: Metadata Services
Description: A document metadata storage system designed to store, manage, and query document metadata using Neo4j, a native graph database.

• Graph Services: Developed RESTful Web Services using the JAX-RS (Jersey) framework to index, update, and query document metadata within the Neo4j database.
• Schema Optimization: Designed the graph schema (Nodes, Relationships, and Properties), optimized Cypher queries for performance, and managed database indexing and constraints.
• Testing: Performed comprehensive testing by writing unit test cases using JUnit and Mockito, alongside conducting thorough integration testing.

• Analyzed claims data to identify trends and discrepancies, enhancing accuracy in processing.
• Reviewed claim submissions for compliance with regulatory guidelines, ensuring adherence to industry standards.

• Analyzed claims data to identify trends and improve processing accuracy.
• Collaborated with cross-functional teams to resolve complex claims issues efficiently.
• Reviewed and processed insurance claims in accordance with company policies and procedures.