Sep 2022 – Present · 3 yrs 6 mos · Bengaluru, Karnataka, India · Hybrid

• Morgan Stanley is a global leader in financial services. Deployed on-site via Genpact, collaborating with client teams to deliver tailored solutions, streamline processes, and meet critical project deadlines in a high-pressure financial environment.
• Enterprise Java Project – Hexagonal Architecture & DDD: Designed and engineered a Java 17-based microservices ecosystem (20+ services) using hexagonal architecture, event-driven design, and Domain-Driven Design (DDD). Adopted a config-driven approach that improved scalability, reduced service onboarding time by 40%, enabled collaborative SPEL-based validations using PLSQL rules (cutting hardcoded logic by 90%), and improved system throughput by 25%.
• Angular 11 – Micro-Frontend & GenAI-Powered Email Rendering: Built features in an Angular 11 application using Micro-Frontend Architecture and config-driven rendering. Integrated GenAI in the Java backend to generate personalized HTML email content, stored as .eml via Blob, and triggered one-click email opens via programmatic download—boosting user interaction speed by 65%, reducing manual effort by 80%, and achieving 70% adoption within two weeks.
• Outlook VSTO Plugin with .NET/C#: Developed a robust Outlook plugin using Visual Studio Tools for Office (VSTO) and .NET Framework 4.8, integrating RESTful APIs to streamline workflows and increase productivity for 50,000+ users globally.
• Performance Optimization: Improved performance of Java applications by optimizing legacy codebases, leading to 30% faster load times and a 25% decrease in server resource consumption.
• CI/CD & Deployment: Led release management and maintained CI/CD pipelines using Gradle, Git, and Jenkins, reducing deployment time by 40%, eliminating 90% of manual errors, and improving delivery lead time by 80% within 2 months.
• Code Quality & Version Control: Contributed to code reviews and debugging, raising dependency freshness from 30% to 99% across five microservices in a single sprint.