Managed and optimized the Fund Management System and Trade Management System (microservices-based application), ensuring high availability, scalability, and security, while leading technical discussions, coordinating cross-functional teams, and serving as the key liaison between development, QA, and business stakeholders to align technical solutions with business objectives.
Assumed product ownership responsibilities, driving feature enhancements, prioritizing backlogs, and aligning development with business needs.
Contributed to software architecture design, API integrations, and system optimizations for high-frequency trading operations.
Improved software performance by 50% through comprehensive functionality, performance, and regression testing, identifying and resolving issues throughout the software development lifecycle (SDLC).
Participated in design reviews and risk assessments, identifying potential quality issues and recommending improvements, resulting in increased product robustness.
Conducted root cause analysis (RCA) investigations for defects and issues, providing actionable solutions and preventing future occurrences.
Associate Software Development Engineer | Project Trainee |Intern
Oct 2021 - May 2023
Applied High Availability (HA) architecture to the NEPSE Website, implementing a multi-server communication solution using Spring Boot, improving system reliability and user engagement by 30% in a high-traffic environment.
Refactored and optimized the Role-Based Access Control (RBAC) logic for the NEPSE Website (www.nepalstock.com) to enhance security and user management.
Designed and optimized SQL stored procedures, enabling efficient data retrieval, API development, and integration for real-time user-facing applications.
Implemented caching mechanisms using Redis, reducing database load and improving response times for frequently accessed data.
Worked on microservices-based architecture, gaining expertise in broadcast, multicast communication patterns, and inter-service messaging for scalability and fault tolerance.
Containerized and deployed services using Docker, enhancing portability, scalability, and deployment efficiency across different environments.
Developed and customized reports using BIRT and Jasper Reporting, enabling comprehensive data visualization and business analytics for stakeholders.
Led the design and development of the interactive website for the Motorable Local Roads Bridge Program (MLRBP), enabling visualization of completed and ongoing bridge projects across Nepal.
Implemented dynamic mapping features using the React-Leaflet library and GeoJSON, allowing users to interactively view bridge locations and project progress on an intuitive map interface.
Directed data management efforts, including data cleaning, schema creation, and organization of thousands of bridge-related data records for optimal display and filtering.
Developed and optimized backend services with MariaDB, designing efficient database schemas to handle large datasets and ensuring fast query responses for real-time data updates.
Containerized the application with Docker, streamlining deployment and ensuring consistency across development, testing, and production environments.
Collaborated with stakeholders to define project requirements and ensured the website aligned with the goals of the MLRBP to improve local infrastructure visibility.
Utilized MS Excel for preliminary data analysis, cleaning, and transformation before integrating into the website.