As a driven software developer, I’ve contributed to complex projects across Deloitte, Capital One, and Fusion Software Technologies. At Deloitte, I migrated 5000+ Oracle business rules to RedHat Drools using Java, improving accuracy and automation. At Capital One, I built secure, high-performance web applications using React.js and Spring Boot, enhancing scalability and reliability. Earlier at Fusion, I worked on microservice-based APIs and real-time systems with Kafka and Spring Cloud. Across all roles, I’ve collaborated with cross-functional teams and delivered high-quality, scalable solutions that solve real-world challenges.
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@CapitalOne
@CapitalOne
Project Title: Development of Scalable Financial Web Applications
Location: Capital One Financial, USA
Role: Software Engineer
Duration: September 2024 – Present
Summary: As a Software Engineer at Capital One, I contributed to the development of secure, high-performance financial web applications by leveraging React.js for front-end and Spring Boot for back-end services. My key responsibilities included optimizing RESTful APIs, implementing JWT-based authentication with ELK stack integration, and enhancing modular microservices to reduce response times and improve scalability. I automated CI/CD pipelines using Docker and Jenkins, significantly reducing deployment time and improving system reliability. I also collaborated with cross-functional teams to ensure continuous delivery within Agile sprints while maintaining 99.99% application uptime through effective use of AWS ECS, CloudWatch, and Elastic Load Balancing.
Business Rule Automation - Project Migration @Deloitte
Business Rule Automation - Project Migration @Deloitte
Project Title: Software Development for Business Rule Automation
Location: Deloitte Consulting USI, India
Role: Developer (Analyst)
Duration: July 2021 – July 2023
Summary: In my role as a Developer (Analyst) at Deloitte Consulting USI, I spearheaded initiatives to enhance and automate business processes using Java and the RedHat Drools rule engine. My responsibilities included the migration of existing Oracle business rules into the Drools Rule Engine, which improved automation and led to fewer defects and seamless transactions. I actively participated in cross-track and team design discussions, ensuring timely delivery of software artifacts and maintaining clear communication with the onshore team to address any design and development gaps. My role also involved analyzing business requirements, strategizing on better migration approaches, and performing rigorous unit and assembly testing to ensure that all deliverables met the stringent standards of the SDLC release timeline.
@Fusion Software Technologies
@Fusion Software Technologies
Project Title: Micro-services Development for Enterprise Applications
Location: Fusion Software Technologies, India
Role: Software Engineer
Duration: January 2019 – June 2021
Summary: At Fusion Software Technologies, I worked as a Software Engineer focusing on designing and implementing micro-services for enterprise-grade applications. I developed scalable APIs using Spring Boot and asynchronous communication with Kafka. I introduced reusable React hooks to streamline front-end development and improve maintainability. My responsibilities included implementing service discovery with Eureka, managing configurations via Spring Cloud Config, and ensuring resilient service communication with Ribbon. I participated in the full SDLC, from requirement analysis and system design to testing and deployment, contributing to faster development cycles and improved application responsiveness through GraphQL integration.
@Alliance University - Acadamic
@Alliance University - Acadamic
Project Title: Bird Voice Detection System
Location: Alliance College of Engineering and Design, Bangalore
Role: Project Lead / Software Developer
Summary: The Bird Voice Detection System was developed as my final project for the Bachelor of Technology degree at the Alliance College of Engineering and Design. This project aimed to create an automated system for the detection and recognition of tonal bird sounds in noisy environments, using the R programming language. By implementing machine learning algorithms like Random Forest and Convolutional Neural Networks, the project addressed significant challenges in ecological monitoring by reducing human disturbance and improving the accuracy of data collection. The system's ability to identify and classify bird calls from various environmental recordings is invaluable for biodiversity studies and conservation efforts.
E-Kart @Alliance University
E-Kart @Alliance University
Project Title: Online Electronic Product Ordering System
Location: Alliance College of Engineering and Design, Bangalore
Role: Student Developer (Bachelor of Engineering in Computer Science and Engineering)
Summary: During my Bachelor of Engineering program, I developed the Online Electronic Product Ordering System to provide an intuitive and user-friendly platform that simplifies the process of purchasing electronic products. Utilizing technologies such as Java, HTML5, CSS2, JavaScript, and MySQL, I designed and implemented a web application that enhances the online shopping experience. The primary goal was to create an informative and straightforward interface that allows users to easily browse, evaluate, and buy various electronic products. This project was focused on improving consumer engagement by offering a seamless and informative shopping environment, thereby elevating customer satisfaction and driving sales.
@TechCiti Technologies-Internship
@TechCiti Technologies-Internship
Project Title: Preventing and Detecting Data Discharge Analysis
Location: TechCiti Technologies Pvt. Ltd., Bangalore
Role: Intern Software Developer
Summary: During my internship at TechCiti Technology Pvt. Ltd., I developed "Preventing and Detecting Data Discharge Analysis," a web application designed to safeguard organizational data integrity. This project addressed the critical need for secure data management by monitoring and preventing data loss from various aspects within an organization. Utilizing a combination of Java, HTML, CSS, JavaScript, PHP, and MySQL, the application ensures that all data transactions are securely managed and audited. The system I developed not only enhances data security but also provides comprehensive reporting features that allow for real-time monitoring and analysis of data transactions, aiding in the detection and prevention of potential data breaches.
@Saint Louis University - Acadamic
@Saint Louis University - Acadamic
Project Title: Unified HealthCare Application(UHAP)
Location: Saint Louis University (Academic Project)
Role: Project Lead
Summary: This project involved developing a responsive healthcare analytics dashboard using Java, MySQL, Bootstrap, JavaScript, jQuery, and JUnit to visualize and manage healthcare operations data. Using simulated patient data from Synthea, the system provided real-time insights into patient visit trends, resource utilization, and provider performance, aiding in better decision-making for hospital administrators.
I designed over 5 user-friendly UI components with Bootstrap to enhance stakeholder interaction and enable real-time report viewing. The backend was developed using Java servlets integrated with a MySQL database, ensuring seamless data flow and 99% accuracy in inventory updates and order tracking. This project strengthened my skills in full-stack development, data visualization, and healthcare system workflows.
In conclusion, my professional journey across Capital One, Deloitte Consulting USI, and Fusion Software Technologies has shaped me into a well-rounded software engineer with hands-on expertise in building scalable, secure, and high-performing applications. At Capital One, I engineered robust financial applications using React.js and Spring Boot, integrated CI/CD pipelines, and enhanced cloud reliability with AWS services. At Deloitte, I led the migration of 5000+ Oracle business rules into RedHat Drools using Java, improving automation and operational accuracy. At Fusion, I contributed to enterprise solutions through microservices development, real-time systems with Kafka, and front-end optimization using React. These experiences have strengthened my technical foundation, cross-functional collaboration, and problem-solving abilities, preparing me to contribute meaningfully to complex, real-world software challenges.
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