A passionate Software Engineer with expertise in Java, Spring Boot, and full-stack development, dedicated to building robust and efficient software solutions.
As an Application Engineer, I spearheaded 15+ production-grade enhancements using Java and Spring Boot, reducing system downtime by 20%. He diagnosed and resolved high-priority defects, boosting release reliability.
Impactful Deployments & Optimisations
I successfully deployed change requests to live systems with zero rollback incidents over 6 months. He also refactored SQL and Oracle queries for backend APIs, increasing response speed by 30%, significantly enhancing performance.
20%
Downtime Reduction
Through production-grade enhancements.
0
Rollback Incidents
Over 6 months of live system deployments.
30%
Response Speed Increase
By optimising SQL and Oracle queries.
Application Engineer Intern Contributions
During My internship, I developed 8+ Java utilities to automate recurring API validations, saving over 10 QA hours weekly. I collaborated with QA on UAT validations and defect triaging, reducing post-deployment bugs by 25%.
AI-Driven Interview Platform Development
I contributed to an AI-driven interview platform, integrating dynamic question generation and speech synthesis, enhancing assessment accuracy by 30%. He engineered responsive frontend components using ReactJS and Redux for multi-step AI workflows.
I also supported backend API development with Java and Spring Boot, enabling seamless audio/video question delivery for 100+ test sessions.
Key Projects: EDTech-Asia
I engineered EDTech-Asia, a full-stack MERN application for task management and digital course delivery. I integrated Razorpay and Cloudinary, streamlining payment and media workflows by 40%, and implemented React Hooks and Redux for enhanced frontend responsiveness.
Real-time collaboration has become a cornerstone of modern digital document editors, such as Google Docs and Notion. This essential capability, allowing multiple users to edit simultaneously, is often powered by Conflict-Free Replicated Data Types (CRDTs). CRDTs are data structures that enable concurrent updates across distributed systems without requiring complex coordination, ensuring data consistency and seamless collaboration.
Maruti architected the Swarnkar Project, a B2B/B2C jewellery commerce platform with real-time validation and secure login. He enforced MongoDB validation, reducing data entry errors by 40%, and was a finalist in the BVEST Hackathon 2023 (Top 10 out of 200+ participants).