I’m a Lead Full-Stack Engineer with 8+ years of experience designing, architecting, and delivering modern, scalable applications across global engineering teams. I specialize in building fast UIs, reliable backend services, and distributed event-driven systems deployed in cloud environments.

Across Wayfair, T-Mobile, and Wipro, I’ve worked on complex platforms used by multiple internal teams — owning everything from system design and architecture to development, deployment, performance tuning, and engineering leadership.

I’m passionate about:

• Clean, scalable architecture

• Product-focused engineering

• High-performance UIs

• Developer experience & automation

• Distributed systems & event-driven design

• Mentoring and leading engineering teams

As the SME for Wayfair’s NaviOS Contracts platform, I lead the development and evolution of full-stack features relied upon by logistics teams across the organization.

Key Contributions:

• Designed and developed end-to-end full-stack features using React, TypeScript, Flask, and GraphQL, significantly improving system modularity and user workflows.

• Integrated Kafka-based data pipelines, enabling high-scalability, event-driven data flow, and reduced processing latency across contract operations.

• Migrated and deployed backend services using Kubernetes, improving rollout consistency, system reliability, and operational resilience.

• Refactored critical legacy UI components with optimized state architecture, memoization, and render-cycle reductions, resulting in noticeably faster UI performance.

• Implemented backend performance improvements with optimized resolvers, API caching strategies, and efficient batching of data fetches.

• Built reusable UI patterns and component libraries, reducing future development effort and ensuring consistent frontend behavior.

• Collaborated closely with Product, UX, and Platform Teams, translating complex logistics workflows into practical engineering solutions.

• Led code reviews, provided mentorship, and introduced engineering best practices that elevated overall code quality and delivery speed.

Led a team of 5 engineers to deliver full-stack internal platforms for T-Mobile’s engineering and operations teams.

Key Contributions:

• Architected and led development of a React + Node.js + MongoDB internal platform with secure OKTA + JWT authentication and role-based access control (RBAC).

• Modernized and revived a deprecated legacy application into a multi-team supported product through major UI/UX, API, and cloud workflow improvements.

• Improved MongoDB performance by 25% through indexing, query optimization, batching, and sharding strategies.

• Built automated GitLab CI/CD pipelines, reducing deployment time by 60% and improving pipeline reliability by 80%.

• Authored HLDs, LLDs, and sequence diagrams, enabling alignment across multiple engineering and automation teams.

• Designed scalable backend APIs and introduced modular architecture patterns, reducing future development effort and tech debt.

• Worked with cross-functional stakeholders to define clear requirements, improve roadmap predictability, and ensure on-time feature delivery.

• Mentored junior and mid-level engineers, leading to improved team velocity and quality of output.

Delivered full-stack and backend engineering solutions for enterprise SaaS platforms.

Key Contributions:

• Developed reusable Django-based UI components, improving workflow efficiency by 30% and reducing repetitive UI implementations.

• Built and deployed FastAPI-powered backend services on AWS, delivering 20% higher performance and reducing code footprint by 10%.

• Enhanced compliance automation workflows by adding CIS, GDPR, PCI-DSS, and HIPAA modules, raising coverage by 20%.

• Designed modular backend patterns and ensured clean API structures, improving maintainability and scalability across teams.

• Created cloud deployment scripts and reusable configuration templates, simplifying onboarding and delivery cycles.

• Collaborated with QA, DevOps, and security teams to maintain high reliability and compliance across deployed services.

During my B.Tech in Electronics & Telecommunication Engineering at KIIT, I was actively involved in the Robotics Society, where I built multiple automation and electronics projects using Arduino and C++. I also created several personal IoT and sensor-based prototypes that strengthened my hands-on engineering skills. I participated in and won Robo War events, which sharpened my mechanical design, strategy, and teamwork abilities. For my final-year project, I developed an energy-efficient smart street-lighting system using an LDR and motion sensors to dynamically reduce power usage—an early step into building practical, real-world solutions.