Building Scalable Distributed Systems & High-Performance Platforms
Associate Principal Engineer specializing in micro-frontend architectures, performance engineering, and robust event-driven workflows. Proven record of driving latency down by 30% and API overhead by 60% across millions of users.
About Me
I am an Associate Principal Engineer with a deep passion for building robust frontend platforms, optimizing runtime performance, and designing distributed architecture patterns. I bridge the gap between high-level architectural designs and clean, high-performance UI engineering.
Specialties
Micro-frontend ecosystems, performance auditing & Core Web Vitals profiling, global content delivery optimization, enterprise design systems, API schema design, and serverless background orchestration.
Engineering Philosophy
I believe that software systems should be designed for scale, event-first, and API-first. I focus on optimizing developer speed by building clean tooling pipelines, and ensuring production platforms have top-tier observability and fault-tolerance.
Leadership & Culture
Experienced at scaling platforms across distributed cross-functional teams. I focus on developer velocity, technical mentorship, setting design-first engineering guidelines, and driving modular, decoupled team boundaries.
Key Verticals
Proven track record of designing high-impact platforms in domains like OTT Streaming (Discovery), Webinar Collaboration Platforms (Airmeet), Enterprise Commerce Solutions (Aptos), and retail e-commerce ecosystems.
Architecture Expertise
Designing modular, reliable, and high-performance system topologies that scale with business growth and organizational structure.
Distributed Systems & Scalability
Designing decoupled asynchronous workflows, event-driven architectures, and implementing reliability patterns like circuit breakers, retries, idempotency, and eventual consistency.
Micro-Frontend (MFE) Platforms
Orchestrating micro-frontends using Module Federation. Defining strict boundaries, runtime state sync, independent CI/CD pipelines, and shared system registries.
Performance Engineering
Maximizing Core Web Vitals (LCP, INP, CLS, TTFB). Implementing route-based code-splitting, tree-shaking, smart prefetching, CDN edge caching, and bundle optimization.
Cloud Infrastructure & Serverless
Building production systems on AWS using Lambda, API Gateway, DynamoDB, ECS, CloudFront, Docker, and defining Infrastructure as Code (IaC) via CloudFormation.
API Design & Schema Federation
Structuring high-throughput APIs using GraphQL (Apollo/Federation) and REST. Preventing over-fetching, ensuring schema safety, and managing client-side caching.
Enterprise Component Architecture
Engineering headless, accessible, and multi-themed design systems. Enforcing design tokens, modular UI libraries, and high developer velocity workflows.
Professional Experience
Associate Principal Engineer
Aptos India Pvt. Ltd.
Bangalore, India
- Led development of a scalable micro-frontend platform, enabling independent deployments across teams and reducing cross-team coupling.
- Designed and evolved a shared component system and design system, improving UI consistency and development velocity.
- Optimized frontend performance across critical user journeys, reducing latency by 30% (2.5s → 1.7s).
- Defined frontend architecture patterns including module boundaries, rendering strategies (SSR/CSR), and data-fetching optimization.
- Improved developer experience through standardized build pipelines, tooling, and deployment workflows.
- Collaborated with backend teams to optimize APIs and reduce over-fetching, improving frontend responsiveness.
Tech Lead
Valuebound Consulting Services (Client: Airmeet Inc.)
Bangalore, India
- Led frontend architecture for enterprise applications using React, Next.js, and TypeScript.
- Drove adoption of GraphQL, reducing redundant data transfer by 60%.
- Implemented advanced SSR, caching, and rendering strategies, improving P95 latency by 45%.
- Built and maintained a shared design system used across multiple applications.
- Standardized frontend patterns for data fetching, state management, and component architecture.
Software Engineer III
Robosoft Technologies (Client: Discovery, Inc.)
Bangalore, India
- Developed performance-sensitive features for OTT platforms using React, Next.js, and TypeScript.
- Reduced bundle size by 35% through code-splitting and dependency optimization.
- Improved TTFB (~300ms) via SSR tuning and CDN optimization.
Software Engineer
Creatise
Bangalore, India
- Built scalable frontend applications for OTT and e-commerce platforms using React.
- Improved performance via SSR, caching, and lazy loading strategies.
- Delivered reusable UI components and contributed to frontend architecture decisions.
Featured Case Studies
Deep dives into platform architecture, performance optimizations, and technical leadership solutions.
Federated Micro-Frontend Platform
Business Impact: Reduced cross-team release coupling from bi-weekly synchronization to instant, autonomous deployments. Improved development velocity by 40% and simplified integration test suites.
Enterprise Core Design System
Business Impact: Created a single source of truth for design, accelerating time-to-market for new feature development by 30% and eliminating duplicate code across 5 enterprise applications.
GraphQL API Caching & Rendering Optimization
Business Impact: Reduced network overhead and API data payload sizes by 60%. Greatly boosted core web vitals and overall search indexing, driving higher registration conversions.
High-Performance OTT Video Streaming Engine
Business Impact: Substantially decreased user buffering rates and initial loading times on mobile devices, leading to measurable increases in video watch time.
Technical Skills
Structured engineering capabilities, runtime platforms, and development standards.
Measurable Achievements
Quantifiable business impact, performance metrics, and professional execution awards.
30%
Latency Reduction
Optimized frontend performance across critical user journeys, dropping latency from 2.5s down to 1.7s.
60%
Payload Optimization
Drove GraphQL migration and schema tuning, reducing redundant network data transfer.
45%
P95 Speedup
Implemented server rendering, caching, and edge optimization, dropping P95 latency thresholds.
35%
Bundle Shrinkage
Streamlined code-splitting, tree-shaking, and external dependencies to maximize Web Vital scores.
Honored Award
Living Our Commitment - Excellence
Received top engineering and execution honors at Aptos in March 2026.
Honored Award
Star of the Quarter & Best Talent
Awarded consecutively at Valuebound for leadership in frontend architecture.
Engineering Principles
The architectural values and execution guidelines that direct my engineering decisions.
Design for Scale
Every module, pipeline, or API is architected under the assumption that load, team size, and codebase complexity will double. Scale is built in, not bolted on.
API & Contract First
Defining strict schemas (GraphQL, TypeScript, OpenAPI) before writing any logic. Enables parallel frontend/backend development and ensures system safety.
Performance is a Feature
Latency directly correlates to user retention and business conversion. Every millisecond counts, from edge server response to final browser render.
Exceptional Developer Experience
Tooling, build times, and pipelines are the leverage of engineering organizations. Fast feedback loops directly translate to high product quality and velocity.
Observability & Fault Tolerance
Systems must fail gracefully. Designing with proper telemetry, active monitoring, retries, and fallback states to deliver robust 99.99% availability.
Automation Over Manual Operations
All environments, testing, styling enforcement, and deployment releases should be automated. If it has to be run manually twice, it deserves a pipeline.
Get In Touch
Let's discuss distributed system design, frontend performance optimization, platform engineering, or engineering leadership. Reach out via the form below or directly through my links.