Currently, I lead engineering at MediBlock, where I’m building a healthcare identity and credentialing platform from the ground up—covering backend systems, APIs and web applications, and cloud infrastructure.
San Francisco Bay Area
Leading engineering and building MediBlock from the ground up—a healthcare identity and credentialing network enabling trusted, verifiable data exchange across providers and organizations.
Architecting and developing the platform end-to-end, spanning backend systems, APIs, web and mobile applications, and cloud infrastructure
Designing a scalable, multi-tenant architecture for provider identity, credential issuance, and verification workflows
Building core systems for managing and verifying healthcare credentials using verifiable credential frameworks and decentralized identity principles
Developing high-performance backend services and APIs to support secure, real-time data exchange across stakeholders
Leading development of user-facing applications (web + mobile) for providers and institutions
Designing and managing cloud infrastructure, CI/CD pipelines, and deployment workflows for reliability and scalability
Defining system architecture, data models, and long-term technical roadmap aligned with product vision
Leading and mentoring the engineering team, driving execution, code quality, and best practices
Collaborating closely with product and business stakeholders to translate complex healthcare workflows into scalable systems
Focus: building trusted infrastructure for healthcare identity, credentialing, and secure data exchange at scale.
2021 — Now
Bengaluru, Karnataka, India
Partnering with startups to design, build, and scale technology products from idea to production.
Leading development of full-stack applications, backend systems, and cloud infrastructure across multiple projects
Advising on system architecture, scalability, and technology stack decisions
Working closely with founders to translate business ideas into production-ready systems
Driving end-to-end execution from prototyping to deployment and iteration
Building systems across domains including healthcare, fintech, and distributed systems
Focus: helping startups move from concept → MVP → scalable product.
2022 — 2023
Boston, Massachusetts, United States
Led architecture and engineering for a decentralized insurance platform built on the Algorand blockchain.
Owned end-to-end system architecture across smart contracts, backend services, and platform integrations
Designed and implemented smart contracts for insurance policy lifecycle, claims processing, underwriting logic, and automated payouts
Built backend APIs and services bridging on-chain logic with application layers
Designed scalable and secure patterns for handling financial transactions and state management on blockchain
Led and mentored an engineering team, driving delivery, code quality, and technical direction
Made key architectural decisions around scalability, reliability, and blockchain integration
Collaborated with product and business teams to translate traditional insurance workflows into decentralized systems
Focus: building production-grade decentralized financial infrastructure with strong guarantees around transparency, automation, and security.
Boston, Massachusetts, United States
Built core components of a large-scale digital supply chain network used by global pharmaceutical companies.
Developed core platform services and SDKs powering a high-scale, cloud-based supply chain network
Designed and implemented event-driven microservices and APIs using Vert.x and AWS services
Built blockchain-based traceability solutions using Ethereum and Hyperledger Fabric
Deployed and managed blockchain networks on Amazon Managed Blockchain
Contributed to distributed system design handling high volumes of supply chain events
Developed APIs and integration layers enabling enterprise clients to interact with the platform
Co-authored a U.S. patent for hybrid on-chain/off-chain secure data storage and retrieval
Focus: building enterprise-grade distributed systems at the intersection of cloud and blockchain.
Boston, Massachusetts, United States
Taught “Smart Contracts Application Engineering and Development” at the graduate level.
Designed and delivered curriculum on blockchain and decentralized application development
Guided students in building full-stack decentralized applications using Ethereum
Mentored students on system design, smart contracts, and real-world engineering practices
Focus: bridging academic concepts with production-level system design.
Education
Northeastern University
Master’s Degree
Visvesvaraya Technological University