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.

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.

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.

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.

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.