Build cloud platforms that provide compute, database, storage and network services to JPMC core infrastructure. Lead design , development, security, availability and observability strategies for the platforms.- Developed cloud platforms that host compute, database, storage and network services. Improved the firm's cloud platform portfolio and adoption rate of the platforms.- Designed and built a scalable virtual machine and container hosting platform using Docker, Kubernetes, and AWS EKS/ECS. Enhanced runtime platforms’ resiliency, resulting in a 50% more robust cloud infrastructure.- Spearheaded the development of a firmwide cloud backup events reporting system using pub/sub processing technologies such as Kinesis Data Streams, SQS and Kafka. Achieved significant improvements in audit posture by centralizing backup metadata.- Implemented IaC using Terraform and Ansible across compute, network, and storage provisioning tasks, reducing setup time for virtual networks, load balancers, firewalls, virtual machines and object storage farms from weeks to minutes.- Developed product connectors in Python for NoSQL and object storage platforms to improve integration and efficiency for backup and restore processes, leading to a 3x reduction in provisioning toil and improved integration efficiency.- Provided leadership and mentorship to feature teams, conducted code reviews emphasizing best practices, testability, and security, and collaborated with stakeholders on requirement gathering and program increment planning.- Conducted root cause analysis of platform-level production issues, delivering efficient and reliable solutions through deep troubleshooting expertise in Linux, Windows, TCP/IP, and system administration.

Designed the firm's hybrid cloud compute and storage platforms. Engineered virtual machine and containerization solutions, built automation and observability frameworks as platform offerings. Lead modernization and cloud migration efforts.- Designed and implemented a scalable private cloud using VMware and Kubernetes, achieving a 4x reduction in operational overhead through enhanced virtualization.- Designed cloud migration strategy and implemented CloudFormation, Terraform and Python, accelerating cloud adoption and reducing migration efforts by 3x. - Developed an Ansible-based self-service automation platform, streamlining tasks across hybrid environments and significantly enhancing the developer experience.- Enhanced the platform's security posture through automated patching and updates, cutting operational costs by 2x.- Led PoCs and technology evaluations, providing data-driven recommendations that shaped product roadmaps and fostered innovation.

- Implemented automation for compute provisioning in production, achieving a 3x reduction in costs and significantly improving deployment velocity. - Advocated for DevOps practices, integrating SDLC patterns to boost release cadence and reliability. - Troubleshoot complex production issues, ensuring system stability and minimizing downtime through proactive root cause analysis. - Standardized deployments with Infrastructure as Code (IaC) using Ansible and shell scripting, enhancing platform maintainability. - Modernized infrastructure with virtualization technologies (VMware, Oracle VM), reducing costs and optimizing resource utilization.