Principal Engineer Digital Surgery Cloud
Current- Architected Digital Surgery Platform (DSP) 2.0 using Azure cloud services for enhanced security and performance. Implemented Azure Front Door, Web Application Firewall (WAF), App Gateway, and API Management (APIM) for secure data ingestion and API responses- Researched and implemented Azure WAF security policies based on OWASP CRS 3.2.0 to protect DSP against web exploits- Member of team in implementing Infrastructure as Code (IaC) using Terraform for global and regional deployments, improving scalability and consistency. Collaborated with Microsoft MCS team to implement Observability in Azure DSP Platform, creating custom monitoring solutions- Contributed to achieving ISO/IEC 27001, HITRUST CSF, and NIST Cybersecurity Framework certifications- Optimized change control process for regulated healthcare system, streamlining management across software, medical devices- Provided top-level support for DSP platform, working with development teams and Microsoft to resolve outages and bugs- Assisted in adapting and exposing internal customer portal within DSP.- Developed custom Azure Functions for Observability, DNS verification, and user reporting, combining Linux and PowerShell functionality- Conducted knowledge transfers to DSP operations team, improving efficiency and reducing response times.- Led Purple team engagement, improving security score from 2% to 74% through Azure Policies and resource change monitoring- Created and demonstrated Proof of Concepts for various Azure services and improved VPN solutions.- Orchestrated end-to-end demonstration of medical device log data and telemetry integration with Azure IoT, using Logic Apps for processing and delivery to Microsoft Dynamics CRM- Member of DSP and J&J MedTech team that won #CIO100 Award for Digital Surgery Platform.- Part of Core Platform team awarded MedTech Credo Innovation award for DSP IaC Framework, reducing release operation cycle from 600 hours of manual work to single-click automation