Working on building robust and secure, planet-scale distributed services in M365.

• Worked on development of security enhancements in exchange server product primarily in the authentication and identity space. Led multiple crews working of infrastructure and product modernization initiatives.

• Delivered multiple modern authentication experiences in Exchange on-premises servers, overseeing end-to-end engineering design, project planning, execution, and code reviews, ensuring robust, bug-free releases. • Led crews to enhance server security and managed responses to critical zero-day vulnerabilities. Have discovered and fixed new zero-day vulnerabilities. • Handled major escalations from large customers with executive visibility, ensuring quick root cause analysis and resolution. • Led a team in designing and developing an Azure infrastructure monitoring service, protecting resources in our subscription. • Contributed to team development by mentoring new hires and interns, and initiated efforts to create a vibrant engineering community focused on learning and product excellence across multiple teams.

• Working in the exchange (Backend mail & calendaring servers) team.• Have worked on creation of new services and development across the server stack.• Enabled cross-cloud exchange hybrid mailflow during customer migration from O365 Blackforest to World Wide cloud preventing any hybrid mailflow downtime.• Resolved issues in extremely critical exchange 0-day attacks and contributed to mitigation tools released world wide to minimize impact .• Owned and worked on azure-based infrastructure deployment services (multi-machine exchange cloud deployments, etc).• Received recognition at SLT level for work done in above projects.

• Developed an end to end anomaly detection software in time series data.• Software capable of learning continuously to adapt to changing trends and seasonality. • Work done picked up for business and patent application filed (given inventor credit).

Worked on the Enhancement of Ipptool project of the OpenPrinting work group at the Linux Foundation as part of Google Summer of Code 2018.

• Worked on developing a software based on reinforcement learning and neural networks to control the HVAC ( Heating, Ventilation and air conditioning ) and lighting system of a building with the goal of minimizing Energy consumed subject to certain comfort constraints.

• Developed a software capable of extracting module interdependency tree in a FORTRAN project.• Received exposure to a basic concepts of various modern parallel programming paradigms: OpenMP, Message Passing Interface ( MPI ), Hadoop implementation of map reduce, Cuda enabled NVIDIA GPU Programming