- Chief Architect of the IBM RegTech portfolio which includes multiple solutions - Customer Risk Rating (AML/KYC), Electronic Communications Surveillance, Customer Complaints Analytics, Insurance Claims Fraud Detection and Trade Surveillance. Led the technical team to develop these cloud based applications leveraging various statistical and machine learning techniques including deep learning and graph analytics.- Active lead in many client engagements; Starting with early engagements to production deployments, managing client relationship, pre-sales activities and post-deployment activities.- Provided technology and enterprise architecture guidance to a number of IBM clients.

- Led the design and development of a suite of analytics based products for Wealth Management. These solutions analyzed different types of customer data to generate behavioral profiles which were used to predict customer actions and these were leveraged by the wealth management advisors to better serve their clients.- Led the design and development of IBM’s Financial Markets Framework offering. These set of solution accelerators helped build various front-and back-office solutions for financial markets customers.- Technical lead in a number of client engagements where both the Banking and Financial Markets Framework assets were used to drive bank modernization. My role included providing technology and solution architecture guidance to both client and services teams.

- Led the design and development of tools and libraries for Multicore Systems. These tools were used for testing, debugging and analyzing concurrent Java applications. - Lead architect of the IBM's B2B gateway product suite. - Led the architecture team which developed IBM's Store Integration Framework, which leveraged J2EE servers to create a POS system.-

Faculty member in the Computer Science Department. Research area -- High Performance Computing, Programming Languages and Systems.

Research Area: Developed compilers and runtime techniques to automatically parallelize irregular scientific applications.

Research Area: Develop runtime parallelization techniques for computational fluid dynamics and molecular dynamics applications.