Manage day-to-day operations and provide program management support to ECHO-Chicago program at The University of Chicago

1. Provided expertise in data management for multiple multi-site foundation-and industry-sponsored research projects, reviewed data and performed data analysis using SAS, STATA2. Oversaw team financial portfolio and partnered with appropriate administrators internally and externally to monitor subcontracts, expenses, and projections 3. Supervised staff comprising of data analysts, research coordinators and assistants.

1. Led informatics team for multi federal funded projects, assisted project staff to prepare manuscripts, performed literature search and led project meetings for tracking progress2. Led multiple projects to build statewide data registries for data collection from 200+ hospitals across IL3. Managed research projects with external groups and delivered analysis using SAS and STATA

Research Assistant in Chemical & Biological Engineering Department, Collaborative project with Dow Chemical Inc.1. Analyzed various scientific papers and synthesize data2. Prepared progress reports and executive presentations with bi-weekly deliverables to the corporate sponsors3. Examined epoxidation of olefins and di-olefins to epoxides using Gaussian 4. Evaluated epoxidation of different alkenes with a set of peracids to improve yield and selectivity of the epoxidation process using Gaussian

Kinetics and reactor engineering1. Analyzed and graded student assignments2. Developed excellent leadership skills by organizing group discussion sessions to enhance student learning3. Maintained office hours to provide individual suggestions and feedback on projects to students

1. Designed a plant of capacity 1000 kTPA that accounted for different unit operations and processesinvolved, mass balance and energy balance2. Developed and presented a paper for seminar on “Sonochemistry (ultrasound) and the Environment providing a green link between chemistry, physics and engineering”

1. Developed acoustic cavitation using sonoprobes and hydrodynamic cavitation using orifice plates2. Generated hybrid acoustic cavitation (HAC) by combining orifice plate and ultrasonic reactor, which led to maximum degradation

1. Learned how different reactors and the contribution of the departments of process, instrumentation,mechanical, and electrical impact the manufacturing of high density (HDPE) and linear low densitypolyethylene (LLDPE)2. Performed quality control and quality analysis for the final product

1. Studied single frequency and multiple frequency ultrasonic reactors2. Facilitated experiments to calculate power dissipation and energy efficiency using ionic compounds and observed maximum energy efficiency 3. Analyzed degradation of ionic compounds in triple frequency reactor and observed optimum degradation with all six plates