● Finance - Delivered NLP sentiment solutions across assets. Python ETL lipeline, cloud storage, optimized n-gram model, Loughran financial lexicon. Automated daily workflow and attracted newinvestors’ commitment to the clients’ asset management products.● Insurance - For Managed Long-Term Care clients determined domain scores using measures within the stability or improvement quality area, based on a cohort analysis, risk-adjusted with t-statistic/H statistics,. Implemented multi-factor model determines plan overall rating, optimizes for 5-star rewarded by the state.● Healthcare - automated hospital admission decision making process. Built NLPrecommendation model automates manual workflows, and improves the matchbetween provider and patient.● Public sector - for the CUNY aggregated job boards data to recommend alignment of curricula and staff with the industry requirements. Facilitated growth in graduate employment rates.

● Investment consulting for clients in alternative asset management, DeFi, and digital collectibles.● Analytics on transactional level data from major domestic and overseas banks and fintechs.● ML consulting, from training to implementation and support.

● Directly reported to CGO and CTO in collaboration between analytics and techdepartments to lead data practices.● Set up people analytics practices. Workflow modeling and reporting, evaluationmetrics and benchmarks. Solutions built with SQL, Python, R and Shiny framework.● Designed data quality, integrity and maintenance solutions for the 25 yrs of data.● Covered account reporting and insights for top clients retainer contracts.

Designed and implemented a Shiny web app Course Success System serving to measure, visualize, communicate and manage student performance. Incorporated dashboards, grade metrics, performance time series, benchmarks for the student and coordinators to have a full control over the class performance.

PhD Thesis: An Efficient Boundary Integral Method for Stiff Fluid Interface Problems.Thesis Advisor: Prof. Michael S. SiegelDesigned and implemented Optimal Finite Difference Grids Method for the solution of Elliptic and Parabolic Problems of Mathematical Physics.Developed num. solutions for stiff 3D interfacial fluid dynamics problems simulation.

Contributed to the design and implementation of the high performance computing package FEAST to solve large-scale Finite Element based problems across a wide variety of modern hardware architectures. Developed numerical methods for the solution of Interfacial Fluid Dynamics problems.Academic Advisor: Prof. Stefan Turek.

PhD Thesis: Synthesis of the Neural Network Controller for the Aiming and Stabilizing System.Academic Advisor: Prof. B.I. Kuznetsov– Designed and implemented Predictive Neural Network Control for the Aiming and Stabilizing Systems.