AI-based contract drafting and review

• Led the development and deployment of machine learning initiatives;• Utilized a Spark-based data engineering pipeline and a Keras-based neural network to predict payer response to an ED health insurance claim before the claim is billed. The project will improve practice revenue by $750K over a volume of 150K claims and accelerate claims collections by 2.5%; and• Employed a Pytorch-based neural network, LIME-based local tagging, and an NER-based rule engine to predict potential issues with clinical documentation. The project will increase coverage of CDI tagging on large-scale clients by 300% with 90% recall.

• Performed end-to-end product development activities, including research, exploration, design, and development on Reventics’ suite of workflow and reporting products;• Oversaw project planning activities and created functional specifications, detailed storyboards, and other prototypes for the development of RevCDI; and• Developed statistical and clinical algorithms for reporting, which were integrated into RevCDI and Reventics’ data warehouse-based Business Intelligence platform. The algorithms process approximately$28.42mil in collections.

• Performed preliminary and detailed design of large-scale dryer, evaporator and other heat-exchanger based projects for Inorganic, Metal and Paper (IMP), Dairy and Beverages departments• Performed conceptual design/feasibility studies and techno-economic evaluations• Developed detailed scope of work, design basis document and project execution plan• Prepared cost estimates and project schedules• Prepared and reviewed process deliverables such as Heat and Material Balances, PFDs, P&IDs, Hydraulics, Pressure/Vacuum Relief Systems, etc• Prepared data sheets and procured requisite process equipments• Provided engineering support during construction• Participated in facility start-up and commissioning activities

• Performed process control and automation design of manufacturing processes •in pharmaceutical projects for Process Control department• Performed conceptual design/feasibility studies and techno-economic evaluations• Detailed scope of work, design basis document and project execution plan• Prepared cost estimates and project schedules• Drafted process automation philosophies • Prepared and reviewed process control deliverables • Authored documentation of regulatory compliance (FDA regulation 21CFR) such as validation protocols and test plans• Participated in SCADA-based HMI design

• Performed process control and automation design of downstream processes for Oil, Gas and Petroleum (OG&P) department• Drafted process automation philosophies• Prepared and reviewed process control deliverables• Drafted C-based libraries for process automation of load sharing and shedding systems

• Studied the principles of microfluidic numerical modeling and simulation• Conducted a study to identify the optimal shape of microfluidic channel and placement of electric fields for maximum dielectrophoretic force • Modeled particle tracking and multiphase flow development for the microfluidic channel for size-selective separation of gold nanoparticles

• Received onsite instruction on Advanced Manufacturing Techniques, Quality Control, Diesel Locomotive Design and Power Generation, and CAD