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1. Lead and manage the PFAS lab for daily analytical operations.2. Drive revenue generation, client communication, and quality control efforts.3. Developed, validated, and certified analytical methods including 1633 for PFAS in non-potable waters, biosolids, and soil samples; EPA methods 533 and 537.1 for PFAS in drinking water; and EPA 8327 and ASTM D9768 screening methods for PFAS in non-potable waters and soil samples; EPA 1621 for TOF analysis using CIC

1. Analytical method development and validation of newer per- and polyfluoroalkyl substances (PFAS).2. Analytical method development and optimization for Nitroaromatics and Nitroamines that are used in making explosives.3. Analytical method development and optimization for herbicide (Glyphosate and AMPA) – Derivatization.4. GC-MS/MS method development and analysis for analysis of n:2 fluorotelomere alcohols (FTOHs), 8:2 fluorotelomere aldehyde, n:2 fluorotelomere acrylates and n:2 fluorotelomere acetate.5. Research project management on holding time study for storing PFAS’ samples.6. Semi-quantitative method development for non-targeted analysis of PFAS and other small organic molecules using HRMS-Matlab interface.7. Analytical method development for 45 opioids and other illicit drugs.

1. Research lead on NSF EAGER awarded project “Evaluating the mechanisms of perfluorinated chemical degradation by a novel plasma-based water treatment process”.2. Designed and tested the treatment systems for the U. S. Air Force project, “An enhanced contact electrical discharge plasma reactor: an effective technology for degradation of per- and polyfluorinated alkyl substances (PFAS). 3. Research scientist in remediation of PFAS containing ion exchange brine (IX) solution using a self-designed novel plasma reactor from Environmental Security Technology Certification Program (ESTCP) funded project “Removal and Destruction of PFAS and Co-contamination from Groundwater”.4. Team leader for the Environmental Research & Education Foundation (EREF) funded project “Innovative Technologies to Treat Per- and Polyfluoroalkyl Substances (PFAS) in Landfill Leachate”.5. Plasma treatment lead in Strategic Environmental Research and Development Program (SERDP) project “Combined ex-situ/In-situ treatment-train approach for treating PFAS-containing ground water”.6. Research lead on ESTCP funded project “An Innovative Plasma Technology for Treatment of AFFF Rinsate from Firefighting Delivery Systems”.7. Research lead on Battelle funded project “Plasma Treatment Technology for Characterization and Treatment of Industrial Formulations AFFF Foams and Rinsate samples”. 8. Developing treatment strategies as a research scientist to treat PFAS from aqueous film forming foams.9. Research scientist for testing plasma reactor for the project “scaling-up plasma reactors for field/on-site treatment of PFAS-contaminated water”10. Lead analyst for the centre for Air and Aquatic Resources Engineering and Sciences (CAARES), Clarkson University for DoD ELAP accreditation programme for PFAS testing.