Project manager and engineer overseeing site assessment and characterization, analysis and interpretation of hydrogeological, chemical, and engineering data to meet the project goal for the client. Leading regulatory and client negotiations under EPA, GA, SC, and FL regulatory programs; design and implementation of large-scale excavation and dewatering projects, shoring support, soil treatment and reuse, in-situ biological and chemical treatment via injections or mixing, light and dense non aqueous phase liquid (NAPL) recovery system O&M and optimization, monitored natural attenuation, aquifer assessments, wetland assessment and sediment/surface water remediation, dual-phase and air sparge/soil vapor extraction (AS/SVE) systems.Managerially, skilled in capture planning and proposal buildup, with strong attention to detail, well experienced with tracking budget, schedule, and managing project staff.Well experienced in developing construction drawings, writing technical specifications, conceptual site models, work plans, site characterization reports, remedial investigation/feasibility study reports, standard operating procedures, contract documents, cost estimating, design and material quantity calculations, oversight of remedial construction and investigations, communications and management, and critical thinking.

Working on the bioremediation of halogenated hydrocarbons in contaminated soil and water -Leading a research project to quantify the anaerobic microbe-mediated release of fluoride as a result of complete mineralization of CFC-11, and confirm the non-formation of toxic halogenated daughter products -Investigating the effect of decreasing inoculum dose on the rate of chloroform degradation -Evaluating the biodegradation of increasing concentrations of methylene chloride by an enrichment culture developed from a contaminated California site -Assessing the inhibitory effect of varying concentrations of chloroform (CF) on methylene chloride biodegradation; acclimatizing the enrichment culture to increased concentrations of CF for used as a bioaugmentation culture -Investigating whether the DCM- degrading microorganism in the enrichment culture is Dehalobacterium formicoaceticum strain DMC, or possibly a completely different organism

- Designed and tested both lab and field environmental science experiments to compile an undergraduate lab manual- Taught physical science labs for undergraduates, covering basic concepts in physics, chemistry, geology and earth sciences

- Leading team member in achieving carbon neutrality for the Royal Challengers Bangalore cricket team through a unique fan-driven methodology and emissions management- Performed carbon accounting and implemented innovative emission reduction strategies to reduce the carbon footprint of Procam International- Analyzed carbon and water footprint of MindTree Ltd. for their sustainability report

- Performed detailed microbial analysis of industrial and commercial food, water and soil samples- Performed potency testing of drugs and pharmaceuticals, veterinary medicines and cosmetics

Performed in silico screening of 100 natural antimicrobial compounds against 10 putative drug targets in Helicobacter pylori. Through H-bond and protein-ligand interaction studies, IC50 and ADME-TOX, four compounds were identified that could bind to several of the 10 putative drug targets.