Developing engineering design for environmental studies, including preparation of drawings, specifications, calculations, and other design deliverables, and developing operation, maintenance, and monitoring plans for PFAS water treatmentReviewing available PFAS water treatment solutions for drinking water, water reuse, biosolids and wastewater to postulate commercial sensor for the real-time Public HealthOptimization of treatment technologies for PFAS and other emerging contaminants for the treatment of groundwater and other mediaPerforming studies to evaluate and document potentially feasible treatment alternatives and applicable technologies to address PFAS contaminationEvaluating the effectiveness of innovative PFAS treatment technologies and applying these findings to develop treatment alternatives for projectsSupporting PFAS Site Remediation, with focus on the proper application of technology related to PFAS site characterization and remediation, growing our technical capabilities within the discipline, fostering staff development, and assistin

Identified and resolved technical issues related to equipment, processes, and quality deviationsConducted process investigations and root cause analyses to identify and address deviations, non-conformances, and other process-related issues, implementing corrective and preventive actions as necessary, resulting in a 20% decrease and a 15% improvement in product consistency.Developed and implemented process control strategies ensuring compliance with industry regulations and achieving a 95% audit success rate in product quality, yield, and efficiencyUtilized Lean Production System elements and methods to continuously improve Engineering tactical business processes and proceduresParticipated in process validation activities, including protocol development, execution, and report writingSupported equipment qualification and commissioning activities for new manufacturing equipment or processesParticipated in technology transfer activities from development to commercial manufacturing, ensuring successful scale-up and process validation.

Developed and implemented process engineering training programs, resulting in a 20% increase in employee knowledge and skills, and a 15% improvement in process adherence.Participated in process engineering research and development projects, contributing to the development of innovative solutions that increased production efficiency by 10% and reduced environmental impact by 20%.Provided technical support to other departments and personnel, collaborating cross-functionally to resolve complex process engineering issues and improve overall operational performanceDeveloped facility layouts, construction documents, including drawings and specificationsEvaluated the selection of process equipment, pumping systems, materials selection for optimum outputWater and wastewater process modeling, mass balances, and design calculations, Data analysis and hydraulic modeling, Technical report writingRed-line and/or developed process and instrumentation diagrams (P&IDs), equipment datasheets, cause and effect charts, and other relevant technical documentsPerformed process safety time and time-to-event calculations to validate safeguard effectivenessDeveloped and implement industry best practices and standards related to process safety management (PSM)Prepared, facilitated, and write reports for Process Hazard Analysis (PHA) such as HAZOP, LOPA, What-if, FMEA, and HAZID

Successfully developed a process design for a Gas- to- Liquids Units that improved energy efficiency by 57%, increased production uptime 30%, improved product quality, and reduced intensive inspection processes.Authored the Petroleum Technology Development Fund quarterly newsletter, review graduate project seminars and coursework, mentored 40+ students and assisted in program development.Guided class discussions, developed course materials, prepared examinations, graded papers, created powerpoint presentation, designed spreadsheet, and support research projects through data analysis. Assisted- teaching in CAD, Advanced Heat and Mass Transfer, Mathematical Techniques in Petroleum Engineering, and Petroleum Economics and Property Evaluation using teaching aids including presentation of lesson materials, discussions, CAD workshops, laboratory sessions, multimedia aids and computer tutorials.