-Lead engineer on novel chemical process development and design as part of methanotroph fermentation process upgrading natural gas to chemicals and protein-Spearheaded catalyst manufacturing development, pilot operations, technical partnering and overall experimental programs-Coordinated with fermentation and downstream separations teams

-Led development on next generation oxidative methane coupling reactor, catalyst and process design-Developed and scaled catalyst formulations from bench to commercial quantities-Led discovery on adsorbent materials for complex hydrocarbon - oxygenate separations-Member of safety committee and led our R&D PSM program

•Worked in the Alivisatos Research Group on surface modified colloidal nanocrystals for photocatalytic energy applications.•Managed and took responsibility for employing safe lab practices in the laboratory.

•Conducted undergraduate thesis research in solid state chemistry in the Cava Group at Princeton University.•Optimized thermoelectric material performance and efficiency as well as worked as the synthetic support of several condensed matter physics projects.•Mentored an undergraduate in solid state synthetic methods as part of the Leach Summer Scholars Program.

•Conducted immunological research as an intern in the Ulevitch Group at The Scripps Research Institute.•Investigated the effects of bacterially derived small molecules on the human innate immune response.

•Employed as an intern in the risk assessment and management groups at an environmental remediation firm, Environ Inc.•Monitored in place remediation projects and developed treatment strategies utilizing novel technologies for new and upcoming sites.•Devised a non-parametric linear regression analysis program as a supplement to standard New Jersey Department of Environmental Protection regression methods.