David Strohm Email & Phone Number

Dallas, Texas, US

Dallas, Texas, US

Dallas, Texas, US

• Managed a group of six scientists and engineers focusing on air quality permitting, NEPA implementation, permit compliance and ambient air quality and meteorological monitoring.
• Developed and oversaw business development efforts, proposal development, project staffing and hiring, staff utilization and backlog, as well as all components of routine project management.
• Acted as a senior advisor to staff and clients for complex air quality permitting and NEPA implementation efforts.
• Performed air quality modeling in support of both regional and facility level projects.
• Provided expert witness testimony and support for litigation involving client's air quality permitting as well as client's ambient meteorological and air quality monitoring.
• Designed and installed the first two United States applications of continuous Tapered Element Oscillating Microbalances (TEOMS) for the assessment of atmospheric particulate (PM10) concentrations using only autonomous.

Copenhagen, ., DK

• Provided expert analysis for varied clients on a wide range of air quality issues including applied atmospheric research, numerical air quality modeling and air quality policy guidance.
• Performed numerical atmospheric modeling utilizing the MM5, CAMX, ISCST3, CMAQ, CALPUFF and AERMOD models.
• Performed air quality modeling in support of both regional and facility level projects based on air quality regulations including NAAQS, NSR, PSD, NSPS, NESHAPS and Title V.
• Wrote project proposals for prospective clients throughout the public and private sectors.
• Developed and oversaw project schedules, budgets and staffing.
• Interacted with clients to provide ongoing project support and aid in the development of new projects.

Salt Lake City, Utah, US

• Performed numerical modeling utilizing the MM5, CMAQ, CALPUFF, ISCST3 and AERMOD models.
• Reviewed and commented on regional and facilty level modeling performed by air quality permit applicants throughout the State of Utah, ensuring that all State and Federal regulations were followed throughout the.
• Helped revise the State of Utah’s new source review technical modeling guidelines to help formalize modeling submissions to the State.
• Aided in the development and maintenance of a multiple node Linux based computer cluster dedicated to atmospheric modeling.
• Cooperatively developed atmospheric research projects to diagnose the impact of atmospheric variables on air quality and the predictive value of these variables on pollutant concentrations in areas with complex.
• Provided technical modeling guidance to policy makers at the State including the Director of Air Quality and the Utah Air Quality Board.