Stephen Shertz

Q: What is Stephen Shertz email address?

Email Stephen Shertz at shertz@ucar.edu. This email is the most updated Stephen Shertz's email found in 2026.

Q: How to contact Stephen Shertz?

To contact Stephen Shertz send an email to shertz@ucar.edu. (updated on September 17, 2024)

Instrumentation Engineer and Observational Scientist at National Center for Atmospheric Research | Boulder, Colorado, United States

About Stephen Shertz

Stephen Shertz serves as an Instrumentation Engineer and Observational Scientist at the National Center for Atmospheric Research (NCAR), where he plays a pivotal role in advancing the atmospheric sciences community's understanding of our changing environment. With a professional goal centered on developing innovative instrumentation systems, Stephen is dedicated to creating gas phase chemistry observational tools that facilitate cutting-edge research. His expertise encompasses the design and certification of both airborne and tower-based instruments, focusing on critical applications such as monitoring carbon cycle gases, pollutants, and volatile organic compounds (VOCs).

At NCAR, Stephen has been instrumental in several key projects that leverage his extensive experience in detailed design and implementation of advanced analytical techniques, including Proton Transfer Mass Spectrometry and Gas Chromatography. His proficiency in infrared and UV absorption methods further enhances the capabilities of the observational tools he develops. By integrating his skills in microcontroller programming, C firmware development, and LabVIEW, Stephen ensures that the instrumentation not only meets rigorous scientific standards but also operates seamlessly in diverse field conditions.

In addition to his technical acumen, Stephen's background as a private pilot enriches his understanding of airborne instrumentation, allowing him to navigate the complexities of atmospheric data collection from unique vantage points. His commitment to testing and refining these systems ensures that they provide accurate and reliable data, ultimately contributing to a deeper understanding of atmospheric processes and their implications for climate change. Through his work, Stephen Shertz exemplifies the intersection of engineering and environmental science, driving forward the mission to equip researchers with the tools necessary to study and address the challenges posed by our evolving planet.

Stephen Shertz Work