I have postdoctoral research experience at NASA GSFC and Carnegie Institute for Science and degrees in geological sciences (Arizona State University, Ph.D.), space studies (University of North Dakota, M.S.), mass communications with an emphasis in science (University of Florida, M.A.), and physics (University of North Florida, B.S.). 

My research involves life detection techniques and biosignature protocols on planetary surfaces, with an emphasis on Mars. This includes multiwavelength Raman and fluorescence spectroscopy instrument development for astrobiology missions, studies of false spectral biosignatures, spectral signatures of biogenic vs. abiogenic macromolecular carbon, and protocols to aid the Mars Sample Return (MSR) campaign. I have been a collaborator on the MSL Curiosity Mars mission and the Mars 2020 Mars mission, and I am a science team member on ESA's ExoMars rover. In addition, I develop tools and strategies to infuse life detection science priorities into the mission planning process through my work with NASA's Center for Life Detection (CLD).

I strongly believe in the importance of using the narrative of "Are we Alone" to improve STEM education and serve societal needs. To this end, I serve as a bridge between the NASA Astrobiology Program and the NASA-funded outreach activities of NASA's Science Activation program. This role involves connecting NASA Astrobiology learning materials and subject matter experts to educators and consulting on their usage and accuracy. I also support the Astrobiology Program's early career initiatives in a variety of ways, including as the lead of the NASA Astrobiology Science Communication Guild initiative.