My path started as a very curious kid in Texas who was absolutely fascinated by the natural world. I wanted to understand how everything worked, from how plants grew to the ways that mountains were made. I was lucky to have parents who supported this curiosity enough to take me to science museums and let me do my own experiments at home. (I still had to clean up the messes though!)
When it came time for college, I decided to pursue biomedical engineering—a field that combines medicine with technology—thinking I wanted to eventually make artificial organs so people wouldn’t have to undergo heart, kidney, or other organ transplants. I was fortunate to get plugged into doing research early in my undergraduate career, which I absolutely loved. I now had a place where my curiosity could drive me to find answers that nobody else yet knew. I dedicated myself to developing and learning more about a material that would prevent blood clotting on medical implants, and in that process realized I wanted to do research like this in my day-to-day job.
So I moved to Santa Barbara, California, and began working on my Ph.D. in Materials Science. Here, I was able to focus on the ways that changing the chemistry of plastics allows us to control the interactions they have with other things. Small changes in chemistry could make membranes that are better for removing contaminants in drinking water or specialized ship coatings for stopping settlement of marine organisms. When I was finishing my degree, I saw that working at Clorox would allow me to leverage my knowledge of chemistry that I had developed over the last four years, as well as my passion for improving human health. It’s been a year now for me at Clorox, and it’s been great getting to make a difference in the world around me while doing something I find really fun.
For me, I’d say there are two major reasons I keep active in doing outreach, the first of which is that outreach serves as a great way togive back. I benefited so much from outreach when I was young, and all that effort showed to me just how fun science could be and simultaneously worth pursuing as a career.
The second reason is that outreach helps to center me as a working professional in STEM. The excitement I get from sharing science with curious kids (and seeing how much like them I was at their age) reminds me of the reasons I wanted to get involved in science, reigniting my passion for learning in my work. Outreach seems to have a unique ability to inspire both those teaching and those learning, and I love being able to be a part of it.
I would argue that learning about science requires participation in the scientific method—that is, doing experiments. It’s the hands-on approach to understanding that CRS outreach emphasizes that really portrays what science careers are about. My hope is that connecting a science lesson to its application helps children understand that science is ultimately taking learning into your own hands in a very tangible way. For curious kids, this could open up major interest in science as a career path.
It’s hard to take an exact moment or type of outreach, but I absolutely love getting to visit classrooms and do science experiments with the children there. For me, it’s a concrete way to tie in book education to real-life examples, and the extended time helps the children to get to know me more than if we were only doing short demos. I also really like the moment where I walk in wearing my rainbow lab coat—as soon as the kids see that, they know the day’s going to be fun.