Last August, Faith Carver received her master’s in chemical engineering and switched her focus from Dayton to Mars. Her year of working as a graduate student researcher at the UD Research Institute under Senior Research Scientist Douglas Hansen helped Carver land a position in the fuel processing unit of Los Alamos National Laboratory. A UD professor first introduced Carver to the multi-mission radioisotope thermoelectric generator, a long-lived power system to provide electricity and heat to spacecraft. Los Alamos is the first step in a chain of laboratories that are creating fuel from plutonium-238 to power the Mars 2020 rover into infinity and beyond.
How did you learn you got the job?
I got a call right before my last final. They said, “You can accept it right now if you wish,” and I said, “Well, yes, I do! And I have a final in 20 minutes, so thank you!”
Was it a hard decision for you to move to New Mexico?
I had interviews and different offers, but this was the ideal job for me. I love working with alternative energy, I love electro-chemistry — this is a little bit of both — and it was a once-in-a-lifetime opportunity. It’s hard to be away, but I absolutely love it.
Two members of the UD family — your former professor Dan Kramer and UDRI research scientist Chad Barklay — said they created a “survival handbook” to give to alumni headed to Los Alamos; I hear there are five alumni there now.
Yes, and I very much enjoyed it. The handbook ranged from how Los Alamos operates to where to live and fun facts. It made me feel a little more welcome. UD follows you everywhere and it’s great.
Describe your workplace.
I work in a secured area and I’m still waiting for my security clearance, so I’m escorted in. The people I work with include other engineers, doctors, contractors — you name it, they’re here. They come from all over the world to work here. We have our nice work stations right behind the fence of the plutonium facility and I’m around the greatest minds in the country — it’s unbelievable.
What about your job makes you go “wow”?
It’s amazing to look at something and think, “That’s going to space; that will be on Mars in a few years.” It’s incredible, it’s surreal and I want to be actively involved in that process.
What is it like being part of the new generation of researchers to contribute to the plutonium-238 project?
It’s exciting because there are not very many people who do this job. It’s kind of intimidating to be on it because there are people working at the lab who have been doing this for 20 years and they worked on Cassini or New Horizons, and now their projects are in outer space and on Mars. But, it’s also very humbling. You realize they are extremely experienced and you should try to learn everything you can from them.
What is your favorite part of your work?
Beyond the fact that I get to work on things that are going to space, we also work with labs all over the nation — NASA, Jet Propulsion Laboratory and UDRI. I love it, and I can’t imagine doing anything else.
OUT OF THIS WORLD
Since 2010, students have filled 1,592 positions working on sponsored research at the UD Research Institute. In its 60-year history, UDRI has employed approximately 13,000 students. Does that include you? If so, send your story to email@example.com.