When Kathleen Jolivette first joined The Boeing Company in the early 2000s, she had little in common with her fellow interns. By the time she arrived at Boeing, Jolivette had spent eight years in the U.S. Army, already started a family, and obtained her undergraduate degree. “I was in my late 30s.” says Jolivette. “I always joked about being the oldest.”

Though she didn’t know it at the time, Dr. Serra Hoagland’s upbringing put her on a path to becoming the only Native woman with a PhD to work for the U.S. Forest Service. Growing up in Placerville, Calif., a small town west of Sacramento in the foothills of the Sierra Nevada, Dr. Hoagland just knew that she wanted to be outdoors. “My biggest thing was to finish my homework and go outside — that was my goal for the day,” recalls Dr. Hoagland, this year’s winner of the Most Promising Engineer or Scientist Award.

When Laura Smith-Velazquez was eight years old, her parents got her a telescope. The dark sky over Dorr, Mich., made for the perfect laboratory for Smith-Velazquez, an especially curious child. “I was fascinated with the sky,” she recalls. “It was so beautiful and I had so many questions.” 

One of Frances Dupris’ fondest childhood memories is having chicken pox. No, it wasn’t because the illness was fun. Rather, what she remembers with such nostalgia is that having chicken pox meant that she got to spend an extended period of time with her grandmother, Louise Eagle Tail Quick Bear, and great-grandmother, Rebecca Quick Bear, who took care of her while she was sick.

When Sandra Begay was an 11-year-old attending boarding school, she knew she wanted a career in engineering. It wasn’t that she was taking an engineering course in elementary school, but rather it was when she realized there was a problem that could be solved. 

When Brendan Kinkade was a young kid growing up in Oklahoma and Texas, he wanted to know how things work — a concept he now refers to as “practical physics.” At the time, though, the pursuit of practical physics translated into completely taking apart and then reassembling motorbike engines on his back patio. “Every screw and washer had a place, and if you deconstruct things, you have to know how they go back into place,” says Kinkade. “It taught me to be systematic and process-oriented. And to understand that there are many pieces that make up the whole.”

Enlisting her decades-long research skills, Dr. Mary Jo Ondrechen is all in for the fight to understand — and ultimately defeat — the coronavirus. Dr. Ondrechen and her team are researching the SARS-CoV-2 virus, which causes COVID-19, at her laboratory at Northeastern University in Boston, where she is a professor of chemistry and chemical biology and principal investigator of the Computational Biology Research Group.

Protecting the animals that support the life of a community has always been a focus for Indigenous people. In some places that mission became a bit easier during the pandemic lockdown, as the human retreat gave animals space to flourish. But the mission goes on and its importance transcends nutrition because the species that sustain a community inevitably become an inextricable part of its culture.  

These days the lab where Kristina Gonzales-Wartz works is a very busy place. A biomedical scientist with the National Institute of Allergy and Infectious Diseases (NIAID) at the National Institutes of Health (NIH), Dr. Gonzales-Wartz has joined the Laboratory of Immunogenetics in Rockville, Md., on an urgent mission to develop monoclonal antibodies against COVID-19. 

Olivia Baptiste has been drawn to science since elementary school. “I loved presenting at the science fairs,” she says. That interest has blossomed into focused studies in biology at the University of British Columbia in Vancouver. While the field has always been a favorite of hers, the biology course she took in her first year cemented her interest. Now in her third year at UBC, she is preparing for the MCAT and pursuing her goal of becoming a physician someday.